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Drawbacks to sexual reproduction include: needing two parents, less efficient at passing on genes, and the cost of recombination.
There are 2 types of reprodution , those are sexual and asexual reproduction . Sexual reprodution invloves both a male and a female . but asexual reproduction involves just the female ( a good example of this is a plant , some plants do not need others to reproduce ) ! Hope that helps :)
In asexual reproduction there are 2 daughter cells produced that are identical to the parent cell. In sexual reproduction there are 4 genetically different daughter cells produced that are haploid (23 chromosomes). Crossing over occurs during meiosis which mixes up segments of DNA on homologous chromosomes causing new genetic variations. By the sperm fertilizing the egg, you are combining 2 completely different sets of different haploid DNA to produce a diploid offspring which is genetically different from both parents.
The scientific name for asexual reproduction is asexual reproduction!!!!!!!!!!!!!!DUUUUUUUUUUUUUUUUUUUUUUUUUUUUH
Bryophyllum reproduces by leaves.
'gametes'
Sexual and Asexual
'gametes'
embryo
Drawbacks to sexual reproduction include: needing two parents, less efficient at passing on genes, and the cost of recombination.
Meiosis
gametes
sexual reproductive
There are 2 types of reprodution , those are sexual and asexual reproduction . Sexual reprodution invloves both a male and a female . but asexual reproduction involves just the female ( a good example of this is a plant , some plants do not need others to reproduce ) ! Hope that helps :)
The general name for sex organs of animals is genitalia or the genitals. The sex organs function for reproduction and also urination.
Amoebae and bacteria reproduce differently, but in both animals it is a form of asexual reproduction. That means that there does not have to be a 'mommy and daddy'. One cell can split into two cells all by itself.
In asexual reproduction there are 2 daughter cells produced that are identical to the parent cell. In sexual reproduction there are 4 genetically different daughter cells produced that are haploid (23 chromosomes). Crossing over occurs during meiosis which mixes up segments of DNA on homologous chromosomes causing new genetic variations. By the sperm fertilizing the egg, you are combining 2 completely different sets of different haploid DNA to produce a diploid offspring which is genetically different from both parents.