Results 301 to 310 of about 1,747,624 (329)

Estimation of Gene Frequencies in the MN System

Vox Sanguinis, 1968
Summary. Negro and Caucasian samples typed with anti‐M, N, S, s, M1, Us, Hu, He, Sj, and Tm indicate at least 14 and perhaps more than 26 alleles at the MNS locus, for which a notation is proposed. Gene frequencies are estimated by maximum likelihood, using the ALLTYPE computer program.
Caroline Miki, N. E. Morton
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The theory of gene frequencies

1976
Micro-evolution consists of change in the population either to fit it to a new place or time in a changing environment, or to improve its success in a constant environment. The modifications which take place are genetic. Sewall Wright pointed out in an article written in 1949 that ‘the elementary evolutionary process in a reasonably large homogeneous ...
Laurence M. Cook, H. Harris
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Reiteration Frequency of Duck Haemoglobin Genes [PDF]

Nature New Biology, 1973
BECAUSE of the large DNA content of the eukaryotic genome1,2 and the existence of reiterated DNA sequences3,4, it has been thought that the DNA sequences which specify protein structure are present in many copies per genome. The idea is not immediately compatible with the simple dominance relationships which alleles at many genetic loci show. A special
J. O. Bishop, Michael Rosbash
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Gene frequencies in London's cats

Journal of Genetics, 1949
1. The results are given of a survey of inherited characters in 700 London cats. 2. The hypothesis of random mating was tested by using the results for yellow and tortoiseshell, and was found satisfactory. 3. Gene frequencies were estimated on this hypothesis, and are given in Table 3. 4.
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Cat gene frequencies in Richmond, California

Genetica, 1971
The frequency of eight mutant genes was sampled and the results compared with studies on other cat populations for various locatities in the U.S.A.
Lamoreux, L, Robinson, R
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On the Estimation of Gene Frequencies through Gene Counting

Human Heredity, 1972
A modified gene counting scheme is shown to givemaximum likelihood estimates of gene frequencies.
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Reiteration Frequency of Haemoglobin Genes in the Duck

Nature New Biology, 1972
Hybridization between duck DNA and duck haemoglobin mRNA shows that there is little or no reiteration of the haemoglobin ...
C. Baglioni, R. E. Pemberton, J. O. Bishop   +2 more
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Estimation of the gene frequency of aceruloplasminemia in Japan

Neurology, 1999
Aceruloplasminemia is a newly recognized autosomal recessive disorder of iron metabolism that causes neurodegeneration of the retina and basal ganglia as well as diabetes mellitus. We screened the serum ceruloplasmin concentrations of 4,990 healthy adult individuals.
O. Yonekawa, Hiroaki Miyajima, S. Kohno, Yoshitomo Takahashi, T. Kanno   +4 more
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Bayesian estimation and testing of gene frequencies

Theoretical and Applied Genetics, 1995
This article explains estimation of gene frequencies from a Bayesian viewpoint using prior information. How to obtain Bayes estimators and the highest posterior density credible sets (Bayesian counterpart to classical confidence intervals) for gene frequencies is described. Tests of hypotheses are also discussed.
S Wearden, E Gunel
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Geographic Variation in Human Gene Frequencies

1983
A major reference for the analysis of geographic variation in human gene frequencies is the tabulation compiled by Mourant et al. (1976). It provided also the stimulus for developing quantitative methods of displaying and testing gene frequency distributions (Piazza et al. 1981a).
P. Menozzi, P. Menozzi, A. Piazza
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