No - sperm and egg cells are gametes, meaning they contain only half of the genetic material of a normal (somatic) cell. This means that they only have one allele for each trait.
When the sperm and egg unite the new organism will then have the correct number of alleles (2).
Your mother and father pass of 23 chromosomes each
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No. They will each get the same genes that make a human a human except for the sex genes. The egg carries its' set of genes and all of the organelles including the mitochondria. The sperm carries only its' set of genes.
Any chance you're doing the BSB yr9 science homework? Back to the topic...Genes are found in the head of the sperm cell and about the egg cell...No clue LOL
Sperm duct leads from the epididymis which stores sperm into the urethra. So, its function is to transport the sperms into the urethra.
DNA is a double stranded structure, made of two strands. child's get his DNA from his parents, which is made up of one mother's strand and one father's strand. this is how the child get characters of both the parents
Twenty-three chromosomes are in a cell that is formed from a sperm and egg cell.
Genes are conveyed through the sperm and egg, so if that sperm unites with the egg the alteration will be inherited by the child.
The sperm and egg sex cells (or gametes) have both recessive and dominant genes in them.
half
sperm main function is to carry the male genes to the egg
In sexual reproduction, an organism get half of it's genes from it mother and half from the father. Without the genes from both the egg and sperm, the genome of the new organism would be incomplete.
No. They will each get the same genes that make a human a human except for the sex genes. The egg carries its' set of genes and all of the organelles including the mitochondria. The sperm carries only its' set of genes.
process of pregnancy
The egg is the gamete produced by the female.
there are 23 chromosomes in an egg and sperm cell these then combine
it is in the genes of the egg and the sperm by mohatmo gandi
The male produces sperm cells, which carry his genes. The sperm cell meets an egg cell from the female which carries her genes. The sperm cell penetrates the egg's outer layer. This is called "fertilizing" the egg. Normally, the outer layer of the fertilized cell thickens, so no more sperm cells can enter it. The fertilized egg then travels to the woman's uterus, where it attaches to the wall of the uterus and ultimately develops into a fetus.
It carries the chromosomes, which carry the genes, that when combined with the genes carried in the egg, along with environmental factors, determine the phenotype of the offspring.