The picture depicts budding in the yeast cell. what is the result of this process? a) the bud develops into a yeast cell with new genes. b) the bud develops into a yeast cell with the same genes as the parent cell. c) the bud develops into a yeast cell with half the genetic information from the parent. eliminate d) the bud develops into a yeast cell with double the genetic information
B) The bud develops into a yeast cell with the same genes as the parent cell.
Budding is a form of asexual reproduction in yeast. Chromosomes are replicated and then one set is passed on to the offspring or bud. So, The bud develops into a yeast cell with the same genes as the parent cell.
i believe it is b but im not sure
The answer is letter B.Yeasts are non-green, eukaryotic, monocellular microorganisms that belong to the kingdom fungus. They are usually larger than the bacteria and normally range in diameter from 3-4 μm. Yeast cells reproduce asexually through a process of asymmetric division, called budding. In yeast, budding typically occurs when the nutrition is plentiful. A small bud arises in this reproductive process as an outgrowth of the parent body. Later, the parent yeast nucleus is split into two parts, and one of the nuclei moves into the bud. The newly created bud splits up into a new cell and grows.
What is Budding?Budding is an asexual mode where new organisms are created. A new organism is formed in this cycle from a small portion of the parent 's body. A bud that is formed breaks away to develop into a new organism. As it grows further the newly developed organism remains attached. When it matures it is isolated from the parent organism by leaving behind scar tissues. As this is asexual reproduction, the newly formed organism is a genetically identical duplicate of the parent
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