- This Diploid Fish Displays Three Eye Color Phenotypes Blue Green And Yellow In This Species Eye Color Is Controlled 1 (64.07 KiB) Viewed 10 times
- This Diploid Fish Displays Three Eye Color Phenotypes Blue Green And Yellow In This Species Eye Color Is Controlled 2 (49.06 KiB) Viewed 10 times
- This Diploid Fish Displays Three Eye Color Phenotypes Blue Green And Yellow In This Species Eye Color Is Controlled 3 (47.99 KiB) Viewed 10 times
- This Diploid Fish Displays Three Eye Color Phenotypes Blue Green And Yellow In This Species Eye Color Is Controlled 4 (58.27 KiB) Viewed 10 times
While studying a population of these fish in a local stream, Auburn scientists discover that yellow- eyed individuals produce 4x as many offspring in their first clutch of eggs compared to blue-eyed individuals. Green-eyed individuals produce 2x as many offspring compared to blue-eyed individuals. They discover that the eye color gene encodes for a protein that controls the amount of yellow pigment the fish absorb in their diet. It turns out, this yellow pigment also works as an antioxidant in fish eggs! Eggs with more of the yellow pigment tend to be healthier, allowing more offspring to hatch. ✓ [Select] incompletely dominant pleiotropic codominant it is: epistatic green fish in captivity over the entire year, the scientists also discover that the younow mistr only live 1/4 as long as blue fish. Likewise, the green fish only live half as long as blue fish. So, it seems that even though the Y allele allows the fish to have more TIS offspring early in life, it causes worse effects of aging later in life. [Select] Bec Because this single gene affects both eye color and fish egg shows signs of: Based on this observation, the scientists conclude that this allele
While studying a population of these fish in a local stream, Auburn scientists discover that yellow- eyed individuals produce 4x as many offspring in their first clutch of eggs compared to blue-eyed individuals. Green-eyed individuals produce 2x as many offspring compared to blue-eyed individuals. They discover that the eye color gene encodes for a protein that controls the amount of yellow pigment the fish absorb in their diet. It turns out, this yellow pigment also works as an antioxidant in fish eggs! Eggs with more of the yellow pigment tend to be healthier, allowing more offspring to hatch. [Select] hatching success, we say that it is: After observing the yellow and green fish in captivity over the entire year, the scientists also discover that the yellow fish only live 1/4 as long as blue fish. Likewise, the green fish only live half as long as blue fish. So, it seems that even though the Y allele allows the fish to have more offspring early in life, it causes worse effects of aging later in life. [Select] Based on this observation, the scientists conclude that this allele shows signs of: Because this single gene affects both eye color and fish egg
While studying a population of these fish in a local stream, Auburn scientists discover that yellow- eyed individuals produce 4x as many offspring in their first clutch of eggs compared to blue-eyed individuals. Green-eyed individuals produce 2x as many offspring compared to blue-eyed individuals. They discover that the eye color gene encodes for a protein that controls the amount of yellow pigment the fish absorb in their diet. It turns out, this yellow pigment also works as an antioxidant in fish eggs! Eggs with more of the yellow pigment tend to be healthier, allowing more offspring to hatch.. [Select] hatching success, we say that it is: After observing the yellow and green fish in captivity over the entire year, the scientists also discover that the yellow fish only live 1/4 as long as blue fish. Likewise, the green fish only live half as long as blue fish. So, it seems that even though the Y allele allows the fish to have more offspring early in life, it causes worse effects of aging later in life. Based on this observation, the scientists conclude that this allele ✓ [Select] antagonistic pleiotropy environment dependence delayed expression incomplete penetrance Because this single gene affects both eye color and fish egg