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13<br />
DIVISION OF GENETICS<br />
AND PLANT BREEDING<br />
CHARACTERIZATION OF THE DIVISION<br />
Research activities are carried out in traditional research fields (such as plant genetic resources, stress<br />
resistance, breeding methods), deal with topical issues (agro-biodiversity, bio-safety, biotechnology,<br />
quality of products) and consequently develop and implement new methods.The aim is to contribute<br />
to the build-up of theoretical and methodological bases for applied research and breeding and provide<br />
materials for genetic improvement of agricultural crops. Utilization of genetic resources, choice of<br />
donors of important characters and creation of initial breeding materials are also research results contributing<br />
to the improvement of biological and agronomical characters of crops and enlargement of<br />
their genetic diversity.<br />
Our goal is to provide methods and materials for breeding for high productivity, resistance to stresses<br />
and high quality of products, as well as for an effective response to growing conditions. Such cultivars<br />
can effectively contribute to the minimization of negative impacts of agriculture on the environment.Among<br />
all inputs in agricultural systems, the genetic improvement of crops is considered as the<br />
most effective way of increasing the plant production and quality without significant increase in costs<br />
and negative effects on the environment. In addition, breeding for resistance to pests, diseases and abiotic<br />
stresses as well as for effective utilization of nutrients and effective response to growing conditions<br />
can lead to lower demands on other inputs, especially inputs of agrochemicals.Wider genetic diversity<br />
of crops and cultivars contributes to more stable production and its quality in balanced agro-ecosystems.<br />
At present, fast progress in molecular and cell biology as well as applied genetics and breeding<br />
methods stimulate progress in agriculture through new cultivars and technologies.Attention is paid to<br />
the conservation and utilization of genetic resources as an irreplaceable source of genes for further<br />
genetic improvement of crops. To meet all demands of agriculture, intensive research on genetics,<br />
biotechnology, breeding techniques, genetic resources and seed technologies is needed.<br />
The Division contributes to these goals by means of a range of projects, often in cooperation with<br />
local and foreign institutes, universities and breeding companies. Principal activities are carried out<br />
within the Research Plan of the Division “New Knowledge, Methods and Materials for Genetic<br />
Improvement of Biological Potential of Crops and Application of Agro-Biodiversity for Sustainable<br />
Development of Agriculture”. This principal project is complemented by the projects of Czech<br />
Agency for Agricultural Research (NAZV) and Grant Agency of the Czech Republic (GACR);<br />
National Programme on Plant Genetic Resources and Agro-biodiversity Conservation and Utilization<br />
(launched by Ministry of Agriculture of the Czech Republic) is also an important long-term<br />
project. In addition to the domestic projects participation in international projects has an increasing<br />
trend (EU Framework Programme, COST activities, ECPGR activities and others).The operation and<br />
services of the labs for GMO identification and protein electrophoreses, which serve as reference<br />
points, also belong to the responsibilities of the Division. (Dotlaãil L.)<br />
RESEARCH ACTIVITIES<br />
Department of Gene Bank<br />
The conservation of plant genetic resources has a long<br />
tradition in the Czech Republic. Some research and<br />
breeding stations have been gathering and preserving<br />
local landraces and bred cultivars since the beginning of<br />
the 20 th century. Collecting has been carried out by some<br />
Czech institutes since the 1930s, systematic collecting<br />
began in the 1960s. Czech National Programme on Plant<br />
Genetic Resources (NP) was launched by the Ministry<br />
of Agriculture in 1993. NP was substantially updated<br />
in 2<strong>00</strong>4 in accordance with Act No. 148/2<strong>00</strong>3 on<br />
Conservation and Utilization of Genetic Resources of<br />
Plants and implementing Regulation No. 458/2<strong>00</strong>3<br />
came to effect.The Czech Republic also signed the International<br />
Treaty on Plant Genetic Resources for Food and<br />
Agriculture (IT PGRFA) and took measures in support<br />
of access to genetic resources and benefit sharing.
14<br />
Fig. 1: Crop structure of Czech collections of plant genetic resources<br />
At present, twelve Czech institutions taking part in<br />
the NP hold 50,<strong>00</strong>0 accessions of plant genetic resources.The<br />
crop structure of collections is given in Fig.<br />
1. The NP deals with gathering (including collecting<br />
missions), documentation, characterization, evaluation<br />
and conservation of plant genetic resources and provides<br />
services to users.The Gene Bank in RICP Prague provides<br />
the long-term storage of seed samples (at -18 °C<br />
or -5 °C) for all seed-propagated collections and renders<br />
services of the National Information System on Plant<br />
Genetic Resources (EVIGEZ). All members of the NP<br />
have close partnerships with users within the country<br />
and abroad and supply to them samples of genetic<br />
resources (4-5 thousand accessions yearly) in accordance<br />
with IT PGRFA. International collaboration and effective<br />
cooperative links have been set up especially within<br />
the European Cooperative Programme (ECPGR).<br />
Intensive characterization and evaluation of genetic<br />
resources are carried out to support their use in breeding<br />
and in agricultural practice. Collecting missions as<br />
well as conservation and surveys of valuable resources<br />
conserved “in situ” contribute to the preservation and<br />
evaluation of local resources.“On farm” conservation is<br />
being developed in landraces of fruit trees and some<br />
other crops. Cultivars and landraces of neglected crops<br />
(buckwheat, millet, hulled wheat species, some fruit trees<br />
and forage crops) were successfully used for agro- biodiversity<br />
enrichment;their specific use especially in human<br />
nutrition is also important. Close collaboration with<br />
producers (often organic farmers) and p<strong>roce</strong>ssing industry<br />
was set up.We also studied selected alternative crops<br />
and catch crops with the aim to introduce them into<br />
growing and contribute to the soil fertility improvement.<br />
Recently, detailed inventory was carried out and<br />
current data were complemented by newly acquired<br />
information, including data on the viability and<br />
accessibility of accessions and regeneration needs.<br />
Among all accessions 74% are freely available, while<br />
other 18.4% are accessible under particular conditions<br />
and 5.7% need urgent regeneration.The accessibility of<br />
generatively reproduced genetic resources is higher<br />
(78.8 %) than that of vegetatively propagated ones<br />
(54.3 %). Steps have been taken to reduce threats to<br />
plant genetic resources, to increase their safety and<br />
measures were suggested how to improve access to<br />
plant genetic resources (including prompt and suitable<br />
regeneration, safe conservation and effective evaluation<br />
and documentation):<br />
• Sufficient and stable funding of NP<br />
• Support to research projects linked to the NP,<br />
further studies and use of genetic resources and<br />
agro-biodiversity for sustainable development;<br />
systematic transfer of valuable materials and data<br />
from research projects into NP<br />
• Better management and use of collected materials<br />
• Speed up regeneration where needed<br />
• Better control and monitoring of the health status<br />
of plant genetic resources<br />
• Extension of evaluation and characterization, broad<br />
and effective implementation of new technologies<br />
• Wider international cooperation and support to<br />
the exchange of genetic resources and information<br />
• Increase in the public awareness of genetic resources<br />
and biodiversity<br />
Gene Bank Storage<br />
At the end of 2<strong>00</strong>6, the gene bank storage reached<br />
37,211 accessions which were kept under long-term or<br />
medium-term conditions. It represents more than 93%
15<br />
of all available generatively propagated accessions<br />
which are documented in the network of institutions<br />
active within the Czech National Programme. Accessions<br />
are stored in 63,574 glass containers, another<br />
1,084 working collection samples and further 2,644<br />
safety duplication samples belonging to Research<br />
Institute of Plant Production in Pie‰Èany are kept in the<br />
gene bank storage. Altogether 77% of the total storage<br />
capacity in conditioned rooms is utilized.<br />
Samples are distributed to users according to their<br />
requests. In 2<strong>00</strong>6 in total 2,485 seed samples were delivered<br />
to 103 users.About 65% samples were addressed<br />
to domestic and 35% to foreign users.<br />
Documentation System<br />
The documentation system EVIGEZ has been further<br />
developed and frequently updated. The latest database<br />
consists of 49,<strong>06</strong>9 passport records representing all<br />
available accessions in Czech crop collections. About<br />
61.2% of these accessions are complemented by sets of<br />
characterization/evaluation data. Gene bank storage is<br />
fully documented in the system as well.<br />
The updated crop catalogue EVIGEZ containing<br />
passport data is on-line available to users on the URL:<br />
http://genbank.vurv.cz/genetic/resources/.<br />
Evaluation of wheat, winter barley, triticale, buckwheat<br />
and millet<br />
As agreed in the framework of the National Programme,<br />
the Department of Gene Bank of RICP is<br />
responsible for the evaluation of wheat, triticale, winter<br />
barley, wild relatives of crops of the tribe Triticeae, buckwheat,<br />
millet, Amaranthus, quinoa and further genetic<br />
resources of minor crops.<br />
In 2<strong>00</strong>6 the overwintering of winter wheat was at<br />
a very good level similarly like in the case of winter<br />
barley.The lodging of the two crops was also negligible<br />
in the last vegetation period. Owing to hot and dry<br />
weather during the grain filling period (July), wheat<br />
accessions originating from continental conditions<br />
were advantaged. High combined resistance to leaf,<br />
stem and stripe rusts were detected in cultivar ‘Bonito-<br />
27’ and advanced line ‘RU2-04’. Weather conditions<br />
during vegetation were suitable also for the winter<br />
barley check cultivar ‘Luran’. Among winter triticale<br />
accessions, the cultivar ‘SW Talentro’ was highly productive<br />
during the last two years of evaluation.<br />
The evaluation of wild relatives of crops of the tribe<br />
Triticeae indicated that Triticum boeoticum, T. araraticum,<br />
Aegilops geniculata and Ae. markgrafii had a good level of<br />
resistance to powdery mildew, stem and stripe rusts.<br />
Within a group of minor crops we evaluated<br />
134 genotypes of buckwheat, 22 accessions of millet,<br />
14 samples of Amaranthus and 5 foxtail millets.<br />
(Dotlaãil L., Stehno Z., Faberová I., Holubec V.,<br />
Dvofiáãek V., Janovská D., Pelichová E.)<br />
Study and utilisation of biodiversity, genetic<br />
mechanisms and new methods aimed at<br />
improvement of the biological potential<br />
of cultivars and sustainable development<br />
of agriculture (MZe âR <strong>00</strong>027<strong>00</strong>602)<br />
Phase 1: Study of genetic diversity in crops and<br />
its utilisation for sustainable development of<br />
agriculture; selection of donors of economically<br />
important characters to use them in research,<br />
breeding and practice<br />
Evaluation of prospective winter wheat genetic resources<br />
Prospective accessions of winter wheat genetic<br />
resources were evaluated for two years. The influence<br />
of growing conditions in the years of testing on overwintering<br />
was not strong (6.2%). On the other hand,<br />
the earliness (period to heading, flowering and waxy<br />
ripeness) was influenced markedly by different growing<br />
conditions (28.4, 65.2 and 30.4, respectively). The<br />
influence of the year on grain weight (TKW) was<br />
negligible (3.5%) similarly like on responses of wheat<br />
accessions to powdery mildew infection.<br />
Among grain quality parameters, crude protein<br />
content was highly influenced by growing conditions<br />
(24.4%) in comparison with the other quality<br />
characters with percentage not higher than 5.5%.<br />
Evaluation of winter barley cultivars<br />
Damage of barley accessions during the winter period<br />
was more serious than that of wheat. Some accessions<br />
Evaluation of wheat genetic resources
16<br />
of Japanese glumeless barley were totally injured by<br />
winter freezing. A few accessions from Croatia and<br />
France also strongly suffered from conditions during<br />
winter. Similarly like in wheat, the weak influence of<br />
the year on grain weight and powdery mildew occurrence<br />
was observed.<br />
Prospective genetic resources of winter triticale<br />
A set of winter triticale accessions was tested under<br />
conditions of the Research Station in Humpolec located<br />
in a potato-production area. The overwintering of<br />
triticale in these conditions was strongly influenced by<br />
weather conditions (59.3%). On the other hand, the<br />
occurrence of diseases (powdery mildew, Septoria) was<br />
relatively stable in the years of evaluation.<br />
Starch content evaluation using NIR spectroscopy<br />
Three hundred genotypes of wheat were used to calibrate<br />
a NIR spectroscope for starch content prediction.<br />
Ewers method was used as referential.The correlation<br />
coefficient for the calibration equation reached r =<br />
0.84. Starch content of most accessions varied within a<br />
relatively narrow range (60 – 67%). Higher starch content<br />
was determined very rarely, for the first time in<br />
modern registered cultivars.<br />
Antaris II spectroscope calibrated for starch content<br />
evaluation<br />
Evaluation of minor crops<br />
In 2<strong>00</strong>6, the main attention within this group of crops<br />
was paid to buckwheat genetic resources. Flowering<br />
started later in Tartary buckwheat (+ 15 days on average)<br />
than in common buckwheat. Nevertheless, the ripeness<br />
of Tartary accessions started earlier.The highest yield was<br />
determined in ‘·paãinská 1’ common buckwheat.<br />
Assessment of crops as possible catch crops<br />
Four crops Sinapis alba, Phacelia tanacetifolia, Fagopyrum<br />
esculentum and Panicum miliaceum were tested for their<br />
suitability to grow them as catch crops. The highest<br />
amount of green mass was produced by Sinapis alba.<br />
Analyses of N min. content in green mass showed its<br />
decrease parallelly with an increase in the green mass<br />
amount. On the basis of comparison of two sowing<br />
dates (late summer – end of August and early autumn<br />
– mid-September) the later one was recommended.<br />
(Stehno Z., Dotlaãil L., Dvofiáãek V., Hermuth J.,<br />
Janovská D.)<br />
Phase 8: Monitoring risks and information<br />
databases for sustainable development<br />
in agriculture and biological safety<br />
The main tasks of the phase are development and<br />
updating of databases, improvement of a system for<br />
frost resistance monitoring in winter crops and facilitating<br />
access to updated information to farmers and to<br />
the agricultural community of users. Web applications<br />
were developed in the form of searchable catalogues<br />
and web pages.<br />
Plant Genetic Resources Catalogue in Czech crop<br />
collections consisting of 49,<strong>06</strong>9 passport records available<br />
at http://genbank.vurv.cz/genetic/resources/<br />
contains information on all accessions included in the<br />
National Programme on Conservation and Utilization<br />
of Plant Genetic Resources and Agro-biodiversity.<br />
The ECPGR European Wheat Database (EWDB)<br />
http://genbank.vurv.cz/ewdb/ was enlarged by the<br />
genus Aegilops in 2<strong>00</strong>6, and it currently comprises<br />
159,434 records. The EWDB descriptor list was<br />
enlarged and completed for characterization and evaluation<br />
of data inputs.<br />
After the last updating the application ‘Wheat<br />
Pedigree and Identified Alleles of Genes’<br />
http://genbank.vurv.cz/wheat/pedigree/ consists of<br />
74,527 records received from 3,261 information<br />
sources. The linkage between the two above-mentioned<br />
catalogues EWDB and Wheat Pedigree was<br />
implemented in 2<strong>00</strong>6 and the user value of both<br />
applications was enhanced consequently. The new<br />
web catalogue Barley Pedigree comprising genealogies<br />
and passport data on 6,443 barley genotypes gathered<br />
from 99 information sources was published at<br />
http://genbank.vurv.cz/barley/pedigree/. Both pedigree<br />
catalogues for wheat and barley were developed in<br />
cooperation with Dr. Martynov (VIR St. Petersburg).<br />
The ECPGR European Arrhenatherum and Trisetum<br />
Database http://genbank.vurv.cz/arrh_tri/ is hosted at<br />
the Institute’s server for OSEVA PRO Ltd. in Zubfií,<br />
which is the data compiler.<br />
On-line data directly loaded from an agrometeorological<br />
station in the Institute are available in the form of<br />
tables at http://www.vurv.cz/meteo/ and visualised<br />
in a graphical form for the last 24 hours at<br />
http://www.vurv.cz/meteo/meteograf.htm.<br />
The web page of the National Programme on Conservation<br />
and Utilisation of Plant Genetic Resources<br />
and Agro-biodiversity http://genbank.vurv.cz/genet<br />
ic/nar_prog/ was complemented by its English version<br />
and new important documents were included (Standard<br />
Material Transfer Agreement, etc.).<br />
The European ex situ Catalogue of PGRFA<br />
EURISCO http://eurisco.ecpgr.org was provided<br />
with updated information from Czech crop collections,<br />
and it currently contains 49,<strong>06</strong>9 records corresponding<br />
to the number of available accessions in the<br />
National Programme.<br />
Monitoring of frost resistance was carried out on<br />
old local European cultivars and on newly registered<br />
cultivars of winter wheat and winter barley. Results<br />
were forwarded to breeders and to the Central Institute<br />
for Supervising and Testing in Agriculture. Walter’s<br />
climatic diagram was constructed from data recorded<br />
at the meteorological station in Prague-Ruzynû.<br />
(Faberová I., Prá‰ilová P., Dotlaãil L., Dvofiáãek<br />
V., Hermuth J., Pelichová E.)
17<br />
Plant biodiversity conservation in the system<br />
of sustainable agriculture and landscaping<br />
(MZe âR 1G46<strong>06</strong>6)<br />
The project goal is to search for fragments of<br />
old crop landraces and threatened wild species used<br />
or with potential use in agriculture, and to propose<br />
their sustainable conservation in the country using<br />
in situ and on-farm methods. The species chosen<br />
for monitoring belong to the families Poaceae,<br />
Fabaceae and Alliaceae (Allium schoenoprassum).<br />
The monitoring was done in the Elbe and Vltava<br />
River basins, âeské Stfiedohofií Mts., Jeseníky Mts.<br />
and in Central and Southern Moravia. Phytocoenological<br />
relevés were elaborated for the target species<br />
repeatedly twice a year on permanent marked<br />
plots for monitoring.Additional data were collected<br />
in the localities: the number of all plants in the<br />
population, degree of threat to the site, threat<br />
factors, the population health status and ontogenetic<br />
phase of the target species. When it was<br />
possible, seeds were collected for ex situ multiplication<br />
and for gene bank conservation. Several<br />
genotypes of Glycyrrhiza glabra from Moravian<br />
sites were evaluated in the nursery. Other<br />
Glycyrrhiza species were tested for their suitability<br />
for introduction into cultivation. Within the<br />
programme of repatriation of lost cultivars it was<br />
possible to obtain 12 accessions of Fabaceae. 14 plots<br />
of grass species sown in 2<strong>00</strong>5 in Zubfií were<br />
subjected to regular evaluation according to<br />
descriptor lists. 16 perennial grass species were<br />
evaluated for vegetative characters of extensive<br />
lawns for the use in landscaping and their seed<br />
production traits were obtained in the production<br />
plots. The grass collection gathered for ornamental<br />
use was also evaluated for morphological, phenological,<br />
aesthetical traits and growth abilities.<br />
Selected samples were offered to the Open-air<br />
Museum in Zubrnice, RoÏnov, ·umava National<br />
Park, Podyjí NP, Protected Landscape Area Moravian<br />
Karst and to one private farmer for sustainable<br />
on-farm conservation. Old landraces of grasses,<br />
fodder plants, vegetables and medicinal plants from<br />
Northern Moravia were exhibited in the Open-air<br />
Museum in RoÏnov pod Radho‰tûm. During the<br />
expedition to the Novohradské hory Mts. 83 seed<br />
samples and vegetative plant parts were collected<br />
in 26 visited localities. A project for on-farm<br />
conservation of fruit trees in Podyjí NP was<br />
elaborated. The occurrence of fruits was mapped<br />
in the region of Horní Mar‰ov. Plant material for<br />
on-farm conservation was prepared in the nursery<br />
of the RBIP in Holovousy: trunk-forming cultivars<br />
were grafted onto rootstocks raised from seedlings.<br />
A high trunk was grown up and grafted with the<br />
target landraces. Landraces for the second part<br />
of orchard in Neratov, Orlicke Mts., were prepared<br />
in Holovousy.Accessions received as the repatriation<br />
of historically lost material from foreign gene banks<br />
were regenerated. Fruit landraces were sent to<br />
4 exhibitions. (Holubec V., Chytilová V., Du‰-<br />
ková E., Gottwaldová P., Kloutvor J., Marková H.,<br />
Papr‰tein F., Pelikán J., ·evãíková M., ·rámek P.,<br />
Schubertová V., Vymyslick˘ T.)<br />
Research on the growing techniques<br />
of underutilized fruit species (MZe âR<br />
QF3223)<br />
The grant covers the following genera of underutilized<br />
small fruits in the Czech Republic: Vaccinium, Cornus,<br />
Lonicera and Hippophae¨ and the research was undertaken<br />
in RBIP in Holovousy, MAFU in Brno and RICP in<br />
Prague. Various methods of regeneration were tested:<br />
vegetative and in vitro propagation. Herbaceous cuttings<br />
of all four species were planted to a propagation<br />
chamber: 1 380 cuttings of blueberry (16 cultivars), 320<br />
cuttings of Cornus (5 cultivars), 7<strong>00</strong> cuttings of<br />
Hippophaë (7 cultivars) and 980 cuttings of Lonicera<br />
(11 cultivars). Their callus formation and rooting were<br />
evaluated.The basic evaluation of cultivars was done in<br />
a nursery: 29 genotypes of the high-bush blueberry were<br />
included. The yield per bush was the highest in cvs.<br />
‘Jersey’, ‘Bluecrop’, ‘Bluetta’ and ‘Coville’. The fruit<br />
firmness suitable for transport was the highest in<br />
‘Berkeley’, ‘Nelson’, ‘Bluecrop’, ‘Bluegold’ and<br />
‘Darrow’. The cvs. ‘Rancocas’, ‘Bluecrop’ and<br />
‘Bluegold’ had the best taste. Cornus bushes in the belt<br />
plantation comprised 7 cultivars. Growth characters such<br />
as height, bush volume, length and number of new<br />
branches were examined. The yield of Hippophaë<br />
cultivars depends on the shape of the crown and<br />
growing technology. The highest yield was noted for<br />
Leicora (23.68 kg per bush) and Hergo (16.74 kg).These<br />
cultivars with high yield and good fruit quality can be<br />
recommended for cultivation: ‘Altaj’, ‘Fialka’, ‘Amfora’,<br />
‘Viola’ and ‘Morena’. Organoleptic evaluation of fresh<br />
fruits revealed the following best cultivars: ‘Altaj’, ‘Leningradsk˘<br />
Velikan’,‘Morena’ and ‘Valchova’.The research<br />
how to overcome long dormancy of Cornus mas<br />
continued from the previous years. Gathering of new<br />
materials from collections brought Cornus mas var. macrocarpa<br />
from a historical plantation in the RICP park.It has<br />
large sweet fruits with soft pulp. The good high-bush<br />
cultivar ‘Goldtraube 23’ was received from Austria. For in<br />
vitro cultures dormant shoots of Lonicera and Vaccinium<br />
spp. were sampled from the field germplasm collections<br />
of MAFU in Brno and RBIP in Holovousy. Sprouting<br />
buds were sterilized on the surface with mercuric<br />
chloride and the tissue was placed on MS medium.<br />
Collected materials from Kachatka, altogether 125<br />
samples, were tried to multiply by cuttings and grafting.<br />
Defoliation of cuttings appeared to be negative similarly<br />
like grafting onto domestic Lonicera xylosteum. An old<br />
form of Lonicera kamtschatica was propagated by woody<br />
cuttings to get rootstocks highly compatible with target<br />
forms. (Papr‰tein F., Holubec V., ¤ezníãek V. et al.)<br />
Specification of properties and characteristics<br />
of common wheat grain and their relation with<br />
feed quality focused on feed efficiency in<br />
monogastric animals (MZe âR 1G57<strong>06</strong>5)<br />
Due to some pre-project experiments we were able to<br />
collect enough data to evaluate selected indirect<br />
parameters with potential relation to wheat grain feeding<br />
value in the second year of the project. The data<br />
originated from four-year evaluation of two subsets<br />
(with and without 1B/1R translocation) of wheat DH<br />
lines and besides from independent three-year evaluation<br />
of a set of registered wheat cultivars. On the basis<br />
of this information we proved significant effects of
18<br />
genotype on the following parameters: grain hardness<br />
(PSI method), relative viscosity value, content and proportion<br />
of albumins + globulins in protein content, and<br />
on some technological parameters of grain: gluten<br />
index and Zeleny sedimentation. Despite of statistically<br />
significant differences in the content of albumin+<br />
globulin fraction, no differences were detected in<br />
essential amino acid content and in the index of essential<br />
amino acids (EAAI).<br />
Results from direct evaluation of wheat grain feeding<br />
value tested on Norway rats (Wistar strain) showed<br />
only few correlations of direct parameters with indirect<br />
ones. Neither biological value of proteins (BVB) nor<br />
net protein utilisation (NPU) was in significant correlation<br />
with any of indirect grain quality parameters.<br />
The balance coefficient of digestibility (CDb) was in a<br />
medium positive correlation with wet gluten content<br />
(0.46) and in a negative correlation with crude fibre<br />
content and relative viscosity (-0.52 and -0.49, respectively).The<br />
protein efficiency ratio (PER; weight gain<br />
of the tested animal per unit of ingested protein) did<br />
not show any positive correlation with indirect parameters.The<br />
strongest negative correlation of PER (-0.38)<br />
was found for Zeleny sedimentation. All direct parameters<br />
(BVB, NPU and CD2) correlated mutually very<br />
strongly.<br />
In 2<strong>00</strong>6 the first feeding test with chicken broilers<br />
using isoproteinaceous and isoenergetic diets from<br />
grain of tested wheat DH lines was carried out. Differences<br />
in weight gains between the groups of chickens<br />
fed diets with different wheat DH lines were identified.<br />
In addition, the quality of meat was analysed and some<br />
differences were found as well. (Stehno Z., Kode‰ A.,<br />
Dvofiáãek V., Mudfiík Z., Bradová J., Huãko B.,<br />
Famûra O.)<br />
Individual keeping of Norway rats during feeding tests<br />
Starch and protein characteristics in wheat<br />
for industrial utilization; donors of valuable<br />
characters, recommendation of cultivars and<br />
appropriate growing technologies (MZe âR<br />
1G58<strong>07</strong>6) (The project initiation – December 2<strong>00</strong>5)<br />
The project objective is to characterize starch and protein<br />
content and structure in released wheat cultivars<br />
and selected donors, with respect to different industrial<br />
utilization of grain (starch bio-ethanol, bio-degradable<br />
matters, fodder). Donors of important characters<br />
are also screened among the genetic resources of winter<br />
and spring wheat and their characters and value for<br />
breeding and/or growing practice are estimated.<br />
Utilization of protein markers (gliadins, glutenins,<br />
isozymes) and DNA markers for the fingerprinting of<br />
genotypes carrying desirable traits and for markerassisted<br />
selection will be verified. Released winter<br />
wheat cultivars and some selected breeding lines are<br />
evaluated in three types of field trials: 1st field test for<br />
recommendation of cultivars, other experiments with<br />
cultivars and lines aimed at the assessment of fodder<br />
quality as well as field tests of selected cultivars under<br />
different tillage and input levels. In the first tested year<br />
significant effects of cultivar, locality and technological<br />
treatment on the production of starch and bio-ethanol<br />
were confirmed. Lower fertiliser rates and conventional<br />
tillage increased the bio-ethanol yield of grains. A<br />
high positive correlation between the content of starch<br />
and final bio-ethanol production was also confirmed.<br />
Suitable genetic resources were evaluated in field trials<br />
and 3 donors of waxy type of starch were obtained.<br />
Nevertheless, the number of genetic resources with<br />
high starch content is still very low and they do not<br />
overcome the majority of the tested released cultivars.<br />
(Horãiãka P., Dvofiáãek V., Famûra O., Papou‰ková,<br />
L., Sedláãek I., Dotlaãil L., Stehno Z.)<br />
Minor crops for specific food utilization<br />
(MZe âR QG60130) (The project initiation<br />
– January 2<strong>00</strong>6)<br />
The aim of the project is the enlargement of diversity<br />
of cultivated crops in the âR and recommendation of<br />
their suitable utilization. Minor crops defined by<br />
EPCGR (hulled wheat, hulless oats and barley, millet<br />
and Tartary buckwheat), legumes (peas, cowpeas, chickpeas)<br />
and oil-bearing crop (safflower) are studied. Individual<br />
genera are investigated according to the degree<br />
of completion at the participant’s workplace.The new<br />
genotypes of all species are evaluated for important<br />
agronomical and morphological characteristics. 153<br />
genotypes of minor crops were sown and evaluated in<br />
2<strong>00</strong>6. Selected genotypes were evaluated for oil content<br />
(hulless oats, millet, and safflower). For development<br />
of new food products, seeds of selected species<br />
were malted and some parameters were determined.<br />
Hulled wheat was tested for the activity of alpha- and<br />
beta-amylases and for selected nutritional parameters.<br />
The rutin content was evaluated in two different vegetative<br />
stages of Tartary buckwheat. The level of FFA<br />
was assessed in samples of millet grains; this method was<br />
also used in oat grains and products.The technology of<br />
p<strong>roce</strong>ssing of naked oats,Tartary buckwheat and selected<br />
legumes was proposed. (Janovská D., Stehno Z.,<br />
Dvofiáãek V., Vaculová K., Rysová J., Proke‰ J., Hutafi<br />
M., Vymyslick˘ T.)<br />
Improved management of collections of spring<br />
wheat, oat and winter barley genetic resources,<br />
enhancement of their value for users (MZe âR<br />
1G46<strong>06</strong>5)<br />
The project is carried out jointly by RICP in Prague<br />
and ARI in KromûfiíÏ, and its activities in the third year<br />
were mainly aimed at gathering information on collections,<br />
characterization by means of storage proteins and
19<br />
Fig. 2. Genetic distances within the spring wheat model collection<br />
DNA markers and field experiments with model<br />
“core” collections. Analyzed pedigree data of spring<br />
wheat collection were used to evaluate the genetic<br />
diversity of the collection, results were published in<br />
Czech J. Genet Plant Breed.The results confirmed that<br />
pedigree analyses could be used as one of the useful<br />
tools for development of “core” collections, i.e. such<br />
collections where extensive and reliable pedigree data<br />
are available.<br />
Model collections of spring wheat and oat (the same<br />
as in previous year) were sown and evaluated in field<br />
trials in two locations; winter barley was sown in three<br />
locations.The characterization of storage protein spectra<br />
by means of PAGE continued in 2<strong>00</strong>6.<br />
In both the spring wheat and winter barley model<br />
collection, DNA analyses were carried out using SSR<br />
markers and genetic distances between accessions were<br />
calculated. In spring wheat, we identified 26 clusters<br />
(composed of 2-5 accessions, with small genetic<br />
distances -0.<strong>06</strong> or less according to âeby‰ev), which<br />
represent 30.1% of the whole model collection (Fig. 2).<br />
When we used this level of genetic diversity, it was possible<br />
to reduce the size of the model collection by<br />
18.1%.The same approach in winter barley led to the<br />
size reduction by 34.1%. It can be concluded that the<br />
selection of genetically distant accessions to model<br />
collections was more effective in spring wheat.<br />
(Dotlaãil L., Nedomová L., Stehno Z., Faberová I.,<br />
Milotová J., Lei‰ová L., Dvofiáãek V., Oborn˘ J.,<br />
Hermuth J., âejka L., Poli‰enská I.)<br />
Possibilities of protein polymorphism<br />
application for identification and breeding<br />
of tested buckwheat (Fagopyrum esculentum<br />
Moench) cultivars (GA âR-521/04/P031)<br />
The project was aimed at the evaluation of protein<br />
polymorphism as an effective tool for the identification<br />
of common buckwheat accessions and studies of their<br />
mutual relations. Protein polymorphism of different<br />
plant parts (roots, leaves and achenes) showed<br />
high intra- and intervarietal variability only in the<br />
evaluation of the achene protein spectrum by<br />
SDS-PAGE. Protein polymorphism (including isozymes<br />
– esterases and total native protein) of the other plant<br />
parts was negligible and did not allow an individual<br />
approach to evaluation on this level. Higher protein<br />
polymorphism in different achene parts was confirmed<br />
in cotyledons in comparison with endosperm proteins.<br />
This high intravarietal polymorphism confirmed strict<br />
allogamy of common buckwheat. Electrophoretic<br />
visualization of tested protein fractions also confirmed<br />
high albumin and globulin content, its major importance<br />
in achene protein polymorphism and minimal<br />
content of prolamines. The albumin and globulin<br />
protein fraction of achenes was successfully used for<br />
more objective evaluation of bulked samples in the<br />
buckwheat world collection. Closer relations were<br />
found between accessions of neighbouring regions and<br />
between some original Czech and Slovak buckwheat<br />
accessions and accessions of China and Bhutan. Individual<br />
achene evaluation of four buckwheat varieties<br />
registered in the Czech Republic showed intervarietal<br />
differences in the frequency and coincidence of band<br />
proteins. It is possible to accept an opinion that the<br />
tested varieties were formed from a high number of<br />
variable genotypes which showed specific expression in<br />
tested varieties, nevertheless, slight spectral differences<br />
were detected in identical varieties between the tested<br />
years as well. For the future breeding application it will<br />
be necessary to reduce the wide genetic polymorphism<br />
of buckwheat population, which can be achieved only<br />
by direct characterisation of individual plants by means<br />
of molecular analysis and their isolated cultivation.<br />
The latest scientific papers offered a possibility of
20<br />
auto-incompatibility elimination by means of interspecific<br />
crossing in common buckwheat and production<br />
of autogamous lines. (Dvofiáãek V.)<br />
Diversity of buckwheat (Fagopyrum sp.) genetic<br />
resources and its use in sustainable agriculture<br />
and healthy food production in the Czech<br />
Republic and in China (M·MT KONTAKT<br />
1P05ME808)<br />
In the second year of the project the exchange of buckwheat<br />
seed samples between Chinese and Czech<br />
partners increased and reached ten samples provided by<br />
either of the partners. The sets of 20 accessions that<br />
included both common and Tartary buckwheat species<br />
were grown in parallel in both countries.<br />
Comparison of buckwheat species regardless of the<br />
locality of testing confirmed a longer vegetation period<br />
(period to emergence, flowering and ripeness) of<br />
Tartary buckwheat. Achenes of Tartary buckwheat<br />
were smaller (WTS = 14.6 g) than those of common<br />
buckwheat (WTS = 25.5 g). Nevertheless, the yield of<br />
achenes per unit area was higher in Tartary buckwheat.<br />
Owing to differences between species, we assessed the<br />
influence of climate conditions (Czech and Chinese<br />
localities) for each species separately.Tartary buckwheat<br />
in the Chinese locality developed faster, had larger<br />
achenes and higher yield per unit area. Opposite<br />
responses were observed in common buckwheat<br />
samples that reached better parameters in conditions of<br />
Prague – Ruzynû locality.<br />
Analyses of rutin content confirmed a higher<br />
content of this flavonol glycoside in Tartary buckwheat<br />
leaves, stems and achenes. (Stehno Z., Moudr˘ J.,<br />
Janovská D., Kalinová J., Wang, Z., Zhang Z.)<br />
Conservation of disappearing plant genetic<br />
resources for agriculture (M·MT KONTAKT<br />
29-2<strong>00</strong>5-<strong>06</strong>)<br />
The aim of the project was to map the occurrence of<br />
landraces in Slovenia and to collect seeds or vegetative<br />
plant parts as genetic resources for Slovenian and<br />
Czech gene banks and breeding. The expedition was<br />
conducted in the north Slovenian region Koro‰ko near<br />
the Austrian border in October 2<strong>00</strong>6.The programme<br />
was organized by Vladimir Megliã and Janko Verbiã<br />
from the Slovenian Gene Bank, KIS Ljubljana and<br />
hosting was offered by an ecological farm in ·entanel.<br />
During the mission 15 localities were visited and<br />
74 seed samples were collected. Among them 22<br />
accessions were wild plants and 52 accessions were<br />
cultivars and landraces.The highest share is represented<br />
by legumes (18), especially beans. Cereals and oil crops<br />
were highly represented by 9 accessions each. The<br />
samples were distributed to responsible institutes<br />
within the Czech National Programme for Regeneration<br />
and Evaluation. (Holubec V., Gottwaldová P.,<br />
Marková H., Vymyslick˘ T., Megliã V. – Slovenia)<br />
The exchange, evaluation and utilization of<br />
genetic resources of Czech and Chinese origin<br />
(M·MT KONTAKT 1P05ME724)<br />
The Project objectives are the support of joint research<br />
activities and cooperation of Czech (Research Institute<br />
of Crop Production, Prague) and Chinese (Northwest<br />
University of Agriculture and Forestry,Taicheng Road,<br />
Yangling, Shaanxi; 7121<strong>00</strong> CHINA) partners within<br />
the Project.The exchange of genetic resources as well<br />
as related information is also an important goal of the<br />
Project.The following principal activities were realized<br />
in 2<strong>00</strong>6:<br />
a) The exchange, characterization and evaluation of<br />
valuable genetic resources of Chinese and Czech<br />
origin, especially valuable materials of rapeseed and<br />
winter wheat.<br />
b) Field trials with selected materials of Czech and<br />
Chinese origin (rapeseed, winter wheat) in Yangling<br />
(China) and Prague (Czech Republic). Important<br />
agronomical characters of experimental materials were<br />
evaluated; the experiments will continue in 2<strong>00</strong>7.<br />
c) Utilization of DNA markers for the characterization<br />
of selected Chinese and Czech rapeseed materials<br />
showing yellow coated seeds. Utilization of DH lines<br />
and DNA markers in selection of rapeseed for productivity,<br />
quality and resistance to stresses. The results of<br />
DNA analyses (AFLP) of 40 yellow-seeded rapeseeds<br />
were prepared for joint publication.<br />
d) Development and utilization of convenient markers<br />
for utilization in hybrid breeding of rapeseed.<br />
Joint activities continued also by backcrossing of<br />
CMS rapeseed lines derived from Shaan 2 source and<br />
fertility resources (Rf lines) with the aim to increase<br />
seed quality (especially glucosinolates, the erucic acid<br />
content was decreased below the limit of 2% in all<br />
advanced materials). (Dotlaãil L., Stehno Z.,<br />
Kuãera V., Ovesná J., Dvofiáãek V., Hermuth J.)<br />
Adding Value to Holy Grain: Providing the Key<br />
Tools for the Exploitation of Amaranth – the<br />
Protein-rich Grain of the Aztecs (AMA-<br />
RANTH:FUTURE-FOOD)(INCO 032263)<br />
The AMARANTH:FUTURE-FOOD Project is a joint<br />
project financed by the European Commission in the<br />
Specific International Cooperation Activities (INCO) of<br />
Diversity of Amaranthus
21<br />
the 6 th Framework Programme. 11 institutions from<br />
Argentina, Nicaragua, Mexico, Czech Republic, Spain<br />
and Denmark participate in the project. The project<br />
started on September 1 st , 2<strong>00</strong>6. It is coordinated by the<br />
Danish Institute of Agricultural Sciences.The immediate<br />
objective of this project is to provide the tools for an<br />
extensive and sustainable exploitation of amaranth.The<br />
project will contribute to the overall development<br />
objective of providing health-promoting food and<br />
exploiting the industrial use of amaranth and thus becoming<br />
a source of income in the regions of the world<br />
where the warm and dry climate makes the cultivation<br />
of amaranth the obvious choice. One of the work packages<br />
is devoted to field studies on amaranth cultivation<br />
and monitoring of insect pests and diseases. Selected<br />
germplasms will be cultivated in a statistically based plot<br />
set-up, randomized block design with three replications<br />
in the Czech Republic, Spain, Argentina and México.<br />
(Fomsgaard I. S., de Trojanu R. M., Délano-Frier J.,<br />
Taberner A., Janovská D., Du‰ek K., Labouriau R.)<br />
Department of Gene Bank – Olomouc<br />
Workplace<br />
National Programme on Conservation and<br />
Utilisation of Plant Genetic Resources and<br />
Agro-biodiversity (MZe âR 33 083/03-3<strong>00</strong>0)<br />
Collections of genetic resources of vegetables and<br />
aromatic, medicinal and culinary plants in Olomouc<br />
consist of 9,604 accessions including 869 vegetatively<br />
propagated ones. In 2<strong>00</strong>6, a total of 749 acc. were<br />
regenerated generatively and 1,115 were propagated<br />
vegetatively. Altogether 637 acc. were transferred to the<br />
central freezing boxes at RICP in Prague. All passport<br />
data are computerized using the EVIGEZ system. The<br />
descriptor lists for the most important plant species are<br />
available. A total of 66 new samples were collected<br />
during expeditions and 104 acc. were introduced.A total<br />
of 120 acc. were provided to Czech institutions and<br />
universities and 90 acc. were supplied to the persons<br />
concerned from abroad. Results of research work were<br />
published in scientific journals and presented to scientific<br />
conferences or seminars in the Czech Republic and<br />
other European countries.The Gene Bank workplace in<br />
Olomouc develops contacts in the field of research and<br />
education with Czech universities, Central Institute for<br />
Supervising and Testing in Agriculture, Czech plant<br />
breeding stations and with research institutes and gene<br />
banks in the world. (Du‰ek K., Du‰ková E.,<br />
Chytilová V., Karlová K., Losík J., Stavûlíková H.)<br />
Study and utilisation of biodiversity, genetic<br />
mechanisms and new methods with the aim<br />
to improve the biological potential of cultivars<br />
and sustainable development of agriculture<br />
(MZe âR <strong>00</strong>027<strong>00</strong>602)<br />
Phase 2: Study of genetic diversity of some<br />
horticultural and medicinal plants and selection<br />
of starting materials for breeding and<br />
production (Du‰ek K.)<br />
A – The main aim of this sub-phase is to determine<br />
the basic and supplemental morphological types of<br />
garlic (Allium sativum L.) and to quantify the content<br />
of sulphur compounds in these types. The garlic<br />
collection in Olomouc (612 accessions) was divided<br />
into three main parts on the basis of the description:<br />
1) garlic produces the scape with topset,<br />
2) garlic without scape,<br />
3) group garlic – semi-bolters.<br />
131 accessions (all types of garlic are equally presented<br />
in this set) were selected to determine the quantitative<br />
and qualitative content of sulphur compounds and dry<br />
matter content. According to the presented results the<br />
content of sulphur compounds depends both on the<br />
geographical origin and on the morphological type.<br />
Dialyldisulphide (DADS) and propyldisulphide (PDS)<br />
were the most frequently detected compounds and<br />
their amount in dry cloves ranged between 1.44 and<br />
3.53 mg.g -1 (DADS) and from 1.59 to 3.38 mg.g -1<br />
(PDS). (Stavûlíková H.)<br />
Voltage (mV)<br />
2<strong>00</strong><br />
Landrace<br />
Rozhanovce (SVK)<br />
150<br />
Landrace Egy1 (EGY)<br />
1<strong>00</strong><br />
50<br />
0<br />
dialylsulphide<br />
propylsulphide<br />
dialylsulphide<br />
propylsulphide<br />
15 20 25 30 Time (min.)<br />
Chromatogram of GC analysis of sulphur compounds<br />
in garlic<br />
B – The objective of this project part is to evaluate<br />
morphological and agricultural characteristics of Brassica<br />
genotypes and to select the prospective ones for the<br />
testing of their resistance to Plasmodiophora brassicae.In<br />
2<strong>00</strong>6, forty Brassica genotypes, which were selected for<br />
the testing of resistance to Plasmodiophora brassicae in the<br />
last two years, were tested in an infection field and also<br />
in a climatic chamber. The tolerance rate to infection<br />
was between 0 and 61.2% in field conditions (yield of<br />
Testing of the resistance of Brassica L. genotypes<br />
to Plasmodiaphora brassicae at the infection field<br />
mV. 144
22<br />
infected plants compared to the control), and ‘Libra’<br />
(61.2%),‘Vysocké’ (old Czech landrace variety; 35.7%)<br />
and ‘Skorospelaja’ (old Russian landrace variety 31.4%)<br />
were evaluated as the most tolerant cultivars.<br />
(Chytilová V.)<br />
C – To evaluate the variability between regional populations<br />
of some medicinal plants 26 localities in 5 protected<br />
landscape areas (âeské stfiedohofií, Jizerské hory,<br />
Moravsk˘ kras, Bílé Karpaty, ·umava) are studied.<br />
Mother plants and seeds of Salvia pratensis L., Salvia<br />
verticillata L., Agrimonia eupatoria L., Plantago media L.,<br />
Hypericum perforatum L., and Betonica officinalis L. from<br />
all localities were transferred to Olomouc and an<br />
experimental nursery was established. All plants in this<br />
nursery were evaluated for morphological characteristics<br />
by minimal descriptors, and the contents of pharmaceutically<br />
active substances were also evaluated in<br />
correlation with the origin of plants and quality of soil<br />
in these localities. We found out some statistically<br />
significant differences between plants from the same<br />
locality, between localities and as well as between<br />
protected landscapes areas. After analyses in the next<br />
year the best genotypes of all plant species will be<br />
recommended as a component for flowering-grass<br />
mixtures and/or for pharmaceutical use. (Du‰ek K.,<br />
Du‰ková E.)<br />
Experimental nursery of medicinal plants from protected<br />
landscape areas in Olomouc<br />
D – The vine varieties ‘Zenit’ and ‘Burgundské modré<br />
rané’ are evaluated in order to test their adaptability to<br />
Czech conditions. Agronomical characteristics such as<br />
length of vegetation period, sugar content in must etc.<br />
are compared with the characteristics of the varieties<br />
‘Mu‰kát moravsk˘’, ‘Veltlínské ãervené rané’ and<br />
‘Rulandské modré’. Three shrubs of ‘Zenit’ variety<br />
were chosen due to its high sugar content for subsequent<br />
clone selection. (Jandurová O.)<br />
Vegetative Allium, Europe’s Core Collection,<br />
safe & sound (EURALLIVEG)<br />
(AGRI-2<strong>00</strong>6-0395; AGRI GENRES 870/2<strong>00</strong>4)<br />
In December 2<strong>00</strong>6 a Community programme on<br />
genetic resources in agriculture accepted Project 050<br />
AGRI GENRES 870/2<strong>00</strong>4 with the acronym<br />
EURALLIVEG. The project duration is 48 months<br />
from 1. 04. 2<strong>00</strong>7 to 31. 03. 2011 and the main aim is<br />
to establish the European Core Collection of vegetative<br />
alliums (covering garlic), including molecular<br />
characterization, cryopreservation and virus elimination,<br />
and molecular characterization of shallot. The<br />
Olomouc workplace will select garlic accessions for<br />
long-term cryopreservation. (Stavûlíková H.)<br />
Department of Plant Breeding Methods<br />
Study and utilisation of biodiversity, genetic<br />
mechanisms and new methods with the aim<br />
to improve the biological potential of cultivars<br />
and sustainable development of agriculture<br />
(MZe âR <strong>00</strong>027<strong>00</strong>602)<br />
Phase 5: Development of methods, evaluation<br />
and utilization of initial materials for the<br />
creation of genotypes with high nutritional<br />
and technological quality for various uses<br />
of production<br />
The optimized method of SDS-PAGE of wheat LMW<br />
glutenin subunits was worked out and published on the<br />
web. The automated electrophoresis system (Experion<br />
2<strong>06</strong> – LabChip technology) was tested for barley<br />
hordeins and wheat glutenin (both LMW and HMW)<br />
subunits electrophoresis and compared with classic SDS<br />
PAGE. The results obtained were very objective and<br />
reproducible. Parameters of HPLC method for wheat<br />
storage protein fractionation and quantification were<br />
found. NIRS calibrations continued for the screening<br />
of grain hardness determination by using PSI as<br />
a reference method.The survey of DON content and<br />
mycological control of fungal pathogens continued<br />
in wheat and barley samples from various localities<br />
of the âR in 2<strong>00</strong>6. Fusarium graminearum was found as<br />
a prevailing toxicogenic species in the âR. In 2<strong>00</strong>5 the<br />
maximum DON content in wheat (barley) samples was<br />
3.8 (3.3) ppm; 10% of wheat (4% of barley) samples<br />
with overlimited DON content were detected. Interand<br />
intravarietal polymorphism of buckwheat proteins<br />
was confirmed. Amylose/Amylopectin Assay and Total<br />
Starch Assay (Megazyme) kits were introduced for the<br />
study of wheat starch properties. Three methods<br />
(HPLC and two spectrophotometric ones) of rutin<br />
content determination were tested on buckwheat and<br />
amaranth plant material. The spectrophotometric<br />
method using AlCl 3 reagent was considered as optimal.<br />
(S˘korová S., Bradová J., Dvofiáãek V., Matûjová<br />
E., Papou‰ková L., Stehno Z.)<br />
Phase 7: Progression of DON concentrations<br />
in spikes and kernels of winter wheat cultivars<br />
after inoculation with Fusarium culmorum<br />
The progression of DON concentrations in spikes<br />
and kernels was studied in relation to Fusarium head<br />
blight (FHB) symptoms in five winter wheat cultivars<br />
differing in resistance to FHB, after single floret<br />
inoculation with an aggressive isolate of Fusarium<br />
culmorum. After the inoculation in field conditions<br />
the spikes were detached from the plant and kept in<br />
the greenhouse under controlled conditions. High
23<br />
concentrations of DON were detected in susceptible<br />
cultivars at an early stage of pathogenesis (7 days after<br />
inoculation). Over the examined 21-day period and<br />
also at maturity spikes contained more DON than<br />
kernels.While differences in the accumulation of DON<br />
between cultivars were highly expressed already 7 days<br />
after inoculation, differences in symptomatic reactions<br />
were not clear until day 21. Owing to the reported<br />
decisive role of DON at early stages of pathogenesis,<br />
the importance of the proper timing of fungicide<br />
application is highly stressed. (Chrpová J., ·íp V.,<br />
Matûjová E., S˘korová S.)<br />
Fusarium head blight in wheat – its<br />
occurrence and control in the Czech Republic<br />
(MZe âR QG 5<strong>00</strong>76)<br />
Wheat ears suspicious of Fusarium head blight (FHB)<br />
were collected in a three-year period (2<strong>00</strong>3-2<strong>00</strong>5)<br />
in all winter wheat growing regions of the Czech<br />
Republic by the State Phytosanitary Service. It<br />
follows from the sorting of data with respect to year,<br />
region, cultivar, preceding crop and tillage system that<br />
the effects of year and location accounted for 49%<br />
of the variation in DON levels, followed by the effect<br />
of cultivar (34%) and management practices in the<br />
examined crop (17%). Regions highly threatened by<br />
the disease in the particular years were detected<br />
Significantly higher contamination of grain by the<br />
mycotoxin DON was found for the preceding crop<br />
maize and application of reduced tillage. It was<br />
acknowledged that the appropriate application of<br />
protective fungicides would reduce the concentration<br />
of DON by about 50%, however, with delayed<br />
applications and reduced dosage the protection was<br />
found ineffective. Among the cultivars occurring<br />
more frequently (n>15) Nela, Alana, ·árka and Ebi<br />
showed the average DON content lower than 1.25<br />
mg/kg.The “double protection” (consisting in growing<br />
less susceptible cultivars and fungicide treatment)<br />
was evidently needed to control the disease more<br />
effectively. (·íp V., Chrpová J., S˘korová S.,<br />
Matûjová E., Lei‰ová L.).<br />
Resistance of wheat varieties and breeding lines<br />
to the Czech PAV isolate of BYDV (MZe âR<br />
QG5<strong>00</strong>73)<br />
In RICP in Prague-Ruzynû the materials obtained<br />
from CIMMYT and ICARDA programmes<br />
(ALME2YDRES), Chile, Canada, USA and Poland,<br />
together with advanced breeding lines and registered<br />
spring and winter wheat cultivars were tested for<br />
resistance to BYDV. In comparison with previous<br />
studies the obtained results document progress reached<br />
in wheat breeding for resistance to BYDV. New sources<br />
of resistance were detected also in winter wheat<br />
(McCormic, Roane and Tribute). However, a wider<br />
choice of resistant genotypes will offer spring types.<br />
Two spring wheat lines SG-S26-98 and SG-S604-96<br />
and registered variety Leguan were found tolerant. In<br />
a two-year period (2<strong>00</strong>5, 2<strong>00</strong>6) we tested eighteen lines<br />
from CIMMYT (ALME2YDRES) carrying Bdv2 gene<br />
derived from Thinopyrum intermedium. None of these<br />
lines nor the lines TC 14290E, TC 14290J, TC5, TC7<br />
and TC9, which also carry this resistance gene, were<br />
found tolerant to BYDV. However, some other materials<br />
obtained from Canada, Poland and Chile appeared<br />
to be more promising. Breeding lines Kivu-85, QG<br />
2.1, QG 4.37 (Canada), the line SOA217/02 (Poland)<br />
and the varieties Quino-Baes and Bárbaro-B from<br />
Chile were found tolerant or medium tolerant.<br />
(Ve‰krna O., Sedláãek T., Horãiãka P., Chrpová J.,<br />
·íp V., Kundu J. K.)<br />
Comparative study of direct and indirect<br />
evaluation of frost tolerance in barley<br />
(MZe âR 1G57<strong>06</strong>0)<br />
Frost tolerance of 34 barley cultivars and breeding lines<br />
was evaluated by 4 direct (based on the exposure of<br />
plants to frost) and 4 indirect (based on diagnostic traits<br />
and markers) methods. Direct methods: 1/ field survival<br />
after the very cold winter 2<strong>00</strong>2/2<strong>00</strong>3, 2/ winter<br />
survival in a provocation pot test, 3/ and 4/ lethal<br />
temperature (LT50) determined in laboratory freezers<br />
on plants taken from a field in winter (3) or from<br />
a growth chamber following artificial cold hardening (4).<br />
Region showing DON content level > 4 mg/kg<br />
Regions showing DON content level 2 – 4 mg/kg<br />
Delimitation of regions threatened by FHB
24<br />
Indirect methods: 1/ endogenous level of abscissic acid<br />
(ABA), 2/ water content and 3/ osmotic potential of<br />
plants cultivated and hardened in growth chambers,<br />
and 4/ allelic variation at Dhn4 gene in various winter<br />
and spring barley cultivars at the DNA level. A significant<br />
correlation was observed for winter survival of<br />
barley in the provocation pot tests conducted at two<br />
different locations, Prague and LuÏany. Average winter<br />
survival of barley from multi-year pot tests was in<br />
correlation with minimum LT50 evaluated in plants<br />
hardened in fields or growth chambers as well as with<br />
field survival of plants after the cold winter 2<strong>00</strong>2/2<strong>00</strong>3.<br />
The level of ABA slightly increased while water<br />
content and osmotic potential evidently decreased in<br />
all cultivars during cold hardening. An insignificant<br />
correlation was observed between LT50 and ABA<br />
content. A significant correlation between LT50 and<br />
water content, and between LT50 and osmotic<br />
potential was found only when three weeks of cold<br />
hardening of plants were over, since the rate of decline<br />
in these three parameters differed during the cold hardening.<br />
Two different amplification fragments of Dhn4<br />
primers were produced in 5 spring and 4 winter barley<br />
cultivars while only one different fragment was<br />
produced in 3 winter six-row cultivars with the high<br />
frost tolerance potential. (Prá‰il I. T., Prá‰ilová P.,<br />
Mafiík P., Holková L., Kosová K., Chrpová J., ·íp V.,<br />
Chloupek O.)<br />
Evaluation of resistance to Fusarium head<br />
blight in winter wheat varieties registered<br />
in the Czech Republic (COST 1P05OC048)<br />
Fusarium head blight (FHB) belongs to the most harmful<br />
diseases of wheat in many parts of the world. The<br />
response to artificial infection with Fusarium culmorum<br />
was studied in 34 wheat cultivars registered in the<br />
Czech Republic and in the moderately resistant variety<br />
Arina for three years (2<strong>00</strong>4-2<strong>00</strong>6). The highest<br />
resistance to the accumulation of deoxynivalenol<br />
(DON) was detected in the varieties Apache, Samanta,<br />
Simila, Arina, Rheia, Banquet and Alana.The varieties<br />
Biscay, Drifter, Floret, Heroldo and Complet were<br />
found to be highly susceptible. The results of correlation<br />
analyses demonstrated a close relation between<br />
DON content and other characters (visual symptom<br />
score, Fusarium damaged grains, reduction in thousand<br />
grain weight and reduction in grain weight per spike).<br />
A significant positive correlation was also detected<br />
between the contents of DON and zearalenone (ZEA).<br />
(Chrpová J., ·íp V., Matûjová E., S˘korová S.)<br />
Development of methods for the objective<br />
identification of agricultural crop plants<br />
(MZe âR QF 3050)<br />
Using the optimized tuber protein electrophoresis<br />
(UPOV) another 39 registered potato varieties were<br />
characterized in 2<strong>00</strong>6, the electronic library of density<br />
diagrams of electrophoretic patterns was completed<br />
and unknown samples of potatoes were identified.The<br />
new registered wheat and barley varieties which are<br />
listed in the Czech State Standard or recommended<br />
by international organizations (ISTA, UPOV) were<br />
characterized and identified by wheat and barley<br />
storage protein electrophoresis.The created databases of<br />
electrophoretic patterns of wheat gliadins and HMW<br />
glutenin subunits and barley hordeins and esterases<br />
were innovated and completed. Electrophoretic<br />
patterns of 158 potato varieties, 99 wheat varieties and<br />
89 barley varieties (registered and unregistered) are<br />
saved in electronic databases at this time. Optimized<br />
methodology of protein electrophoresis for the identification<br />
of barley varieties was worked out and<br />
published on the web. Agronomic and technological<br />
values of protein lines isolated from the model set<br />
of Czech registered polymorphic wheat and barley<br />
varieties were compared. The check of variety purity<br />
and variety trueness of commercial wheat and barley<br />
samples from the crop 2<strong>00</strong>5 was carried out by storage<br />
protein electrophoresis. 58% of wheat samples and 66%<br />
of barley samples were uniform and they agreed with<br />
the variety declaration. (Bradová J. et al.)<br />
Study of the nutritive value of grain in<br />
different cereal species and types for intensive<br />
feeding of highly-productive ruminants (MZe<br />
âR QF3133, co-operation with Agricultural<br />
Research Institute in KromûfiíÏ, Ltd.)<br />
The aim of the study is to acquire the fundamental<br />
design of classification and to formulate the rules of<br />
optimum utilization of different cereal species and<br />
types in the systems of intensive ruminant breeding. In<br />
RICP the characterization and check of homogeneity<br />
of wheat, barley and triticale were done by protein<br />
genetic marker electrophoresis. The relation of gliadin<br />
and glutenin alleles of evaluated winter wheat varieties<br />
to selected characters was studied with respect to the<br />
feeding quality of grains. (In RICP Bradová J. et al.)<br />
Development and testing of the system<br />
of analytical methods for practical<br />
characterization of potato cultivars registered<br />
in the Czech Republic (MZe âR 1B44011,<br />
co-operation with University of South Bohemia<br />
in âeské Budûjovice)<br />
The aim of this project is to develop and to test the<br />
system of molecular biological methods (cultivar<br />
profiles of proteins, isozymes and DNA markers) for<br />
practical characterization of potato cultivars registered<br />
in the Czech Republic. The valid legal regulations<br />
(Act No. 110/1997 and Decree No. 157/2<strong>00</strong>3) require<br />
the guarantee of cultivar declaration for table potatoes<br />
in commercial relations. Supervisory authorities need<br />
a convenient tool the genotype identification and<br />
verification of cultivar declaration. In RICP tuber<br />
proteins (patatins), esterase and peroxidase isoenzymes<br />
were studied as potato genetic markers by using two<br />
different modifications of PAGE. The profiles of<br />
patatins and esterases of 35 and peroxidases of 88<br />
(out of 150 cultivars in total) registered cultivars were<br />
made up, the catalogue of the REM values and the<br />
matrix of identity indexes were compiled. Optimized<br />
methodology of PAGE for potato tuber esterases<br />
and peroxidases was worked out and published on the<br />
web. Peroxidase alleles were easily readable (genetic<br />
interpretation).All studied cultivars were different from<br />
each other. (In RICP S˘korová S., Matûjová E.)<br />
National reference laboratory of protein<br />
electrophoresis<br />
The laboratory carried out electrophoretic genetic<br />
analyses, control tests and complex studies of genotype<br />
composition of breeding materials, seed and commer-
25<br />
cial seed of wheat, barley and potatoes. In 2<strong>00</strong>6 a set of<br />
comparative electrophoretic analyses of potato tuber<br />
proteins was realized. The experiments were done in<br />
RICP and in Potato Research Institute in HavlíãkÛv<br />
Brod. Both laboratories achieved consistent results.<br />
Analyses of wheat and barley samples were done in<br />
2<strong>00</strong>6 in order to check the variety declaration using<br />
storage protein (gliadins and hordeins) electrophoresis.<br />
Several paid expertises were realized by request.<br />
(S˘korová S., Bradová J.)<br />
Department of Molecular Biology<br />
Study and utilisation of biodiversity, genetic<br />
mechanisms and new methods with the aim<br />
to improve the biological potential of cultivars<br />
and sustainable development of agriculture<br />
(MZe âR <strong>00</strong>027<strong>00</strong>602)<br />
Phase 3: Methods for improving the storability<br />
of seeds and plant parts of vegetatively<br />
propagated crops<br />
Development and utilisation of effective methods of<br />
preservation of plant germplasm resources – seed and<br />
explants.<br />
Eleven cultivars of Vitis sp. were introduced into<br />
conditions in vitro. Differential scanning calorimetric<br />
measurements of dormant grapevine shoots were<br />
carried out to determine the freezing of water in<br />
dormant buds. It was concluded that the freezing of<br />
buds consisted of three exothermic events although<br />
only one endotherm was found during heating. The<br />
obtained results were used to propose the optimal<br />
temperature limits for the first step of dormant bud<br />
cryopreservation by the slow cooling method. A new<br />
method for the regeneration of apple dormant buds by<br />
chip budding was evaluated. The influence of the size<br />
and desiccation p<strong>roce</strong>dure of shoot tips from in vitro<br />
potato cultures on water content and time necessary to<br />
achieve the optimal dehydration of shoot tips was<br />
studied. 42 Allium genotypes were introduced into conditions<br />
in vitro.The dependence of the dehydration level<br />
of Allium shoot tips on the glass transition was defined.<br />
Seeds of selected crop plants harvested in previous seasons<br />
were analysed. After the application of natural compounds<br />
the seeds were evaluated on the basis of germination<br />
and laboratory defined germination in order to<br />
quantify the influence of environment and treatment on<br />
their storability. Calorimetric determination of seed<br />
energy, chemical analysis, and measurement of the<br />
amount of phytohormones (auxins, cytokinins and<br />
abscissic acid) were performed. (Zámeãník J., Bilavãík<br />
A., Faltus M., Bláha L., Jandurová O.)<br />
Phase 4: Characterisation and development<br />
of new genotypes of cultivated species by<br />
molecular biology approaches<br />
The development, optimisation and validation of<br />
methods that are suitable for effective characterisation<br />
of the structure and function of plant genome are main<br />
goals of the project. New approaches may allow more<br />
effective characterisation of genotype and genetic<br />
resources. They can further be used for the improvement<br />
of cultivated species.<br />
In-house developed cDNA based DNA arrays were<br />
fully optimised in 2<strong>00</strong>6. In total 386 probes corresponding<br />
to the genes expressed after cold stress in barley<br />
plants cloned into the plasmids were amplified, purified<br />
and set up to appropriate concentrations. Probes were<br />
spotted on a glass support and hybridised with<br />
Cy3/Cy5 labelled RNA isolated from leaves and<br />
crowns of cold stressed barley cultivars. After washing,<br />
scanning, appropriate scaling and normalisation up and<br />
down regulated genes were identified. Differences<br />
between cultivars and tissues were identified.<br />
Wild Allium species were analysed by AFLP. MseI x<br />
EcoRI restriction enzymes were used prior to preselective<br />
and selective amplifications. In total 12 selective<br />
fluorescently labelled primer pairs were used to amplify<br />
236 polymorphic signals, i.e. 19 polymorphic signals per<br />
primer combination. Similarity matrices were calculated<br />
and data were p<strong>roce</strong>ssed in STATISTICA program to<br />
perform cluster analysis.The respective dendrogram was<br />
drawn. PCA and dendrogram divided the genotypes<br />
according to the species and place of origin.<br />
PC software that allows easy identification of<br />
reliable markers was developed, validated and the<br />
program is ready for users. (Ovesná J., Svejkovská B.,<br />
Mal˘ M., Lei‰ová L., Kuãera L., Stavûlíková H.,<br />
Udavská H., Pouchová V.)<br />
Example of cold stressed barley RNA analysis by in-house<br />
developed DNA array (a) raw scan of the array (b) data<br />
p<strong>roce</strong>ssing resulting in cold regulated genes identification<br />
(author M. Malý)
26<br />
Development and validation of a method<br />
for food quality analysis (MZe âR 1B44<strong>06</strong>8)<br />
The project aims to develop an effective tool for highthroughput<br />
genotyping and identification of plant<br />
material.An approach based on DNA arrays technologies<br />
may allow the identification of numerous genes<br />
of plant species (preferentially on the basis of allelic<br />
discrimination) or detection of several alleles in<br />
thousands of samples. In 2<strong>00</strong>6 we aimed to provide<br />
more information on the variability of GBSSI (granule<br />
bound starch synthase) underlying gene that drives the<br />
type of starch grains in wheat and related species.After<br />
the amplification of GBSSI fragments from different<br />
Triticeae species the respective products were cloned.<br />
In total 120 clones were sequenced and compared.<br />
We detected a new polymorphism in the old wheat<br />
cultivar Stepowa. DNA sequence in the modern<br />
cultivar Nelly was identical to that published for<br />
cv. Chinese Spring. DNA sequences detected in wild<br />
related species were found to be polymorphic. Lr genes<br />
were amplified and prepared as probes for DNA arrays.<br />
Besides, the optimisation of individual steps for the use<br />
of DNA arrays continued. (Ovesná J., Nguyen M.,<br />
Kuãera L., Tomková L., Svejkovská B.)<br />
Development and application of DNA<br />
microarray technology for a large-scale system<br />
of gene and genotype identification<br />
(MZe âR 1G46<strong>06</strong>8)<br />
Within the project we optimise individual steps<br />
necessary in a high-throughput gene detection system.<br />
The optimised p<strong>roce</strong>dure should be used to detect<br />
food contaminants effectively. We use DNA arrays<br />
technologies for the detection of specific alleles.<br />
In 2<strong>00</strong>6 we amplified and cloned DNA probes<br />
corresponding to specific transgenes in GMOs<br />
approved in the EU. Subsequently, recombinant<br />
plasmids were transformed into E. coli and preserved<br />
for subsequent use in a deep freezer. They are used as<br />
a source of plasmids and template for amplicon multiplication<br />
by PCR. Several approaches were tested for<br />
the preparation of probes that are spotted on the glass.<br />
Glasses with arrayed probes were hybridised with<br />
assayed DNA. Plasmids, specific PCR products were<br />
labelled with Cy3 and Cy5 fluorescent dye and used<br />
for hybridisation. Different hybridisation conditions<br />
were tested along with the probe type. Sensitivity of<br />
the assay was increased.The project will continue using<br />
another approach to label the analyte. (Ovesná J.,<br />
Hodek J., Kuãera L., Vi‰tejnová L., Pouchová V.,<br />
Demnerová K.)<br />
Selection of garlic clones comprising a high<br />
level of biologically active compound<br />
precursors (MZe âR 1G58084)<br />
Garlic belongs to one of the oldest cultivated plant<br />
species. In the long history of mankind garlic has been<br />
used as a culinary and medicinal species. Garlic (Allium<br />
sativum L.) is a vegetatively propagated species and the<br />
progeny resulting from intended crossing can be<br />
obtained with obstacles. Therefore genetic resources<br />
(GR) are a valuable wealth representing available<br />
biodiversity, i.e. genes/alleles for future breeding programmes.The<br />
gene bank of RICP in Prague maintains<br />
one of the largest collections of short-day garlic. The<br />
main aim of the project is to develop tools for highthroughput<br />
characterisation of garlic (A. sativum)<br />
genetic resources by sequencing and RNA profiling.<br />
In the first year the overall variability of the<br />
collection was analysed and available information on<br />
O-acetylserine(thiol)-lyase EC 2.5.1.47 coding<br />
sequence was gathered. Primers were designed and the<br />
reaction was optimised to amplify sequences from<br />
different sources. (Ovesná J., Mitrová K., Kuãera L.,<br />
Velí‰ek J., Králová J.)<br />
Study of selected factors influencing<br />
the adventitious presence of unwanted GMO<br />
and biodiversity in the context of the<br />
coexistence of genetically modified, conventional<br />
and ecological crops (MZe âR 1B53047)<br />
In 2<strong>00</strong>6 different DNA based marker systems were<br />
investigated for haplotyping of E. repens and E. intermedium.<br />
In total 46 accessions from Moravian and<br />
Bohemian regions were characterised. Acquired input<br />
information on couch-grass biodiversity in monitored<br />
areas will contribute to the optimisation of agricultural<br />
systems.The project is also focused on the monitoring<br />
of changes in farming practices on a set of farms<br />
once GM crops are commercialised. The aim of the<br />
project is to look into technical possibilities of spatial<br />
isolation of genetically modified crops in selected areas<br />
of the Czech Republic. Acquired data can be used<br />
when the Good Agricultural Practice dealing with the<br />
release and monitoring of genetically modified crops is<br />
being put in practice. Outputs of the project will help<br />
to observe the legislative precautions and recommendations.<br />
(Kuãera L., Kuãerová D., Ovesná J.,<br />
Hanu‰ová M., Hodek J.)<br />
The use of polymorphism of cereal genome<br />
repetitive regions for characterisation of gene<br />
resources and breeding materials (MZe âR<br />
1G57<strong>06</strong>4)<br />
The project is focused on the investigation and<br />
application of a new generation of molecular markers<br />
for the characterisation of genetic resources and breeding<br />
materials of wheat and barley.The markers use the<br />
polymorphic potential of transposable element<br />
sequences and they are developed for the scanning of<br />
genome regions abundant in genes, mainly the regions<br />
with R-genes and with genes influencing product<br />
quality.The new sets of primers for haplotyping of the<br />
barley Rht7 locus and primers for the detection of<br />
inter-MITE polymorphism and inverted repeats of DNA<br />
sequences were tested on 101 different genotypes of<br />
H. vulgare. (Kuãera L., Lei‰ová L., Tomková H.<br />
Hanu‰ová M., Ovesná J.)<br />
Establishment of a cryobank for the<br />
conservation of potato and hop apices<br />
(MZe âR QF 3039)<br />
The goal of this project is to store selected potato<br />
cultivars of Czech origin and important hop genotypes<br />
in liquid nitrogen.The keepers of the crop germplasms<br />
– Potato Research Institute in HavlíãkÛv Brod<br />
and Hop Research Institute in Îatec provide the<br />
multiplication of in vitro plants and evaluation of<br />
selected genotypes. The cryopreservation methods<br />
and cryostorage of plant material are performed in<br />
RICP in Prague. In 2<strong>00</strong>6, fifteen potato cultivars<br />
and fifteen hop genotypes were cryopreseved by
27<br />
a preculture-desiccation method and deposited in the<br />
cryobank. Average plant survival in the tested potato<br />
cultivars after cryopreservation was 65% and average<br />
plant regeneration was 23%. The highest plant regeneration<br />
was 40% in cultivar ‘Oslava’ and the lowest<br />
10% in cultivars ‘Jara’ and ‘Rita’. On average, hop<br />
shoot tip survival was 70% and hop plant regeneration<br />
was 36%. The highest plant regeneration after<br />
cryopreservation was 60% in clone no. 71<strong>00</strong> and the<br />
lowest was 25% in clones no. 11772, 12847 and<br />
12859. The information about cryopreservation of<br />
individual genotypes was recorded into the Plant<br />
Genetic Resources Documentation Database. (Faltus<br />
M., Bilavãík A., Zámeãník J., Domkáfiová J.,<br />
Horáãková V., Ptáãek J., Svoboda P., Patzak J.,<br />
Nesvatba V.)<br />
Influence of abiotic stresses on the physiology<br />
of winter wheat sprouting plants<br />
(MZe âR QF 3056)<br />
The application of 24-epibrassinolide has a positive<br />
effect on the germination percentage in standard and<br />
also in stressed environment for sprouting plants – i.e.<br />
in the simulation of soil conditions with serial dehydration<br />
The application of 24-epibrassinolide has a substantial<br />
effect on the contamination of seeds by spores of<br />
fungi. The application of 24-epibrassinolide decreases<br />
the contamination by fungi in EBI and Estica while<br />
hardly any effect was found in Samanta. (Bláha L.,<br />
Hniliãka F., Kadlec P., Smrãková-Jankovská P.,<br />
Macháãková I., Sychrová E., Kohout L.)<br />
Dehydration and glassy state formation<br />
in biological objects (GA âR 522/04/0384)<br />
Theoretic and thermodynamic rules of glass formation<br />
in general as well as in biological systems were studied.<br />
Model state diagrams were drawn up for sucrose as the<br />
most widespread natural cryoprotective compound in<br />
biological samples and in cryoprotective mixtures. It<br />
was proved that the sucrose/water system freezes even<br />
during slow cooling to disequilibrium and during the<br />
heating of this system glass transitions, ice thawing and<br />
sucrose thawing appear. In the studied protein solution,<br />
water crystallization that probably relates to the<br />
antifreeze activity of protein was inhibited. Glass transitions<br />
and endothermic changes in biological samples<br />
could be separated by the combination of modulated<br />
differential scanning calorimetry, quasi-isothermal<br />
modulated differential scanning calorimetry, and<br />
differential scanning calorimetry with different heating<br />
rates, thermogravimetry and dilatometry. Based on the<br />
state diagrams, phase transitions were predicted and<br />
compared with the values measured in the range from<br />
–90° to -10° C in multicomponent plant systems<br />
(shoot tips of potato, hop, grapevine, garlic, and seeds of<br />
vegetables). Changes taking place in seeds during their<br />
storage at low temperatures were elucidated by the<br />
used thermal techniques. Different activation energies<br />
during the dehydration of vegetable seeds with<br />
different germination were found. Calorimetric<br />
measurements of apple buds help to define the formed<br />
biological glass and its stability during cryopreservation.The<br />
critical water content of dormant apple buds<br />
necessary for glass formation was 0.2 g H2O/g dry<br />
matter. At this dehydration level ice crystallization is<br />
prevented. (Zámeãník J., Bilavãík A., Faltus M.,<br />
Faberová I., Skládal V., ·esták J., Sikora A.,<br />
âerno‰ková E.)<br />
Study of the variability of Pyrenophora fungi<br />
in the Czech Republic (GA âR 521/<strong>06</strong>/1544)<br />
Every year leaf blotches on cereals cause considerable<br />
economic losses.The fungi of the genus Pyrenophora are<br />
among the causal agents. The aim of the project is to<br />
study the genetic variability of Pyrenophora teres and<br />
Pyrenophora tritici-repentis isolates obtained from different<br />
locations of the Czech Republic regarding their<br />
morphological and physiological characters. In 2<strong>00</strong>6,<br />
attention was paid to the ranking of isolates into races<br />
based on the presence of their so called toxin genes.<br />
The results showed that race 1 is dominant in the<br />
Czech Republic. The resistance of winter wheat<br />
and barley cultivars grown in the Czech Republic to<br />
P. tritici-repentis and P. teres was tested in greenhouse<br />
conditions. The variability of P. tritici-repentis isolates<br />
was studied on the DNA level using AFLP methodology.<br />
A low level of genetic diversity was found<br />
regardless of the race spectrum, considerable geographic<br />
distance (âR, SR, USA, Russia, Canada and<br />
Argentina) or year of collection.The results have been<br />
p<strong>roce</strong>ssed for publication. (Lei‰ová L., Udavská H.,<br />
Minafiíková V.)<br />
Exploitation of DNA arrays and bioinformatics<br />
in food safety studies (M·MT âR COST926<br />
1P05O54)<br />
Exploitation of high-throughput technologies for food<br />
safety and evaluation of the impact of health promoting<br />
compounds on human health. In the first year<br />
of the project in silico evaluation of the importance of<br />
health promoting compounds from Brassica species was<br />
done. Brassicaceae are valuable sources of health promoting<br />
compounds and may have remarkable impacts<br />
on public health. Parallelly a model experiment was<br />
conducted focused on the availability of model tissues<br />
or cells and modern technologies such as DNA arrays.<br />
We optimised RNA extraction and isolation from cell<br />
suspensions and their evaluation was done using DNA<br />
chips. The experiments will continue in 2<strong>00</strong>7.<br />
(Ovesná J., Mal˘ M., Svejkovská B.)<br />
Characterisation of genes encoding for<br />
enzymes participating in the biosynthesis<br />
of biologically active compounds<br />
(M·MT âR, 1P05O55 COST924)<br />
Bioavailability of health promoting compounds in<br />
plants (mainly in vegetables and fruits) is the main goal<br />
of Action COST 924.<br />
Within the project we studied the variability of the<br />
genes coding for enzymes involved in the biosynthetic<br />
pathway of ASCO (sulphur-containing amino acids).<br />
Sequences of aliinase, the key enzyme converting<br />
ASCO into biologically active compounds, were<br />
amplified, cloned and sequenced. Amplification products<br />
specific to four garlic genotypes were selected<br />
representing the basic types of garlic A. sativum var.<br />
sativum, A. sativum var. longiscupis and A. sativum var.<br />
ophioscordon, from different regions (Czech Republic,<br />
Austria and former Soviet Union) and periods of<br />
registration (old landrace, new cultivars). Sequencing<br />
revealed intron/exon variability. SNPs were identified
28<br />
and a high-throughput method based on capillary electrophoresis<br />
exploiting fluorescent dideoxyNTP final<br />
extension was optimised. (Ovesná J., Mitrová K.,<br />
Kuãera L.)<br />
The use of Genomics and Genetic Engineering<br />
for Identification and Development of Plant<br />
Genotypes Suitable for Environment<br />
Bioremediation (M·MT âR, National<br />
Programme of Research II, 2B<strong>06</strong>187)<br />
A number of plant species is able to withstand soil<br />
contaminations. The plants are able to accumulate or<br />
degrade soil pollutants. It is possible to utilise these<br />
properties to clean contaminated soils. Better understanding<br />
of plant metabolism and its effective use for<br />
phytoremediation are the main aims of the project<br />
carried out in five collaborating institutions.<br />
The RICP team studies S. officinalis and A. thaliana<br />
responses to environmental stresses. The nitrate<br />
reductase gene structure in a tolerant variety of<br />
S. officinalis is studied. A. thaliana response is evaluated<br />
on the transcriptome level. (Ovesná J.,Tom‰íková I.,<br />
·tastná K., Kuãera L.)<br />
Reference Laboratory for GMO Detection<br />
and DNA Fingerprinting (MZe âR)<br />
“Reference Laboratory for GMO Detection and DNA<br />
Fingerprinting” operates in accordance with EU<br />
Regulations No. 882/2<strong>00</strong>4 and No. 1829/2<strong>00</strong>3. The<br />
Laboratory was re-accredited according to ISO CSN<br />
EN IEC 17025:2<strong>00</strong>5 in 2<strong>00</strong>6.The Laboratory fulfilled<br />
the tasks of the Ministry of Agriculture – GMO<br />
monitoring, method development, gathering<br />
corresponding information from the EU.The Laboratory<br />
assists the Community Reference Laboratory<br />
(participation in EU validation studies) and collaborates<br />
with the European network of GMO laboratories.The<br />
national net was established and information exchange<br />
began. Reference material was collected and put into<br />
a deep freezer for long-term preservation. For the<br />
Ministry of Environment plasmid standards provided<br />
by ENGL were evaluated for their possible use. Also,<br />
plant material was analysed for control purposes for the<br />
Czech Inspectorate of Environment. The Laboratory<br />
participates in working groups of ENGL (thresholds,<br />
plasmid standards, uncertainty estimates). The Laboratory<br />
participated in the EU tender and based on it the<br />
Laboratory was selected as one of the partner laboratories<br />
of EU JRC IRMM Geel, Belgium, to carry out<br />
GMO validation studies. (Ovesná J., Kuãera L.,<br />
Hodek J., Pouchová V., Pavlátová L.)<br />
Department of Applied Genetics<br />
Study and utilisation of biodiversity, genetic<br />
mechanisms and new methods with the aim<br />
to improve the biological potential of cultivars<br />
and sustainable development of agriculture<br />
(MZe âR <strong>00</strong>027<strong>00</strong>602)<br />
Phase 6: Study of the effect of genes controlling<br />
important agronomic traits and development<br />
of genetically defined materials for improvement<br />
of the biological potential of selected crops<br />
Study of genetic systems of autosterility, disease resistance<br />
and quality in Brassica crops Further potential<br />
donors of disease resistance, self-sterility and specific<br />
seed quality traits in winter rapeseed and Brassica<br />
vegetables were selected. Doubled haploids (DH) from<br />
four F 1 rapeseed hybrids of self-incompatibility (SI)<br />
and <strong>00</strong> quality donors were evaluated by seed-set test<br />
and molecular analysis of SLG gene for SI degree.The<br />
progenies of nine SI plants were grown for subsequent<br />
testing of SI stability and seed quality. DH regenerants<br />
were derived from BC 6 generation of hybrids of fertility<br />
restorers (Rf) for CMS Shaan 2A and quality<br />
donors to stabilize Rf reliability and <strong>00</strong> character.<br />
Microspore regenerants from seven F1 hybrids of<br />
selected cultivars of head cabbage with cv. Tolero as<br />
a donor of resistance against Plasmodiophora brassicae<br />
were derived for development of DH lines. The seed<br />
generation of microspore regenerants originating from<br />
kohlrabi cv. Moravia, Luna and Strinke was evaluated.<br />
Protoplasts from B. oleracea var. botrytis cv. Siria and B.<br />
napus DH line were cultivated on a modified medium<br />
with 2% glucose, 0.25 mg/l 2,4-D, 1 mg/l BAP and<br />
1 mg/l NAA.The frequency of dividing cells was 80%<br />
in B. oleracea and 50% in B. napus. Organogenesis was<br />
achieved on the medium (1 mg/l NAA, 0.02 mg/l<br />
GA 3 and 1 mg/l 2iP) with 2% sucrose and 0.8% agar.<br />
Regeneration frequency of calli in B. oleracea was<br />
69-75% and in B. napus 2-3%. More than 1<strong>00</strong><br />
B. oleracea regenerants produced normal curds and set<br />
seeds. In vitro clones of B. carinata cv. Dodolla and BC<br />
6 line were tested for protoplast viability and division<br />
frequency. In all genotypes, the cell divisions and<br />
microcallus development were observed. (Kuãera V.,<br />
Vyvadilová M., Klíma M.)<br />
Research and utilization of genetic systems controlling<br />
resistance to important diseases of cereals<br />
In the cultivars registered in 2<strong>00</strong>6 specific leaf rust<br />
resistance was found in cvs. Etela, Florett and Sakura. In<br />
the prospective cultivars specific leaf rust resistance was<br />
determined in cvs. Anduril, Barryton and Mulan. In<br />
field trials the ranking of cultivars starting from the<br />
most resistant was as follows: Florett, Anduril, Simila,<br />
Mulan, Dromos, Eurofit, Bohemia, Buteo, Sakura,<br />
Etela, Raduza, Barryton. Specific stem rust resistance<br />
was observed in cvs. Etela, Eurofit and Mulan. Field<br />
resistance to yellow rust was observed in all tested<br />
cultivars.<br />
The highest powdery mildew severity was observed<br />
in cv. Kanzler. In the group of resistant cultivars cv.<br />
Ramiro displayed a higher disease level than Rexia and<br />
Mikon. The disease increase in the susceptible cv.<br />
Kanzler continued till the last evaluation whereas after<br />
the second evaluation the increase was low or did not<br />
continue at all in partially resistant cultivars Ramiro<br />
and Mikon. In cv.Vlasta the disease increase was very<br />
slow; it was the most resistant cultivar. (Hanzalová A.,<br />
Barto‰ P., Dumalasová V.,Vûchet L.)<br />
Study of important genes and creation of wheat lines<br />
with defined genes for their utilization in genetic<br />
improvement of wheat<br />
Further crosses were carried out to obtain more<br />
advanced generations of wheat substitution and recombinant<br />
lines with genes controlling growth habit and<br />
earliness (vrn, ppd, eps, Q). They were followed by
29<br />
cytological checks of the aneuploid constitution of<br />
monosomic materials, another glasshouse generation of<br />
self-pollination and molecular checks of chromosome<br />
substitutions using SSR markers of DNA were done.<br />
The presence of chromosome substitutions was<br />
confirmed in the substitution lines Mironovskaya 808<br />
(Bezostaya 1 5A), Bezostaya 1 (Mironovskaya 808 5A),<br />
Mironovskaya 808 (Bezostaya 1 5B) and Bezostaya 1<br />
(Mironovskaya 808 5B). These lines were used in the<br />
study of the relationship between vernalization<br />
response under the presence of recessive genes vrn-1<br />
and frost resistance. (Pánková K., Milec Z.)<br />
Phase 7: Study of wheat rust populations,<br />
powdery mildew and common bunt<br />
During the 2<strong>00</strong>6 vegetation period 72 isolates of leaf<br />
rust from 23 localities were obtained and tested on<br />
NILs with Lr genes (Lr1, Lr2a, Lr2b, Lr2c, Lr3, Lr9,<br />
Lr11, Lr15, Lr17, Lr19, Lr21, Lr24, Lr26, Lr28, Lr37).<br />
No virulence was found on NILs possessing Lr9 and<br />
Lr19 and Lr24.<br />
Gene for % virulent Gene for % virulent<br />
resistance isolates resistance isolates<br />
Lr 1 12 Lr 15 70<br />
Lr 2a 15 Lr 17 66<br />
Lr 2b 25 Lr 19 0<br />
Lr 2c 70 Lr 21 91<br />
Lr 3 94 Lr 23 86<br />
Lr 9 0 Lr 24 0<br />
Lr 10 95 Lr 26 72<br />
Lr 11 92 Lr 28 12<br />
In a field test with an inoculated spreader the resistance<br />
of newly registered cultivars and advanced lines to<br />
stem rust, yellow rust and leaf rust was tested.The results<br />
were compared with greenhouse tests. Main attention<br />
was paid to leaf rust. Most accessions possessing genes for<br />
specific leaf rust resistance were susceptible in field tests.<br />
The cultivar Batis was susceptible to all tested leaf rust<br />
isolates in the greenhouse but resistant in the field.<br />
In the field trials reactions of 30 cultivars and advanced<br />
lines of winter wheat, 12 cultivars of winter triticale<br />
and 3 cultivars of winter barley were tested for resistance<br />
to common bunt. Seed was inoculated with<br />
a mixture of Tilletia tritici and T. laevis. A low disease<br />
level was observed in 11 winter wheat cultivars and<br />
lines. No bunt occurred on cvs. Magnifik, Tommi,<br />
Trintella and line SW 51136. Average bunt incidence<br />
below 5% was determined in cvs. Globus, Mikon and<br />
Stava. In cultivars Bill, Lars and Tarso average bunt in<br />
cidence did not exceed 10%. Of the tested triticale cv.<br />
Ticimo had 0.4% bunted ears, cv. Triamant 2%, other<br />
10 triticale cultivars had no bunt infection. On winter<br />
barley after inoculation common bunt was not<br />
observed.<br />
In the field experiments the resistance of newly<br />
registered cultivars and advanced lines to powdery<br />
mildew was tested but the occurrence of powdery<br />
mildew was very low in consequence of high temperatures<br />
in that year (2<strong>00</strong>3, mainly in June). During the<br />
vegetation period 20 isolates of powdery mildew were<br />
obtained and tested on differential varieties with different<br />
Pm genes (Pm1; Pm2; Pm3a; Pm3b; Pm3c; Pm4a;<br />
Pm4b; Pm5; Pm6; Pm8; Pm17; Pm2, 6; Pm2, 4b, 8;<br />
Pm3d; Pm7; Pm1, 2, 9).Tests of the resistance of wheat<br />
cultivars to Septoria tritici blotch on leaf segments were<br />
started. Resistance of the tested cultivars fluctuated<br />
with used isolates of the pathogen.The effectiveness of<br />
inductors of systemic acquired resistance to powdery<br />
mildew in wheat was examined. All used inductors<br />
except salicylic acid induced resistance to powdery<br />
mildew. (Hanzalová A., Barto‰ P., Dumalasová V.,<br />
Vûchet L.)<br />
Utilization of innovated methods and specific<br />
breeding materials to increase the effectiveness<br />
of production of new winter rapeseed cultivars<br />
(Project MZe âR 1G46<strong>06</strong>1)<br />
About 1 6<strong>00</strong> new doubled haploid (DH) regenerants<br />
from F1 initial materials for the breeding of line and<br />
hybrid cultivars were developed. Advanced DH lines<br />
were evaluated in location trials and they yielded 90.46<br />
–1<strong>00</strong>.09% in comparison with standard cultivars.<br />
Eleven reliable restorers of fertility (Rf) for CMS<br />
Ogu-INRA with improved <strong>00</strong> quality were selected.<br />
The method of DNA markers for fatty acid assessment<br />
showed a high correlation coefficient for linolic acid<br />
with the standard method of gas chromatography.<br />
DNA analysis of self-incompatible (SI) plants based on<br />
PCR RFLP was found to be reliable for the detection<br />
of SI genotypes. Three F1 hybrids of CMS Shaan 2A<br />
lines with cv. Californium were obtained by means of<br />
honeybees as pollinators in isolation cages.<br />
Calibration equations for a laboratory instrument<br />
Foss-NIRSystem 65<strong>00</strong> were developed for the assessment<br />
of oleic, linolic and linolenic acid content.<br />
Molecular SCAR marker for the detection of fertility<br />
restorers (Rf) for Ogu-INRA has been successfully<br />
verified.<br />
Based on field and laboratory testing several sets of<br />
breeding materials with different susceptibility to<br />
important pathogens were created and included in field<br />
trials.Ten advanced DH lines were included in location<br />
performance trials. (Kuãera V., Vyvadilová M.,<br />
Klíma M.)<br />
Utilization of a protoplast fusion technique<br />
in the breeding of important cultivated crops<br />
of the genera Brassica, Cucumis and Solanum<br />
(MZe âR QF4108)<br />
Haploid (H) and doubled haploid (DH) regenerants<br />
derived from 3 cultivars of B. juncea (Domo, Opaleska,<br />
RLM 619) and B. carinata genotype BC11 are cultured<br />
in vitro as a source of protoplasts. Interspecific chemical<br />
fusions were carried out between DH B. carinata x DH<br />
OP-1 B. napus and H B. carinata x H B. juncea cv.<br />
Domo. Division of protoplasts and shoot regeneration<br />
were achieved in all fusion combinations. Regenerants<br />
from fusions between mesophyll protoplasts of DH B.<br />
carinata and hypocotyl protoplasts of DH OP-1 B. napus<br />
are prepared for laboratory and greenhouse evaluation.<br />
Whole plants were also developed after the protoplast
30<br />
fusion of Brassica carinata BC1 x Brassica rapa subsp.<br />
oleifera f. praecox 31/96. Preliminary flow cytometry<br />
analyses showed a high rate of somatic hybrids (85%).<br />
Further morphological and cytological analyses will be<br />
performed after the subcultivation of regenerants to<br />
greenhouse conditions. (Vyvadilová M., Klíma M.)<br />
Sources of resistance and innovation<br />
of selection methods for breeding for multiplex<br />
resistance to the main wheat and oat leaf<br />
diseases (MZe âR 1G58083)<br />
The topic was investigated in cooperation with the<br />
research centre SELTON. Resistance of wheat to the<br />
following pathogens: Puccinia triticina, P. striiformis, P.<br />
graminis, Blumeria graminis, Pyrenophora tritici-repentis,<br />
Mycosphaerella graminicola and resistance of oats to<br />
Puccinia coronata f.sp. avenae were studied. Ring tests<br />
with single pathogens were carried out at several<br />
locations. These tests enabled to determine multiplex<br />
resistance. Resistance was also studied in greenhouse<br />
tests on seedlings and on detached leaves. In these<br />
tests resistance to rusts, Pyrenophora tritici-repentis and<br />
Mycosphaerella graminicola was studied.<br />
Pathotypes of wheat leaf rust and oat crown rust, as<br />
well as of Mycosphaerella graminicola were studied and<br />
total virulence of powdery mildew was determined on<br />
a set of differentials.<br />
The comparison of the greenhouse and field tests<br />
enabled to distinguish resistance effective during the<br />
whole ontogenesis from the adult plant resistance.<br />
According to reactions of cultivars to a set of selected<br />
pathotypes the translocation 1BL.1RS possessing<br />
resistance genes Lr26, Sr31,Yr9 and Pm8 as well as the<br />
translocation from Aegilops ventricosa carrying resistance<br />
genes Lr 37, Sr38, Yr17 were postulated in several<br />
registered winter wheat cultivars. (Hanzalová A.,<br />
Barto‰ P., Dumalasová V.,Vûchet L., Klenová H.)<br />
Genetic, physiologic and molecular analysis<br />
of a novel flowering time gene in wheat<br />
(GA âR 521/05/0257)<br />
The development of plants of spring cultivar Zlatka<br />
and of its substitution line Zlatka (âP3B) grown in the<br />
short day (10 hours photoperiod, RICP shaded field<br />
plots) was checked repeatedly to complete information<br />
on the earliest stages where different dynamics of main<br />
spike differentiation due to the chromosome 3B substitution<br />
had been observed.<br />
SSR molecular fingerprinting of the Zlatka (Zlatka<br />
3B/ CP 3B) single chromosome recombinant F3 lines<br />
was carried out to develop a further comprehensive<br />
map of the chromosome 3B. The acquired data were<br />
p<strong>roce</strong>ssed using computer software available at JIC to<br />
develop a new genetic map of chromosome 3B and to<br />
compare it with the previous map developed using the<br />
Sandra (Sandra 3B/CP 3B) single chromosome recombinant<br />
population map, and other 3B maps available at<br />
the JIC based on the recombinant doubled haploid<br />
populations of UK winter wheats Spark x Rialto and<br />
Charger x Badger.The genetic maps were all co-linear<br />
and indicated that the genetic maps available of the CP<br />
3B chromosomes should provide sufficient coverage to<br />
map the genes for flowering time and other traits.Two<br />
markers were common between the Zlatka /CP 3B<br />
and Sandra /CP 3B, which should also enable the<br />
aligning of QTL data – see Figure. (Pánková K.,<br />
Prá‰il I., DoleÏel J., Snape J. W.)<br />
Advanced techniques in obtaining and<br />
p<strong>roce</strong>ssing crops research results (Leonardo,<br />
the project of mobility, CZ/<strong>06</strong>/A/PL/134148)<br />
The substitution and recombinant substitution lines<br />
which were the focus of the genetical analysis experiments<br />
carried out by the trainee were derived from<br />
a range of chromosome substitution lines developed in<br />
RICP, Ruzynû, Prague. The first task was to monitor<br />
the validity of historic collections maintained in RICP<br />
through the use of molecular markers.The second task<br />
was to carry out a large experiment to study variation<br />
in the flowering time of F3 recombinant lines derived<br />
from Sandra (CP 3B).An experiment under controlled<br />
conditions was established in a controlled environment<br />
room, and phenotypic analysis of flowering time and<br />
other characters was carried out. Additionally, samples<br />
were collected which were used for DNA extraction to<br />
develop and check the genetic map of the 3B chromosome.<br />
The genetic map and phenotypic data were<br />
combined to carry out QTL analysis to locate quantitative<br />
trait loci for flowering time and other traits.<br />
(Pánková K., Milec Z., Snape J. W.)<br />
Comparative<br />
maps of wheat<br />
chromosome 3B
31<br />
STAFF OF THE DIVISION<br />
Ing. Ladislav Dotlaãil, CSc. (Head of the Division)<br />
Jitka Hourová (Personal Secretary)<br />
DEPARTMENT OF GENE BANK<br />
Ing. Zdenûk Stehno, CSc. (Head of the Dept.)<br />
Milena Aulická<br />
Ing. Jan Bém<br />
Jaroslava Dotlaãilová<br />
Ing.Václav Dvofiáãek, Ph.D.<br />
Mgr. Iva Faberová<br />
Ing. Jifií Hermuth<br />
Ing.Vojtûch Holubec, CSc.<br />
Ing. Dagmar Janovská<br />
Milan Ko‰afi<br />
Michaela Martínková<br />
Marie Marxová<br />
Jarmila Pa‰ková<br />
Ing. Eva Pelichová<br />
Alena Po‰tová, Bc.<br />
Martin Procházka<br />
Jana Ráli‰ová<br />
Petra Zábranská<br />
Emanuela Zabuìková<br />
Workplace Olomouc<br />
Ing. K. Du‰ek, CSc. (Head of the workplace)<br />
Anna Calábková<br />
Ing. Elena Du‰ková<br />
Libu‰e Golová<br />
Ing.Vûra Chytilová<br />
Ing. Katefiina Karlová, Ph.D.<br />
Drahomíra Kocmánková<br />
Vlasta Koãí<br />
Ing. J. Losík<br />
Jan Militk˘<br />
Vlasta Schubertová<br />
Vûra Sklenáfiová<br />
Ing. Helena Stavûlíková, Ph.D.<br />
Jarmila Vyhnánková<br />
DEPARTMENT OF PLANT BREEDING<br />
METHODS<br />
Ing.Václav ·íp, CSc. (Head of the Dept.)<br />
·árka Bártová<br />
Marie Berová<br />
Ing. Ladislav Bláha, CSc.<br />
Ing. Jana Bradová<br />
Mgr. Lucie Davidová<br />
J. Dvofiák<br />
Ing. Jana Chrpová, CSc.<br />
RNDr. Eva Matûjová<br />
Jan Matou‰ek<br />
Ing. Ludmila Papou‰ková<br />
RNDr. Ilja Prá‰il, CSc.<br />
Ing. Pavla Prá‰ilová<br />
Mgr.TaÈána Sumíková<br />
Mgr. Svûtlana S˘korová, CSc.<br />
Mgr. Pavel Vítámvás<br />
Marie Vlãková<br />
DEPARTMENT OF MOLECULAR BIOLOGY<br />
RNDr. Jaroslava Ovesná,CSc.<br />
RNDr. Alois Bilavãík, Ph.D.<br />
Ing. Milo‰ Faltus, Ph.D.<br />
Markéta Hanu‰ová<br />
Mgr. Jan Hodek<br />
Mgr. David Cháb<br />
Bc. Petra Koucká<br />
Ing. L. Kuãera, CSc.<br />
Ing. Dagmar Kuãerová<br />
Mgr. Leona Lei‰ová<br />
Bc. Michal Mal˘<br />
Mgr. Lucie Pavlátová<br />
Katefiina Pe‰ková<br />
Ing.Vladimíra Pouchová<br />
Mgr. Jana Rulcová<br />
Ing. Blanka Svejkovská<br />
Ing. Kamila ·tastná<br />
Ing. Lenka Tomková<br />
Mgr. Iva Tom‰íková<br />
Hana Udavská<br />
Mgr. Petra Wildová<br />
Ing. Jifií Zámeãník, CSc.<br />
(Head of the Dept.)<br />
DEPARTMENT OF APPLIED GENETICS<br />
Ing.Vratislav Kuãera, CSc. (Head of the Dept.)<br />
Ing. Pavel Barto‰, DrSc.<br />
Bc. Petra Barto‰ová<br />
RNDr.Veronika Dumalasová, Ph.D.<br />
Martina Fajferová<br />
SoÀa Fajmanová<br />
Mgr. Alena Hanzalová<br />
Ing. Miroslav Klíma<br />
Jitka Hanzlíková<br />
Ing. Zdenûk Milec<br />
Radoslava Ondra‰íková<br />
Mgr. Katefiina Pánková<br />
Jaroslav ·rámek<br />
Václava Stfiesková<br />
Ing. Lubomír Vûchet, CSc.<br />
Ing. Miroslava Vyvadilová, CSc.