#15. The major blood types in humans are inherited as multiple allelic genes that also illustrate incomplete dominance. What would be the possible blood types of the offspring in each of the following matings? 7:35l LTE O.Biology Genetics Problem...10. Many organisms exhibit a type of inheritance called incomplete dominance,or blending. In this type of inheritance red four o'clock flowers have thegenotype RR, white flowers rr and the genotype Rr results in a pink flowerphenotype. What is expected in the offspring from a cross between red andwhite four o'clocks?11. What would be expected in the offspring fromfour o'clocks?cross between two pink12. What would be expected in the cross between pink four o'clocks and awhite? Pink and red?13. When breeding red cattle (RR) with white (rr) the result is 100% roan (Rr).What is expected in the crossing of two roan cattle?ive trait in whinot produceAlbinismany coloration in skin, eyealbinism and have four children wiezygous forappearance of the offspring for the expression of this trait?15. The major blood types in humans are inherited as multiple allelic genesthat also illustrate incomplete dominance. What would be the possibleblood types of the offspring in each of the following matings?ii X IiA X I"Ii X IM16. If a mother belongs to group O and her child has type A, which bloodgroups can the father not belong?17. Sex linked genes are those that occur on the X chromosome Coat color ofcats is one characteristic that is inherited in this mannerGenolype BBBb = tortoise (calico)bb = blackWhich color combination is not possible in male cats? Why?18. What type of offspring are expected in a cross between a tortoise shellfemale and a black male?

Name: #15. The major blood types in humans are inherited as multiple allelic
Uploaded: 2024-03-20T06:43:04.000Z
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Description: #15. The major blood types in humans are inherited as multiple allelic genes that also illustrate incomplete dominance. What would be the possible blood types of the offspring in each of the following matings? 7:35l LTE O.Biology Genetics Problem...1