Biology definition: A homozygous refers to an individual (an organism, a gene, a genotype, or a condition) containing two copies of the same allele for a particular trait located at similar positions (loci) on paired chromosomes. The term...
Biology: High School 29 chapters | 238 lessons | 9 flashcard sets Ch 1. Basic Terms & Skills in Biological Science Biology | Definition, Concepts & Fields 7:16 What are the Branches of Biology? 6:17 Science Terms & Vocabulary | Overview & Study Styles 9:01 Scientific Method | ...
When an organism isheterozygousfor a particular trait, how that trait develops or is expressed depends on things like whether a gene isdominantorrecessive, as well as simple mathematical odds. New vaccines under development have put the termsDNA,RNA, andmRNAin the spotlight. Learn what each word...
Meiosis II Definition, Stages & Concept Map 6:24 Crossing Over & Gene Linkage: Definition, Importance & Results 9:08 Homozygous Dominant | Overview & Example 2:49 Ch 12. Prentice Hall Biology Chapter 12: DNA... Ch 13. Prentice Hall Biology Chapter 13:... Ch 14. Prentice Hall Biolo...
Definition Homozygous, meaning similar, is a specific genotype which exists when a child has either two recessive or two dominant genes from the parents.DefinitionHomozygous, meaning similar, is a specific genotype which exists when a child has either two recessive or two dominant genes from the ...
In this lesson, learn the heterozygous genotype definition, see if heterozygous is dominant, recessive, or both, and learn what a heterozygous mutation is. Related to this Question How does a heterozygous organism differ from a homozygous organism, in terms of the alleles they contribute to the ...
Homozygous vs. Heterozygous | Definition & Differences from Chapter 14 / Lesson 10 391K What is homozygous? Learn the definition, the meaning of homozygous recessive genotype, and what the difference between homozygous and heterozygous is with examples. Related...
(p < 0.015). While our statistical analysis has focused mainly on contributions of enhancer deletions to risk, based on their uniform markings and unambiguous definition, some of the CNV0 described here may contribute to risk by other mechanisms, such as deletions of noncoding RNAs, or ...