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1. A gene for resistance to common blight (Xanthomonas campestris pv. phaseoli).
Author(s):
Adams, M.W. , Kelly, J.D. , Saettler, A.W.
Subject(s):
crossing , Phaseolus vulgaris , mutants , disease resistance , Xanthomonas campestris
Series:
Annual report.
Year:
1988
2. A nopA deletion mutant of Sinorhizobium fredii USDA257, a soybean symbiont, is impaired in nodulation
Author(s):
Won-Seok Kim , Hari B. Krishnan
Subject(s):
Sinorhizobium fredii , Type III secretion system , fimbriae , mutants , nodulation , promoter regions , soybeans , starch granules , symbionts , transmission electron microscopy
Year:
2014
3. A spontaneous mutation (rk(drv)) for expanded red flower veins at the rk(d) gene for dark red seed coat color.
Author(s):
Bassett, M.J.
Subject(s):
Phaseolus vulgaris , beans , flowers , color , seeds , testa , plant morphology , mutation , genes , mutants , gene expression , gene segregation
Series:
Annual report.
Year:
2004
4. A unifoliolate mutant in common bean.
Author(s):
Garrido, B. , Gepts, P.
Subject(s):
Phaseolus vulgaris , mutants , leaves , traits
Series:
Annual report.
Year:
1989
5. A variegated chlorophyll mutant in common bean (Phaseolus vulgaris L.) treated with ethyl-methane sulphonate.
Author(s):
Park, S.J. , Buttery, B.R.
Subject(s):
Phaseolus vulgaris , chlorophyll , mutants , seed treatment , ethyl methanesulfonate
Series:
Annual report.
Year:
1991
6. Abortive Seed Development in Common Bean (Phaseolus Vulgaris L.).
Author(s):
Abid, Ghassen , Muhovski, Yordan , Jacquemin, Jean-Marie , Silue, Souleymane , Toussaint, Andre , Baudoin, Jean-Pierre
Subject(s):
Phaseolus vulgaris , beans , seed development , seed abortion , embryo (plant) , developmental stages , plant anatomy , wild relatives , mutants , genetic variation , cell differentiation , embryogenesis , seed maturation
Series:
Annual report.
Year:
2009
7. Biological manifestations in common bean M1 and M2 generations after treatment of seeds with NEU and EMS.
Author(s):
Svetleva, D. , Dimova, D.
Subject(s):
Phaseolus vulgaris , beans , plant breeding , mutagenesis , urea , nitroso compounds , ethyl methanesulfonate , dose response , mutants , seed germination , viability , chlorophyll , plant morphology , genetic variation , phenotype , Bulgaria
Series:
Annual report.
Year:
2003
8. Characterization of Phaseolus vulgaris L. EMS mutantfailing in seed development.
Author(s):
Silue, S. , Jacquemin, J.M. , Lariguet, P. , Pankhurst, C. , Broughton, W.J. , Baudoin, J.P.
Subject(s):
Phaseolus vulgaris , beans , seed development , mutants , mutation , Phaseolus coccineus , Phaseolus , wild relatives , interspecific hybridization , abortion (plants) , ethyl methanesulfonate , messenger RNA , nucleotide sequences , nucleic acid hybridization
Series:
Annual report.
Year:
2008
9. Characterization of a mutant conferring a novel plant habit in common bean.
Author(s):
Guner, N. , Myers, J.R.
Subject(s):
Phaseolus vulgaris , mutants , genetic techniques and protocols , linkage groups , alleles , cultivars , genetic variation , inheritance (genetics)
Series:
Annual report.
Year:
2000
10. Comparative Transcriptome Analysis of Short Fiber Mutants Ligon-Lintless 1 and 2 Reveals Common Mechanisms Pertinent to Fiber Elongation in Cotton (Gossypium hirsutum L.)
Author(s):
Matthew K. Gilbert , Hee Jin Kim , Yuhong Tang , Marina Naoumkina , David D. Fang
Subject(s):
Gossypium hirsutum , biochemical pathways , chromosomes , electron transfer , energy , fiber quality , gene expression , gene expression regulation , genes , lint cotton , microarray technology , mutants , mutation , reactive oxygen species , transcriptome , transcriptomics
Year:
2014
11. Creation of new common bean (Phaseolus vulgaris L.) cultivars applying chemical mutagenesis.
Author(s):
Svetleva, D.
Subject(s):
mutagenicity , Phaseolus vulgaris , plant breeding , mutagenesis , mutants , cultivars , genetic variation , Bulgaria
Series:
Annual report.
Year:
2001
12. Cyclic Lipopeptide Surfactant Production by Pseudomonas fluorescens SS101 Is Not Required for Suppression of Complex Pythium spp. Populations
Author(s):
Mazzola, M. , Zhao, X. , Cohen, M.F. , Raaijmakers, J.M.
Subject(s):
Malus domestica , apples , Triticum aestivum , wheat , fungal diseases of plants , Pythium , Pythium irregulare , Pythium sylvaticum , Pythium ultimum , plant pathogenic fungi , pathogenicity , disease control , zoospores , cell growth , growth retardation , biological control agents , Pseudomonas fluorescens , plant pathogenic bacteria , biosynthesis , cyclic peptides , strain differences , mutants , soil bacteria
Year:
2007
13. Dependence of some phenological and biological manifestations in M1 and M2 generations of French bean cultivar Tcher Starozagorski from meteorological conditions.
Author(s):
Svetleva, D. , Kouzmova, K.
Subject(s):
Phaseolus vulgaris , beans , plant breeding , mutagenesis , mutants , cultivars , genetic variation , phenotype , phenology , climatic factors , Bulgaria
Series:
Annual report.
Year:
2003
14. Did the house mouse (Mus musculus L.) shape the evolutionary trajectory of wheat (Triticum aestivum L.)?
Author(s):
C. F. Morris , E. P. Fuerst , B. S. Beecher , D. J. McLean , C. P. James , H. W. Geng
Subject(s):
Mus musculus , Triticum aestivum , evolution , feeding preferences , gene frequency , genes , mice , mutants , mutation , phenotype , predation , seeds , varieties , wheat
Year:
2013
15. Differences in seed physical & chemical characteristics of two dry bean isolines.
Author(s):
Carpenter, W.J. , Hosfield, G.L. , Uebersax, M.A.
Subject(s):
Phaseolus vulgaris , dry beans , cultivars , mutants , lines , seeds , anatomy and morphology , storage , cooking quality
Series:
Annual report.
Year:
1988
16. EMS and NEU mutagenic efficiency and effectiveness in induction of chlorophyll mutations in Phaseolus vulgaris L. I.
Author(s):
Svetleva, D.
Subject(s):
Phaseolus vulgaris , plant breeding , mutagenesis , chlorophyll , quantitative analysis , genetic markers , biomarkers , mutants , Bulgaria
Series:
Annual report.
Year:
2004
17. EMS and NEU mutagenic efficiency and effectiveness in induction of morphological mutations in phaseolus vulgaris L. II.
Author(s):
Svetleva, D.
Subject(s):
Phaseolus vulgaris , beans , plant breeding , mutagenesis , plant morphology , genetic markers , mutants , varieties , genetic variation , Bulgaria
Series:
Annual report.
Year:
2004
18. EMS-induced non-nodulation mutants in common bean (Phaseolus vulgaris L.).
Author(s):
Park, S.J. , Buttery, B.R.
Subject(s):
Phaseolus vulgaris , nodulation , mutants
Series:
Annual report.
Year:
1990
19. Gene expression analysis of genes involved in the phytic acid pathway of common bean (P. vulgaris L.) using real-time PCR.
Author(s):
Fileppi, M. , Galasso, I. , Campion, B. , Bollini, R. , Sparvoli, F.
Subject(s):
Phaseolus vulgaris , green beans , seeds , chemical constituents of plants , phytic acid , biosynthesis , biochemical pathways , enzyme activity , genes , gene expression regulation , plant breeding , cultivars , mutants , genetic variation , polymerase chain reaction
Series:
Annual report.
Year:
2007
20. Genotypic effect of ahFAD2 on fatty acid profiles in six segregating peanut (Arachis hypogaea L) populations
Author(s):
Noelle A. Barkley , Thomas G. Isleib , Ming Li Wang , Roy N. Pittman
Subject(s):
Arachis hypogaea , alleles , crossing , cultivars , dominant genes , fatty acid composition , genotype , incomplete dominance , linoleic acid , loci , mutants , mutation , oleic acid , peanut oil , peanuts , phenotype , progeny , quantitative analysis , seeds , segregation distortion
Year:
2013