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2012 - Europe Direct Iasi

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EUROINVENT <strong>2012</strong><br />

3.8.<br />

Bacterial strain Pseudomonas aureofaciens for the increase<br />

Title EN<br />

of soybean productivity at soil drought conditions.<br />

Emnova Ecaterina, Toma Simion, Gojineţchi Ortanţa,<br />

Authors<br />

Daraban Oxana, Caunova Nina<br />

Institution Institute of Genetics and Plant Physiology of ASM<br />

Patent no. MD 3220; 2007<br />

The invention refers to biotechnology and may be used for<br />

mitigation of water stress in agricultural soil and increase of<br />

soybean productivity and crop quality.<br />

The strain of Pseudomonas aureofaciens bacteria was<br />

isolated from Moldovan soil (calcareous chernozem). It is<br />

stored in the National Collection of Nonpathogenic<br />

Microorganisms of the Institute of Microbiology of the<br />

Description<br />

Academy of Sciences of the Republic of Moldova under the<br />

number CNMN PsB-03. Bacterial strain is offered for seed<br />

inoculation before planting to increase the soybean<br />

productivity at soil drought owing to high capability of<br />

water-retaining exopolysaccharides (EPSs) synthesis, and<br />

contribution to the rhizosphere soil aggregation, and to water<br />

and nutrient regime improvement.<br />

3.9.<br />

Title EN<br />

Inducing cold resistance in chickpea by applying silver<br />

nanoparticle treatment<br />

Authors<br />

SEYEDEH SANAM KAZEMI, SHAHAN DASHTI, REZA<br />

MAALI AMIRI, MORTEZA HANIFEH<br />

Institution Iran<br />

Patent no. Pending<br />

Applying silver nanoparticle treatment induced resistance to<br />

cold stress without any genetic modifications so that the<br />

productivity rate of the plant was increased under low<br />

Description temperature conditions. this way is cheap and<br />

environmentally friendly because of the applied dosage of<br />

silver nanoparticles which is less than the current agricultural<br />

applications.<br />

Class 3<br />

63

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