There are hundreds of genes that make up one particular characteristic. possibly a few thousand, depending on the characteristic.
It depends on the type of inheritance that governs the feature.
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The genes that make each individual unique are filed into a persons phenotype and genotype. These traits are different from those around them.
No - individuals do not evolve, as each individual's genes do not change, and evolution is defined as the change in allele frequencies over time.
An individual of sexual reproduction inherits half its genes from its one parent and the other half of its genes from another parent. Individuals which are produced from asexual reproduction are genetically identical to their one and only parent.
In asexual reproduction each individual in the offspring has the same genes as the parent. In sexual reproduction the genes of two individuals are combined to create a more diverse set of genes in each individual. This gives more diversity in the offspring. As the individuals with good genes, as in genes that are helpful in their specific environment, are more likely to survive, this means that the species will evolve and develop positive attributes.
Genes
6.
The genes that make each individual unique are filed into a persons phenotype and genotype. These traits are different from those around them.
For two genes to assort independently, they must reside on different chromosomes or be located far from each other.
each offspring in a sexually reproducing species inherits a unique combination of genes from its two parents. this combined set of genes contributes to a unique combination of traits in each individual
Your genes are the ink that is used to write the words. The letters are individual amino acids, and each word is a protein. Each page in a book is a single cell, and one book is an organism. Such is the variety of life.
Sexual reproduction "mixes up" the genes so that each new individual is unique.
nope you see chromosomes. which are each a single tightly wound strand of DNA but you cant make out that out. can see genes at all unless your looking at a sequence or have a florescent or radioactive tag.
there are 30000 genes on each chromosone.
FRDA is an autosomal recessive condition, which means that an affected individual has two altered or nonfunctioning FRDA1 genes, one from each parent.
The programmed senescence theory suggests that aging is a genetically regulated process designed to limit the lifespan of an organism. It proposes that aging is a result of the activation of specific genes that control the aging process and ultimately lead to the deterioration of cells and tissues over time. This theory contrasts with the idea that aging is simply a result of accumulated damage and wear and tear on the body.
No - individuals do not evolve, as each individual's genes do not change, and evolution is defined as the change in allele frequencies over time.
An individual of sexual reproduction inherits half its genes from its one parent and the other half of its genes from another parent. Individuals which are produced from asexual reproduction are genetically identical to their one and only parent.