Budding and regeneration both A. serve as a trigger for the sexual phase of reproduction. B. can lead to the production of a new individual through meiotic growth. C. use meiosis to replace lost tissue. D. create a new individual through mitotic growth

D. create a new individual through mitotic growth

Explanation:

Asexual reproduction is a form of reproduction of an already developed living being in which from a cell or a group of cells, a complete individual, genetically identical to the first, develops by mitotic processes. It is carried out with a single parent and without the intervention of the nuclei of the sex cells or gametes.

The simplest cellular organisms reproduce by a process known as fission or excision, in which the stem cell fragments into two or more daughter cells, losing its original identity. In certain multicellular animals, such as celiacs, sponges and tunicates, cell division is performed by buds. These originate in the body of the stem organism and then separate to develop into new organisms identical to the first. This process, known as budding, is analogous to the process of vegetative reproduction in plants. It occurs in plants when a part of them divides (stem, branch, sprout, tuber, rhizome) and develops separately until it becomes a new plant.

Plants have amazing regenerative capacities, being able to form new organs from tissues after embryogenesis. The aerial explants, generally segments of stem or leaves, can regenerate roots, allowing them to form a complete plant and survive.

not the best question format lol but what i think might as scale color is controlled by a single gene with two alleles, the green allele and the yellow allele. when moths that are homozygous for green scales are mated with moths that are homozygous for yellow scales, 100% of the offspring have green scales.

micro/nanoscale topography surface exhibits many prominent properties and is extensively employed in biomedical device, microfluidic device and energy device fabrication. additionally, the clinical applications of biomaterials can be largely expanded with of nanostructured surfaces.