311Dsp08Inherit2 - Lectures posted online after lecture....

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Lectures posted online after lecture. Textbook sections and/or pages posted a few days prior to each lecture.
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In many instances there is a unique pattern of inheritance. Traits disappear and reappear in new ratios. CB 14.3
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Genotype Phenotype CB 14.6
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Human blood types AA or AO AB BB or BO OO CB tbl 14.2
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Looking at the past: If Frank has B blood type, his Dad has A blood type, And his Mom has B blood type… Should Frank be worried?
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Mom =B blood BB or BO Dad =A blood AA or AO Gametes all B / 50% B and 50% O all A / 50% A and 50% O possible genotypes Frank can be BO = B blood …no worries
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We can also predict the future Fig 2.12
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Mom = AB Dad = AB Inheritance of blood types
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Mom = AB Dad = AB Gametes: A or B A or B Inheritance of blood types
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Mom = AB Dad = AB Gametes: A or B A or B A or B A or B AA AB BB AB Chance of each phenotype for each offspring 25% AA 50% AB 25% BB Mom Dad Inheritance of blood types
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CB 14.7 Testcross: determining dominant/ recessive and zygosity
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CB 5.21 Sickle-cell anemia is caused by a point mutation
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This note was uploaded on 04/09/2008 for the course BIO 311D taught by Professor Reichler during the Spring '08 term at University of Texas at Austin.

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311Dsp08Inherit2 - Lectures posted online after lecture....

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