A chromosome is more "complex" than a gene.:)
A gene is smaller than a chromosome.
Hope this helps!
A gene is smaller than a gamete. Genes are too small to be seen with a microscope. Gametes are eggs and sperm cells that carry genes in their nuclei.
Chromosome 19 has a blue/green gene. Chromosome 15 has a brown/blue gene. The genetics of eye color are more complex than realized previously, and more than one gene is involved in determining eye color.
Chromosome 5.The gene is known as TERT (or, in humans, hTERT) and is the most distal gene on the short arm of chromosome 5 (5p). Its location is 5p15.33. For more detail, see the link below.
The SRY gene is a gene on the Y chromosome required for the development of testes. It stands for Sex determining Region on Y chromosome.
Recessive gene of X chromosome. more common in men as they have only one x chromosome but in female there are 2 X chromosome. If one of X chromosome in female has this recessive gene, they become a carrier. If both the X chromosome in female has this gene, they show baldness
A change in a gene or chromosome is called a: Mutation
nucleus → chromosome → gene
Chromosome 19 has a blue/green gene. Chromosome 15 has a brown/blue gene. The genetics of eye color are more complex than realized previously, and more than one gene is involved in determining eye color.
Smallest to largest: Gene (a place on a chromosome); chromosome (there are 46 in human cells); and DNA (because it accounts for all the genetic material in a cell).
no, the gene is not actually the chromosome but a part of chormosome...
Males only have one X chromosome, so even if the gene on that chromosome is recessive there is no other gene that could dominate it. Females have two X chromosomes, so if the gene on that chromosome is recessive there is still a chance that the gene on the other chromosome could be dominate and override it.
Chromosome 5.The gene is known as TERT (or, in humans, hTERT) and is the most distal gene on the short arm of chromosome 5 (5p). Its location is 5p15.33. For more detail, see the link below.
The SRY gene is a gene on the Y chromosome required for the development of testes. It stands for Sex determining Region on Y chromosome.
chromosome 11
alleles
gene chromosome genome
Recessive gene of X chromosome. more common in men as they have only one x chromosome but in female there are 2 X chromosome. If one of X chromosome in female has this recessive gene, they become a carrier. If both the X chromosome in female has this gene, they show baldness
chromosome 1 chromosome 1