The variants of a given gene are known as alleles. Answer and Explanation: Here are the terms that match the explanations: 1. An individual that has two identical alleles is homozygous for that gene. 2. An individual that...Become a member and unlock all Study Answers Start today. Tr...
A person having two identical alleles is called a homozygote; a person with nonidentical gene forms at a single locus is a heterozygote. The genetic constitution of an individual with respect to a particular locus or to the complete complement of genes is referred to as the genotype. In ...
The number of individual nuclei per condition is provided. Scale bar, 5 μm. a,b, The normalized signal intensity was calculated by dividing the s.d. of the mEGFP signal of each nucleus by the corresponding mean mEGFP signal. c, Granularity scores of nuclei with the corresponding mean ...
Understanding the structure, location and genomic features of the genome of an individual organism is useful for efforts to manipulate any gene or DNA of interest to generate a valuable agronomic trait. Structural genomics uses techniques with a high analytical resolution to characterize a genome at ...
For normalization, the individual areas of the detected peaks were divided by the peak area of the relevant internal reference standards. Using the calibration curves for standard compounds, peak area values were converted into values corresponding to amounts. Obtained data are shown in Supplementary ...
Consider a single gene with two alleles displaying typical Mendelian dominant/recessive behavior. Suppose a heterozygous individual is crossed with another heterozygote. What is the probability that its offspring will have a homozygous recessive phenotype Two individuals, ...
A Population structure plot showing ancestry proportions for each individual (Coleman Creek = 44, Dace Spring = 45, Deep Creek = 20, Foskett Spring = 45, Twentymile Creek = 26) at different numbers of ancestral populations (K). The model identified K = 3 as ...
Although heterogeneity was present, this relationship was not driven by any individual SNP, as indicated by leave-one-out analysis (Additional file 1: Table S12A). Whilst MRE and WM were not significant, the direction of effect was concordant with the IVW result, and the unadjusted MRE ...
S and M cones means that any small shifts in the wavelength of peak sensitivity of S cones would not cause any significant changes in YB chromatic discrimination which also exhibits increased variability due to individual variations in macular pigment and lens optical density (see Section 2.5.1)....
The grain size of the OE maize line is also reduced, but ear weight can be increased by increasing the number of KNR, KRN, and kernel number per ear. Different from other flowering genes, such as ZmKNR6, two alleles can balance the flowering time and ear length [41]. ZmIAA29 can ...