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Q4A. Figurative Analysis. Choose two for the analysis the figure. 1. A... 0 Mitochondrial DNA is passed on only from mother of each generation and is not subject to recombination. Nuclear DNA is inherited from both parents, making it difficult to trace back through generations. The two types of DNA provide molecular clock to determine close relatedness. 0 Mitochondrial DNA is passed on as a single lineage only from mother of each generation and is not subject to recombination. Nuclear DNA is inherited from both parents, making it difficult to trace back through generations. 0 Close relatedness can be traced using DNA of two types, mitochondrial and nuclear. Both mitochondrial and nuclear DNA are heritable which means can be passed on from one generation to another generation. Mitochondrial DNA is passed on from mother to son and from mother to daughter in each generation in two lineages. Mitochondrial DNA and nuclear DNA are tracers of close relatedness. On the paternal side, both mitochondrial and nuclear DNAs are inherited from both parents in the same case as maternal side. A son inherits mitochondrial DNA from the mother while a daughter inherits the mitochondrial DNA from the mother bot as a single lineage. 0 Both mitochondrial DNA and nuclear DNA are passed on from one generation to another generation. Parents inherited both the DNA's from their parents which can be traced in succeeding generation.

Q4A. Figurative Analysis. Choose two for the analysis the figure. 1. A... 0 Mitochondrial DNA is passed on only from mother of each generation and is not subject to recombination. Nuclear DNA is inherited from both parents, making it difficult to trace back through generations. The two types of DNA provide molecular clock to determine close relatedness. 0 Mitochondrial DNA is passed on as a single lineage only from mother of each generation and is not subject to recombination. Nuclear DNA is inherited from both parents, making it difficult to trace back through generations. 0 Close relatedness can be traced using DNA of two types, mitochondrial and nuclear. Both mitochondrial and nuclear DNA are heritable which means can be passed on from one generation to another generation. Mitochondrial DNA is passed on from mother to son and from mother to daughter in each generation in two lineages. Mitochondrial DNA and nuclear DNA are tracers of close relatedness. On the paternal side, both mitochondrial and nuclear DNAs are inherited from both parents in the same case as maternal side. A son inherits mitochondrial DNA from the mother while a daughter inherits the mitochondrial DNA from the mother bot as a single lineage. 0 Both mitochondrial DNA and nuclear DNA are passed on from one generation to another generation. Parents inherited both the DNA's from their parents which can be traced in succeeding generation.

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Q4A. Figurative Analysis. Choose two for the analysis the figure. MI. $I. MI. $1. O Mitochondrial DNA is passed on only from mother of each generation and is not subject to recombination. Nuclear DNA is inherited from both parents, making it difficult to trace back through generations. The two types of DNA provide molecular clock to determine close relatedness. 0 0 || 0 Mitochondrial DNA is passed on as a single lineage only from mother of each generation and is not subject to recombination. Nuclear DNA is inherited from both parents, making it difficult to trace back through generations. Close relatedness can be traced using DNA of two types, mitochondrial and nuclear. Both mitochondrial and nuclear DNA are heritable which means can be passed on from one generation to another generation. Mitochondrial DNA is passed on from mother to son and from mother to daughter in each generation in two lineages. Mitochondrial DNA and nuclear DNA are tracers of close relatedness. On the paternal side, both mitochondrial and nuclear DNAs are inherited from both parents in the same case as the maternal side. A son inherits mitochondrial DNA from the mother while a daughter inherits the mitochondrial DNA from the mother bot as a single lineage. Both mitochondrial DNA and nuclear DNA are passed on from one generation to another generation. Parents inherited both the DNA's from their parents which can be traced in succeeding generation.
Transcribed Image Text:Q4A. Figurative Analysis. Choose two for the analysis the figure. MI. $I. MI. $1. O Mitochondrial DNA is passed on only from mother of each generation and is not subject to recombination. Nuclear DNA is inherited from both parents, making it difficult to trace back through generations. The two types of DNA provide molecular clock to determine close relatedness. 0 0 || 0 Mitochondrial DNA is passed on as a single lineage only from mother of each generation and is not subject to recombination. Nuclear DNA is inherited from both parents, making it difficult to trace back through generations. Close relatedness can be traced using DNA of two types, mitochondrial and nuclear. Both mitochondrial and nuclear DNA are heritable which means can be passed on from one generation to another generation. Mitochondrial DNA is passed on from mother to son and from mother to daughter in each generation in two lineages. Mitochondrial DNA and nuclear DNA are tracers of close relatedness. On the paternal side, both mitochondrial and nuclear DNAs are inherited from both parents in the same case as the maternal side. A son inherits mitochondrial DNA from the mother while a daughter inherits the mitochondrial DNA from the mother bot as a single lineage. Both mitochondrial DNA and nuclear DNA are passed on from one generation to another generation. Parents inherited both the DNA's from their parents which can be traced in succeeding generation.
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