Chlorarachniophyte and cryptophyte algae contain three sets of genetic material: the nuclear genome, the chloroplast genome, and a set of genes found in the nucleomorph. What, in terms of the endosymbiotic hypothesis, is represented by the nucleomorph genes?

Endosymbiotic Hypothesis

Explanation:

The hypothesized process by which prokaryotes produced ascend to the primary eukaryotic cells is known as endosymbiosisThe Positively positions among the most significant developmental occasionsEndosymbiotic hypothesis, that attempt to clarify the beginnings of eukaryotic cell organelles, for example, mitochondria in animals and parasites and chloroplasts in plants The endosymbiotic theory are The Mitochondria and chloroplasts have a single roundabout chromosomeMitochondria and chloroplasts separate by mitosisMitochondria and chloroplasts have 70S ribosomes

Endosymbiotic hypothesis

Explanation:

Remnant genes from the nucleus of a eukaryotic algal endosymbiont

The endosymbiotic hypothesis explains the origin of mitochondria and plastids through the engulfment of bacteria into eukaryotic cellsNucleomorphs are the smallest nuclear genomes which are remnant nuclei of algal endosymbionts that were engulfed by non photosynthetic host eukaryotesThese organelles are found in Chlorarachniophyte and cryptophyte algae,where they evolved from green and red algal endosymbionts respectivelyNucleomorph of Chlorarachniophyte and cryptophyte algae cells has been greatly reduced through the combined effects of gene loss and intracellular gene transfer

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