Your brain stem would be your answer
Yes, there is a statically significant association between alleles and disease phenotype.
What is an allele?
A different variant of a gene is termed an allele.
The dominant alleles are variants of genes that definitely produces a phenotype even if other alleles are present.
The recessive allele is a variant of a gene that produces phenotype only if they are present in a homozygous condition, that is an individual is having two copies of that allele.
There can be homozygous dominant diseases where disease phenotype is shown even if only a single dominant allele is present, whereas homozygous recessive diseases are those whose phenotype is expressed only if two disease-causing recessive alleles are present in an individual.
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Answer:
im pretty sure it would be a trait
Plants and animals are all pluricellular.
ORF alignments above a certain threshold level with one or more genes in the database are presumed to encode a protein of similar function and such pairs are called Orthologues. They diverged by speciation.
<h3>What are orthologue genes?</h3>
Orthologue genes are genes that evolved by divergence from a common ancestor.
In general, orthologue genes have the same function in different species, but they exhibit sequence variation.
The alignment between orthologue genes exhibits sequence homo-logy in evolutionarily conserved gene regions.
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