[PDF] Top 20 GENETIC FINE STRUCTURE OF THE BRONZE LOCUS IN MAIZE
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GENETIC FINE STRUCTURE OF THE BRONZE LOCUS IN MAIZE
... Based on recombination values derived from insertion heterozygotes and on the physical distance between insertions, we estimated (DOONER et al., 1985) the maximum phys[r] ... See full document
16
Molecular analysis of multiple mutator-derived alleles of the bronze locus of maize.
... Gel blot analysis of genomic DNA from parental and mutant lines, digested with a restriction enzyme that cleaves outside of Bronze and M u l , indicated that the band[r] ... See full document
7
Sequence of three bronze alleles of maize and correlation with the genetic fine structure.
... However, the deletion in bz-R may also include the internal intron splicing signal described for animal systems by KELLER and NOON (1984). T h e corresponding sequences[r] ... See full document
13
GENETIC ORGANIZATION IN DROSOPHILA MELANOGASTER: COMPLEMENTATION AND FINE STRUCTURE ANALYSIS OF THE DEEP ORANGE LOCUS
... The occurrence and extent of complementation was determined by measuring the following five phenotypic components of deep orange mutants: (1) reduction in red eye pig- ment; (2[r] ... See full document
14
GENETIC STUDIES OF ad-8 MUTANTS IN NEUROSPORA CRASSA. I. GENETIC FINE STRUCTURE OF THE ad-8 LOCUS
... The data from genetic analyses of induced secondary ad-8 mutants indicate that in a considerable number of such secondary mutants the genetic change giving rise to th[r] ... See full document
15
Genetic and Molecular Characterization of the Maize rp3 Rust Resistance Locus
... protein structure in these genes (Lupas ...Rp3-A-carrying maize B73NBSR, CAATACAGTTGATACCAAGGC) were designed line was performed by rapid amplification of cDNA ends so as to flank two insertions/deletions ... See full document
14
GENETIC ANALYSIS OF THE DUMPY COMPLEX LOCUS IN DROSOPHILA MELANOGASTER: COMPLEMENTATION, FINE STRUCTURE AND FUNCTION
... Early genetic studies led to the subdivision of the dumpy locus into subloci (CARLSON 1959a). These subloci corresponded to areas defined by map location, complementation t[r] ... See full document
16
Reconstitutional mutagenesis of the maize P gene by short-range Ac transpositions.
... The tendency for Ac to transpose over short intervals has been utilized to develop insertional mutagenesis and fine structure genetic mapping strategies in maize. We [r] ... See full document
18
GENETIC FINE STRUCTURE ANALYSIS OF THE AMYLOSE-EXTENDER LOCUS IN ZEA MAYS L
... Wx frequencies in numerous wx mutant strains as well as crosses among them, 24 non-complementing alleles could be ordered within the locus on the basis of frequencies of Wx g[r] ... See full document
9
MAPPING OF THE polA LOCUS OF ESCHERICHIA COLI K12: GENETIC FINE STRUCTURE OF THE CISTRON
... Co-transduction of PolA and glnA: The gZnA gene is more closely linked to poZA than is metE, lying between poZA and rha and has been utilized for the construction of [r] ... See full document
24
Genetic Structure of the Mating-Type Locus of Chlamydomonas reinhardtii
... ) locus of the haploid green ...⫺ locus (Ferris et ...early genetic analysis tion (the mutant allele and mutant strain are hence- documented that numerous genetic markers that map forth ... See full document
20
Cultural transmission of tool use combined with habitat specializations leads to fine-scale genetic structure in bottlenose dolphins
... If vertical social transmission influences the fine-scale genetic structure of a population (e.g. 321. within WSB), it may have consequences for the genetic structure at larger scales (e[r] ... See full document
31
GENETIC FINE STRUCTURE OF THE Y CHROMOSOME OF DROSOPHILA HYDEI
... In some instances our prior mapping studies showed that the mutations in different complementation groups, particularly in males carrying the m ~ ( Y j Q 4 ~ ~ chromosome (mutated [r] ... See full document
21
Genes predict village of origin in rural Europe
... Fine-scale genetic structure in rural European populations illustrated using.. principal components analysis.[r] ... See full document
12
A GENETIC CHANGE ASSOCIATED WITH THE R LOCUS IN MAIZE WHICH IS DIRECTED AND POTENTIALLY REVERSIBLE
... Two conclusions may be drawn from these results: (a) the standard level of pig- ment-producing action inherent in R gametes formed by RR plants extracted from individuals,[r] ... See full document
18
THE CAN1 LOCUS OF SACCHAROMYCES CEREVISIAE: FINE-STRUCTURE ANALYSIS AND FORWARD MUTATION RATES
... Thus, one can measure the mutation rate at CAN1 during vegetative growth of haploid strains and after sporulation has occurred i n diploid strains and use the measu[r] ... See full document
17
hairy: A Quantitative Trait Locus for Drosophila Sensory Bristle Number
... the genetic architecture of quantitative traits, which is challenging since variation for complex traits is caused by multiple interacting quantitative trait loci (QTL) with small and conditional ...the ... See full document
10
CHARACTERIZATION OF AN Spm-CONTROLLED BRONZE-MUTABLE ALLELE IN MAIZE
... Since the phenotypes conditioned by the bz alleles are easy to score and since the enzymatic activity of any bz-mutable allele can be monitored and ultimately related to the type [r] ... See full document
11
THE EFFECTS OF X RAYS ON THE BRONZE AND SHRUNKEN LOCI IN MAIZE
... In testcross progenies of bz-x/Bz plants used as male parents, no bronze kernels were observed indicating that pollen grains containing bz-xl or bz-x2 either do... Apparently[r] ... See full document
13
Fine-Scale Spatial Genetic Structure with Nonuniform Distribution of Individuals
... Using an appropriate level of approximation of the continuous distribution of individuals in space, we assessed the potential effects of density, seed and pollen dispersal, generation ov[r] ... See full document
15
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