Answers (1) The fruit colour of squash is due to the dominant epistasis. Epistasis is the process where one dominant gene masks the expression of the other gene. Thus, the correct answer is option b.
In summer squash or Cucurhita pepo, there are three types of fruit colour' yellow, green and white. White colour is dominant over other colours while yellow is dominant over green. Yellow colour is formed only when the dominant epistatic gene is represented by its recessive allele (w).
(b) dominant epistasis Fruit colour in squash is an example of dominant epistasis in which the dominant gene (epistatic gene) masks the effect of other gene (recessive hypostatic gene). Squash fruit appear while due to the epistatic effect of 'W' allele (white colour) over 'G' allele (green colour).
Here you can find the meaning of Fruit colour in squash in an example of: [2014]a)Recessive epistasisb)Dominant epistasisc)Complementary genesd)Inhibitory genesCorrect answer is option 'B'.
Example of dominant epistasis is the colour of the summer squash fruit. So, option B is the correct answer. Note: The phenotype is not necessarily dependent on the genotype of an organism. The phenotype of an individual depends on the expression of the genotype. Expressivity is the intensity with which a particular genotype is expressed.
Answers (1) The fruit colour of squash is due to the dominant epistasis. Epistasis is the process where one dominant gene masks the expression of the other gene. Thus, the correct answer is option b.
Analyzing Fruit Color in Squash: In summer squash, the fruit color can be white, yellow, or green. The white fruit color is produced by a dominant epistatic allele (W).
Here you can find the meaning of Fruit colour in squash in an example of: [2014]a)Recessive epistasisb)Dominant epistasisc)Complementary genesd)Inhibitory genesCorrect answer is option 'B'.
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Example of dominant epistasis is the colour of the summer squash fruit. So, option B is the correct answer. Note: The phenotype is not necessarily dependent on the genotype of an organism. The phenotype of an individual depends on the expression of the genotype. Expressivity is the intensity with which a particular genotype is expressed.
Hint: Fruit squash can be found in white with green or yellow color. What color the fruit will majorly depend on genetics. The color selection follows a dihybrid cross which is crossed over between a homozygous pair of alleles (white and yellow) and homozygous pair of alleles (white and green). Complete answer: > Epistatic genes are genes that control the expression of alleles. They can be.
(b) dominant epistasis Fruit colour in squash is an example of dominant epistasis in which the dominant gene (epistatic gene) masks the effect of other gene (recessive hypostatic gene). Squash fruit appear while due to the epistatic effect of 'W' allele (white colour) over 'G' allele (green colour).
If squash fruit colour was an example of dominant epistasis, it would mean that the presence of a dominant allele at a specific locus determines the fruit colour.
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Step-by-Step Solution: 1. Understanding the Question: The question asks about the genetic basis of fruit color in squash. We need to identify the type of genetic interaction that leads to the expression of different fruit colors. 2. Identifying the Phenotypes: In squash, there are three observed fruit colors: white, yellow, and green.
(b) dominant epistasis Fruit colour in squash is an example of dominant epistasis in which the dominant gene (epistatic gene) masks the effect of other gene (recessive hypostatic gene). Squash fruit appear while due to the epistatic effect of 'W' allele (white colour) over 'G' allele (green colour).
Answers (1) The fruit colour of squash is due to the dominant epistasis. Epistasis is the process where one dominant gene masks the expression of the other gene. Thus, the correct answer is option b.
If squash fruit colour was an example of dominant epistasis, it would mean that the presence of a dominant allele at a specific locus determines the fruit colour.
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Example of dominant epistasis is the colour of the summer squash fruit. So, option B is the correct answer. Note: The phenotype is not necessarily dependent on the genotype of an organism. The phenotype of an individual depends on the expression of the genotype. Expressivity is the intensity with which a particular genotype is expressed.
Here you can find the meaning of Fruit colour in squash in an example of: [2014]a)Recessive epistasisb)Dominant epistasisc)Complementary genesd)Inhibitory genesCorrect answer is option 'B'.
If squash fruit colour was an example of dominant epistasis, it would mean that the presence of a dominant allele at a specific locus determines the fruit colour.
(b) dominant epistasis Fruit colour in squash is an example of dominant epistasis in which the dominant gene (epistatic gene) masks the effect of other gene (recessive hypostatic gene). Squash fruit appear while due to the epistatic effect of 'W' allele (white colour) over 'G' allele (green colour).
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Here you can find the meaning of Fruit colour in squash in an example of: [2014]a)Recessive epistasisb)Dominant epistasisc)Complementary genesd)Inhibitory genesCorrect answer is option 'B'.
Answers (1) The fruit colour of squash is due to the dominant epistasis. Epistasis is the process where one dominant gene masks the expression of the other gene. Thus, the correct answer is option b.
In summer squash or Cucurhita pepo, there are three types of fruit colour' yellow, green and white. White colour is dominant over other colours while yellow is dominant over green. Yellow colour is formed only when the dominant epistatic gene is represented by its recessive allele (w).
Step-by-Step Solution: 1. Understanding the Question: The question asks about the genetic basis of fruit color in squash. We need to identify the type of genetic interaction that leads to the expression of different fruit colors. 2. Identifying the Phenotypes: In squash, there are three observed fruit colors: white, yellow, and green.
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In summer squash or Cucurhita pepo, there are three types of fruit colour' yellow, green and white. White colour is dominant over other colours while yellow is dominant over green. Yellow colour is formed only when the dominant epistatic gene is represented by its recessive allele (w).
(b) dominant epistasis Fruit colour in squash is an example of dominant epistasis in which the dominant gene (epistatic gene) masks the effect of other gene (recessive hypostatic gene). Squash fruit appear while due to the epistatic effect of 'W' allele (white colour) over 'G' allele (green colour).
Analyzing Fruit Color in Squash: In summer squash, the fruit color can be white, yellow, or green. The white fruit color is produced by a dominant epistatic allele (W).
Here you can find the meaning of Fruit colour in squash in an example of: [2014]a)Recessive epistasisb)Dominant epistasisc)Complementary genesd)Inhibitory genesCorrect answer is option 'B'.
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Text solution Verified Fruit colour in squash is an example of dominant epistasis in which the dominant gene (epistatic gene) masks the effect of other gene (recessive hypostatic gene). Squash fruit appear white due to the epistatic effect of 'W' allele (white colour) over 'G' allele (green colour).
Analyzing Fruit Color in Squash: In summer squash, the fruit color can be white, yellow, or green. The white fruit color is produced by a dominant epistatic allele (W).
In summer squash or Cucurhita pepo, there are three types of fruit colour' yellow, green and white. White colour is dominant over other colours while yellow is dominant over green. Yellow colour is formed only when the dominant epistatic gene is represented by its recessive allele (w).
Example of dominant epistasis is the colour of the summer squash fruit. So, option B is the correct answer. Note: The phenotype is not necessarily dependent on the genotype of an organism. The phenotype of an individual depends on the expression of the genotype. Expressivity is the intensity with which a particular genotype is expressed.
Hint: Fruit squash can be found in white with green or yellow color. What color the fruit will majorly depend on genetics. The color selection follows a dihybrid cross which is crossed over between a homozygous pair of alleles (white and yellow) and homozygous pair of alleles (white and green). Complete answer: > Epistatic genes are genes that control the expression of alleles. They can be.
Example of dominant epistasis is the colour of the summer squash fruit. So, option B is the correct answer. Note: The phenotype is not necessarily dependent on the genotype of an organism. The phenotype of an individual depends on the expression of the genotype. Expressivity is the intensity with which a particular genotype is expressed.
Answers (1) The fruit colour of squash is due to the dominant epistasis. Epistasis is the process where one dominant gene masks the expression of the other gene. Thus, the correct answer is option b.
Text solution Verified Fruit colour in squash is an example of dominant epistasis in which the dominant gene (epistatic gene) masks the effect of other gene (recessive hypostatic gene). Squash fruit appear white due to the epistatic effect of 'W' allele (white colour) over 'G' allele (green colour).
Step-by-Step Solution: 1. Understanding the Question: The question asks about the genetic basis of fruit color in squash. We need to identify the type of genetic interaction that leads to the expression of different fruit colors. 2. Identifying the Phenotypes: In squash, there are three observed fruit colors: white, yellow, and green.
If squash fruit colour was an example of dominant epistasis, it would mean that the presence of a dominant allele at a specific locus determines the fruit colour.
In summer squash or Cucurhita pepo, there are three types of fruit colour' yellow, green and white. White colour is dominant over other colours while yellow is dominant over green. Yellow colour is formed only when the dominant epistatic gene is represented by its recessive allele (w).
Analyzing Fruit Color in Squash: In summer squash, the fruit color can be white, yellow, or green. The white fruit color is produced by a dominant epistatic allele (W).
(b) dominant epistasis Fruit colour in squash is an example of dominant epistasis in which the dominant gene (epistatic gene) masks the effect of other gene (recessive hypostatic gene). Squash fruit appear while due to the epistatic effect of 'W' allele (white colour) over 'G' allele (green colour).
Here you can find the meaning of Fruit colour in squash in an example of: [2014]a)Recessive epistasisb)Dominant epistasisc)Complementary genesd)Inhibitory genesCorrect answer is option 'B'.
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