in the survival of evironmental conditions
A diploid zygote with a thick protective wall suggests the zygote has undergone fertilization and is preparing for development. The thick protective wall, likely the zygote's outer layer, could provide physical protection and support as the embryo develops. This protective wall may function in maintaining internal conditions suitable for growth and development.
A zygote fungi produces spores through sexual reproduction. These spores are usually released into the environment where they can germinate and grow into new fungi under favorable conditions.
Zygote
ovary
how could a zygote end up with an extra chromosome Either the egg or the sperm doesn't divide equally.
A diploid zygote with a thick protective wall suggests the zygote has undergone fertilization and is preparing for development. The thick protective wall, likely the zygote's outer layer, could provide physical protection and support as the embryo develops. This protective wall may function in maintaining internal conditions suitable for growth and development.
A zygote fungi produces spores through sexual reproduction. These spores are usually released into the environment where they can germinate and grow into new fungi under favorable conditions.
Zygote
A zygote is not an egg; there are no zygote eggs. If there were, I could eat them.
ovary
A zygote is diploid.
A zygote is unicellular.
how could a zygote end up with an extra chromosome Either the egg or the sperm doesn't divide equally.
if the zygote did not came in contact with sperm then it did not fertilize as the result causes death of zygote.
Fertilization is the short answer. This process results in a fertilized egg known as a zygote.
Zygote Zygote
chromosomes are present in the nucleus of zygote.