Dr.Cathy Silver S2013 BIOL3100 Pedigree autosomal dominamternís) for the characteristic in Pedigree 1 b. X-linked recessive only e. X-linked dominant only d. Y-linked only e. Both A and D are possible 12. What is/are the possible inheritance pattern(s) for the characteristic in Pedigree 2? a. Cytoplasmic inheritance only b. X-linked recessive only X-linked dominant only All of the above A and C are possible c. d. e. l-2 is (circle 13. If the phenotype followed in Pedigree 3 is X-linked recessive, then the genotype of l onc) a. b. c. d. homozygous dominant heterozygous homozygous recessive hemizygous (hemi – one X) dominant 14. If a child has hemophilia, which of the following is most likely? a. b. c. d. The child has two copies of an autosomal recessive allele The child is female The child’s father has hemophilia The child’s mother is a carrier for hemophilia 15. (2 pts) Which of the following statements is FALSE regarding why it’s important to study the honey bee genome? a. They pollinate crops They are facing extinction b. c. They have very few (<100) genes involved in behavior 16. Which of the following is TRUE a. Bacterial genes always have introns b. The human genes have the largest introns among eukaryotes Eukaryotic genes always have introns 17. A BLAST search is done to a. Find a similar gene or protein sequence in existing databases b. Find the chromosomal location of a sequence c. Determine if genes are homologous d. All of the above