Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN: 9780134580999
Author: Elaine N. Marieb, Katja N. Hoehn
Publisher: PEARSON
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- Type out the gametes that the mother and potential fathers can create select all daddy's that can potentially be the father of baby Y explin why some fathers are being considered and why other potential fathers have been eliminatedwhich of the potential fathers is the actual dad of baby Yarrow_forwardEvaluate each statement as an example of or a contradiction of either the law of independent assortment or the law of segregation. Drag each statement to the correct column. Remember that brown hair is dominant over blond hair, and that brown eyes are dominant over blue eyes. If a brown-eyed parent and a blue- eyed parent have a blue-eyed baby, both genes came from the blue-eyed Most blue-eyed people have blond Children of two heterozygous brown- hair because those traits are linked. haired brown-eyed parents will have the same probability of having blue- eyed children as having blond-haired parent. children. ::: :: If a brown-eyed parent and a blue- eyed parent have a blue-eyed child, then the brown-eyed parent must have a recessive blue-eyed allele. ::: Example of Law of Independent Assortment Example of Law of Segregation Contradiction of Law of Segregation Contradiction of Law of Independent DELL 23 & .5 7 9. e * 00arrow_forwardABO blood group is co-dominant for AB and O is recessive. Rh (+/-) factor is completely dominant. A man with O/positive blood and a woman with A/negative blood have six children. All of their children have A + blood type. What can you conclude about the parents’ genotypes? Group of answer choices Both mother and father are likely homozygous at both loci Mother was homozygous at the ABO locus but heterozygous at the Rh factor locus Father was homozygous at the ABO locus but heterozygous at the Rh factor locus Mother was heterozygous at both lociarrow_forward
- Blood type is determined by multiple codominant alleles of the I gene, IA, IB, and i, where ii results in type O. The genotypes of a husband and wife are IAIB x IAi. Among the blood types of their children, how many different genotypes and phenotypes are possible? Group of answer choices 2 genotypes, 3 phenotypes 4 genotypes, 3 phenotypes 3 genotypes, 3 phenotypes 3 genotypes, 4 phenotypesarrow_forwardPlease help with thisarrow_forwardName: Human Phenotypes Simple dominance inheritance pattern: Q: How many phenotypes are evident in patterns of simple dominance? What are they? If a phenotype results from simple dominance, which two genotypes cannot be distinguished? Which phenotype is always representative of the genotype? Now determine your personal inheritance of the following traits. As you read through the following descriptions, you'll identify your trait, and determine your phenotype. Your trait will be one of the two Shape of the face. Most facial characteristics are affected by many different genes acting together (multiple factors or polygenic inheritance). For this trait we have simplified the nature of this trait by assuming it is the result of a single gene. Oval shape is dominant (needs only homozygous (both alleles are the same, either dominant or recessive) or heterozygous (one dominant allele and one recessive allele). Square shape is recessive (requires that both alleles are the recessive allele in…arrow_forward
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