3 (10 points) The pedigree below shows the inheritance of a trait. Genotypes of the individuals at two loci (genes a and
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3 (10 points) The pedigree below shows the inheritance of a trait. Genotypes of the individuals at two loci (genes a and
question 3. 362 +362 3b2+ +-3b2 3b3+ +32 3047 +323 37 +303 3+ X6 + +x_2 3b2+ +33 3527 Xe6 + + x 2 x ++X5 Xe3+ (14+ Xe2 XS Y xf7+ +85 34+ 1313 34++325 33+ +3a53+ + 32 34++393 394 ++ 323 3b2+ +32 3b2+ + 3b3 3b2 +3b3 3b2+ + 3b3 3b2+ +32 363 ++3b2 Xeb x03 7xos xa3+ txa2 xos xa x2+ ****7 *4+ +x+ x + + xf2 x + Y X6 + + x2 *++* X2 362 3b3 ba 333 +34 301443s 30ttas 362-++-3b3 3b2+ + x2+1x3 X6 Fe2 Xé x + + xX? ILY xf5 ++X4
3 (10 points) The pedigree below shows the inheritance of a trait. Genotypes of the individuals at two loci (genes a and b) on an autosome (chromosome 3) and two other loci (genes e and f) on the X chromosome are provided. For example, 3a is gene "a" on chromosome 3, and 3a3 and 3a4 represent alleles 3 and 4 of that gene. 1. Clearly state which one inheritance pattern (autosomal dominant, autosomal recessive, X-dominant, X-recessive, Y-linked, or cytoplasmic) is shown. II. Clearly indicate which allele(s) of which gene(s) is/are linked to the mutation that causes this trait III. Briefly justify your reasoning for your answers. You should not need to use statistical analysis to answer any part of