Genetics, cytology, and linkage studies of a desynaptic soybean mutant

Palmer, Reid G.; Kaul, M. L. H.

doi:10.1093/oxfordjournals.jhered.a109780

Cited by 35 publications

(33 citation statements)

References 0 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…We have confirmed that PI 101404B is homozygous for a chromosome interchange and have used it in linkage studies (PALMER, 1976 ;PALMER & KAUL, 1983) . SADANAGA & GRINDELAND (1984) reported linkage data using a chromosome interchange derived from irradiation of the cultivar Hodgson .…”

Section: Introductionmentioning

confidence: 58%

Agronomic characteristics and genetics of a chromosome interchange in soybean

Palmer

Heer

1984

Euphytica

View full text Add to dashboard Cite

A chromosome interchange in soybean (Glycine max (L .) MERR.) was studied agronomically and genetically, and comparisons of seed or abortion position within the pod were related to chromosome structure . Comparisons were among plants heterozygous for a chromosome interchange (N/T), plants homozygous for the interchange (T/T), and homozygous normal-chromosome plants (N/N) . The latter two genotypes were male fertile and female fertile . Heterozygous interchange plants, which are about 50% pollen sterile and ovule sterile, are typical of a large number of plants that have equally frequent alternate and adjacent chromosome segregation . Yield, lodging, plant height, and seed oil and protein percentages among all three genotypes were similar even though significant differences existed for seed weight, seed number, and pod number per plant . Seed abortions were more frequent in the basal position of the pod than in either the middle or apical positions in N/N and T/T genotypes . Ovule abortions in N/T plants were equally frequent among all positions both in two-and three-ovule pods. The middle seed in a three-ovule pod was heavier than the basal or apical seed among all three genotypes .

show abstract

Section: Introductionmentioning

confidence: 58%

Agronomic characteristics and genetics of a chromosome interchange in soybean

Palmer

Heer

1984

Euphytica

View full text Add to dashboard Cite

show abstract

“…Recombination between st, and w , is 26.7% (Palmer and Kaul 1983). Sadanaga and Grindeland (1984) reported that w , is about 2 crossover units from the breakpoint in translocation 172-1 1-3 and on the short satellite interchange chromosome.…”

Section: Introductionmentioning

confidence: 99%

Linkage betwen the male sterility gene (ms₁) and a translocation breakpoint in soybean, Glycine max

Sacks¹,

Sadanaga²

1984

Can. J. Genet. Cytol.

View full text Add to dashboard Cite

SACKS, J. M., and K. SADANAGA. 1984. Linkage between the male sterility gene ( m s , ) and a translocation breakpoint in soybean, Glycine max. Can. J. Genet. Cytol. 26: 40 1 -404. The F2 distribution of male sterility ( m s and flower color ( M,,) in a cross between translocation 172-1 1-3 ( W, Wl Ms , Ms ,) and A77-139 (u, w , Ms ms , ) in soybean, Glycine ma,u (L.) Merr., was highly abnormal. Duplicate-deficient and 41-chromosome progenies constituted 32% of the Fz population. The M , , and ms I loci are located on the translocation exchange chromosomes designated TI and T2, respectively. Evidence from other translocations suggests that linkage group 8 (LG8) is located on the single satellited normal chromosome designated N I . The breakpoint lies between the ms , and w , loci with recombination values of 18.4 2 3.3% and 2.0 -+ I .2%, respectively. Key ~9ord.s: I inkage. translocation. soybean, Glycine. SACKS, J. M.. et K. SADANAGA. 1984. Linkage between the male sterility gene ( m s , ) and a translocation breakpoint in soybean, Glycine m m . Can. J. Genet. Cytol. 26: 401 -404. La distribution en F, de la stirilitk mile (m.7,) et de la couleur des fleurs (M,,) dans un croisement entre les translocations 172-1 1-3 ( W I W , M s I Ms I ) et A77-139 ( M, I M,, Ms ms I ) chez le soya, Glyc-ine mau (L. ) Merr., s'est avkrke hautement abnormale. Une dkficience de duplication et des descendants a 41 chromosomes ont constituk 32% de la population F2. Les loci w , et m s , sont localisks sur les chromosomes d'kchange de translocation design& T I et TI, respectivement. Une kvidence provenant d'autres translocations suggere que le groupe de linkage 8 (LG8) est localisk sur un chromosome normal a un seul satellite dksignk Nl. Le point de rupture se situe entre les loci m s , et \rl, avec des valeurs de recombinaison de 18,4 + 3,3 et 2,O -+ 1,29". respectivement.

show abstract

“…Causes assigned to dys-synapsis Table 5. Univalent-bivalent range in dys-synaptic male sterile mutants * Data from growth cabinet (a) and field (b) Dys-synapsis as a cause of male sterility is documented in Capsium annuum (Murthy and Lakshmi 1979), Glycine max (Palmer 1974, Palmer andKaul 1983), Helianthus annuus (Paun 1974), Jasminum pubescens (Kaul 1988), Phleum nodosum (May and Kasha 1980), Rumex acetosa (Love 1943). But true male sterility associated with dys-synapsis occurs only in four species (Table 5).…”

Section: Observationsmentioning

confidence: 99%