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ASSESSMENT OF GENETIC DIVERSITY IN Capsicum spp. Fig 1. Dendrogram of diversity of nineteen chilli genotypes revealed by SSR loci Fig 2. SSR gel profile of chilli genotypes with the primer EPMS-683 primer ladder used was 100 bp Lanes 1 to 19 indicate amplification of DNA of individual genotypes (order as given in Table 1) ACKNOWLEDGMENT We are grateful to the Department of Biotechnology (DBT-New Delhi) for providing the fellowship to the first author and special thanks to the Head of the Department of Biotechnology, UAS-GKVK, Bangalore, for providing the greenhouse main field and all other infrastructure facilities to carry out the research. 29
JOSHI et al Table 2. Sequence of twenty-five SSR primer used for molecular characterization Name Forward primer Reverse primer EPMS-596 5’CTCGTGCCGTATTTCTGTCA3’ 5’AAGGGCGTGTTTGGTATGAA 3’ EPMS-600 5’ATGGGTACGTGTTTGGGGTA3’ 5’ACTTTATTCCTCGTGCCGAA3’ EPMS-601 5’AAATTGAGAACATCGGTGCC3’ 5’TAAAGAAAGAGCCTCGTGCC3’ EPMS-603 5’GCGGTTCCCTATTTGAAGAA3’ 5’ATAGGGGGAATTGGGTTCC3’ EPMS-628 5’TGCTCCTTAAGACTGGCACC3’ 5’GGGTTCGGCTCTGTTATTGA3’ EPMS-629 5’GCTCGAGGGAGAGAGACTGT3’ 5’GGTCATATGTTTCCATGGGC3’ EPMS-642 5’CAACTTCGCGTTATTGTCCA3’ 5’AGGGCGGACAAAGAAGATTT3’ EPMS-643 5’CCAAGATCAACTCTTACGCTAT3’ 5’CCCCTCAAGAATTCCCTCCAT3’ EPMS-648 5’TGTAAAATAAAATAAGGCTAAAGGCA3’ 5’CAAGAAAGTGTGCCCCAAAT3’ EPMS-649 5’AAGGGTTCTCGAGGAAATGC3’ 5’TCAATCCCAAAACCATGTGA3’ EPMS-650 5’CATGGGTGAGGGTACATGGT3’ 5’AGAGGGAAGGGTTATTTGCC3’ EPMS-654 5’TTCCACTCTTCGAAGCACCT3’ 5’GGTAGGGTTTAACACCGCCT3’ EPMS-658 5’CCTTGAGTAGGCGCACAAAT3’ 5’TTCCTCATTGCTTTTCCCAC3’ EPMS-670 5’TCACAAAGATGGAGAAGGGAA3’ 5’CAATCACTGTCACTGCTACTGCT3’ EPMS-683 5’AAATGGATCCCAACAACCAA3’ 5’GGAGTTGAAAACGGTGGAGA 3’ EPMS-697 5’ATGTCGCTCGCAATTTCACT3’ 5’CGTAGGGAGGAGCGATAGAG3’ EPMS-704 5’GGTCCTCTGATTGGCAACAT3’ 5’GACCTGAAATTGGAGCAAACA3’ EPMS-705 5’TCAACTAGATCCACCACGCA3’ 5’TAACCCGTTGCTCACACTCA3’ EPMS-725 5’TTGAATCGTTGAAGCCCATT3’ 5’ATCTGAAGCTGGGCTCCTTT3’ EPMS-745 5’GTTGTTGGGTGGTACTTGGG3’ 5’GGAAGATCTCAAATGGGTCG3’ EPMS-747 5’CATTGGACGGTTGGTTCTCT3’ 5’TGGAATTGGAACTTCAAGCA3’ EPMS-755 5’CGCTCGCTACCCTTTCATTA3’ 5’AATTTCGGAAGGGCAAAGAT3’ EPMS-762 5’CGGCGAGATATGGACTTGAT3’ 5’CCCACGTTATACCATCCAGG3’ 30
Page 2 and 3: CONTENTS PART I : PLANT SCIENCE Ads
Page 4 and 5: J.Res. ANGRAU 41(2) 1-10, 2013 ADSO
Page 6 and 7: ADSORPTION DESORPTION OF PENDIMETHA
Page 14 and 15: J.Res. ANGRAU 41(2) 11-15, 2013 STU
Page 16 and 17: STUDIES ON THE EFFECT OF PLANT GROW
Page 18 and 19: STUDIES ON THE EFFECT OF PLANT GROW
Page 20 and 21: PERFORMANCE OF DRUM SEEDER IN DIREC
Page 22 and 23: PERFORMANCE OF DRUM SEEDER IN DIREC
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Page 26 and 27: EFFECT OF GRADED LEVELS AND TIME OF
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Page 38 and 39: ESTIMATION OF HETEROSIS FOR YIELD A
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Page 64 and 65: IDENTIFICATION OF SUPERIOR PARENTS
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EFFICACY OF CONTROLLED INTERNAL DRU
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EFFECT OF NSP ENZYMES AND PREBIOTIC
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HAEMATOLOGICAL AND BIOCHEMICAL PROF
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HAEMATOLOGICAL AND BIOCHEMICAL PROF
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INDIAN BREAD MAKING TOOLS - CONSUME
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Research Notes J.Res. ANGRAU 41(2)
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CROP COEFFICIENTS FOR DRIP AND CHEC
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STUDY ON THE EFFECT OF IRRADIATION
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EVALUATION OF DEFOLIANTS ON MUNGBEA
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YIELD, NUTRIENT UPTAKE AND ECONOMIC
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YIELD, NUTRIENT UPTAKE AND ECONOMIC
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NANO FOOD COLOURS FOR PRODUCT FORMU
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EFFECT OF ORGANIC FERTILISERS ON GR
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EFFECT OF ORGANIC FERTILISERS ON GR
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NUTRIENT UPTAKE OF MICROSPRINKLER I
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EFFECT OF SYNERGIST, TRIPHENYL PHOS
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EFFECT OF SYNERGIST, TRIPHENYL PHOS
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EFFECT OF HARVESTING STAGES AND DRY
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RESPONSE OF AEROBIC RICE TO IRRIGAT
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RESPONSE OF AEROBIC RICE TO IRRIGAT
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DRIP IRRIGATION SCHEDULE FOR CASTOR
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CHARACTER ASSOCIATION AND PATH COEF
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CHARACTER ASSOCIATION AND PATH COEF
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Statement about ownership and other
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GUIDELINES FOR THE PREPARATION OF M
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ESSENTIAL REQUIREMENTS FOR CONSIDER
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