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∙ 12y agoDifferent genotypes can result in the same phenotype through mechanisms such as genetic redundancy or epistasis. Genetic redundancy occurs when multiple genotypes can produce the same gene product, leading to the same phenotype. Epistasis occurs when one gene's expression is influenced by another gene, allowing different genotypes to result in the same observable trait.
Two plants can have different genotypes but the same phenotype due to different combinations of alleles at different loci, different genetic backgrounds, or genetic interactions that result in similar phenotypic outcomes. Additionally, epigenetic factors can also influence gene expression and contribute to phenotypic differences between plants with different genotypes.
If two organisms have different genotypes but the same phenotype, it means that they share the same observable traits even though their genetic makeup differs. This could occur if the same phenotype can result from different combinations of alleles, known as genetic heterogeneity. So, while the genetic basis of their traits is different, they both exhibit the same physical characteristics.
If the expected genotypes match the observed genotypes perfectly, there should be no disagreement. If there is disagreement, it can be quantified using a statistical measure such as the chi-squared test to determine the degree of deviation between the expected and observed genotypes. The larger the difference between the expected and observed genotypes, the greater the disagreement.
A Punnett square is a diagram used to predict the outcome of a genetic cross. By filling in the squares with possible combinations of alleles from the parents, you can determine the percentages of different genotypes and phenotypes that are expected in the offspring. The genotypes and phenotypes can be calculated by counting the number of squares that represent each specific combination.
The number of possible genotypes is typically higher than the number of observable phenotypes because multiple genotypes can result in the same phenotype due to genetic variations, interactions, and environmental factors. Different combinations of genotypes and environmental influences can lead to similar outward traits, resulting in fewer distinct phenotypes than genotypes.
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A heterozygous genotype, is the genetic makeup of different alleles.
Different genotypes don't always change your phenotypes because of mutations
Different genotypes can result in the same phenotype through mechanisms such as genetic redundancy or epistasis. Genetic redundancy occurs when multiple genotypes can produce the same gene product, leading to the same phenotype. Epistasis occurs when one gene's expression is influenced by another gene, allowing different genotypes to result in the same observable trait.
Two plants can have different genotypes but the same phenotype due to different combinations of alleles at different loci, different genetic backgrounds, or genetic interactions that result in similar phenotypic outcomes. Additionally, epigenetic factors can also influence gene expression and contribute to phenotypic differences between plants with different genotypes.
The side because they are the same. The top because they are different.
Punnet square
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If two organisms have different genotypes but the same phenotype, it means that they share the same observable traits even though their genetic makeup differs. This could occur if the same phenotype can result from different combinations of alleles, known as genetic heterogeneity. So, while the genetic basis of their traits is different, they both exhibit the same physical characteristics.
The genotypes in which one or more alleles is dominant.
Genotypes control different physical characteristics. For example, Hair Color, Eye Color, etc.