When gametes meet - at conception the DNA is combined. The male gamete (sperm) carries DNA from the male, and the female gamete (ovum) carries DNA from the female. Male and female DNA are combined during sexual reproduction.
Yes
Through male and female gametes
In peas, the male sex cells are called pollen grains, while the female sex cells are known as ovules. These gametes play a crucial role in the process of fertilization, leading to the formation of seeds. The male and female cells combine to produce a zygote, which eventually develops into a new pea plant.
When a male cell (sperm) fertilizes a female cell (egg), they combine to form a zygote, which contains a full set of chromosomes. This zygote then undergoes cell division and eventually develops into an embryo.
Both parents contribute DNA to the offspring, and that is found in the package of an egg(female) or sperm(male).
fertilization
Yes
Through male and female gametes
Yes, many plants have both male and female reproductive structures that combine to form seeds. The male structure is typically the pollen-producing part (stamen), while the female structure is the ovule-producing part (pistil). When pollen from the male structure fertilizes the ovule in the female structure, seeds are formed.
nope,, his dna is still male dna because dna is unchangeable even if he change his genital. that's why dna can be used to identify an individual.
XY = Male XX = Female
In the genetic system. XX is the female and XY is the male. There are four ways this can combine X"X' & XY as X"X Female X'X Female X"Y Male X'Y Male The are dashes on the 'X's' for clarity of combination. This results in an equal number of females and males being born.
Because they are Male and girls are Female. It is in their DNA!
Sexual reproduction allows the organisms to combine DNA and produce offspring that may have better survival traits than either one of the parents. Even if an organism has both male and female organs, it is better for future offspring to combine these traits and try to produce a superior organism instead of just copying the DNA that is already there.
coded messages in the DNA
you have a 50/50 chance of producing both a male and female offspring, it really depends on whether or not your offspring's DNA will have XY chromosomes (male) or XX chromosomes (female)
Coded messages from the DNA in the protein