ORF alignments above a certain threshold level with one or more genes in the database are presumed to encode a protein of similar function and such pairs are called Orthologues. They diverged by speciation.
<h3>What are orthologue genes?</h3>
Orthologue genes are genes that evolved by divergence from a common ancestor.
In general, orthologue genes have the same function in different species, but they exhibit sequence variation.
The alignment between orthologue genes exhibits sequence homo-logy in evolutionarily conserved gene regions.
Learn more about orthologue genes here:
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Answer:
Dogs,Sheep,Green Beans are multicellular
Explanation:
Multicellular organisms are made up of more than one cell.They are completely different from unicellular organism.An example of multicellular is a wide range of plants and animal kingdoms.When compared to unicellular multicellular organisms are more complex because their body is made up of different types cells to carry out different functions.Majority of plant species and animals range from fungi to humans coming under multicellular category.In multicelluar organisms an individual cell undergone cell division or you may say proliferation of cells to develop many more cells. The process initiates with process of fertilized cell that keep on dividing to generate more cells.The genetic material of the cell also divides to form daughter cells.
Answer:
Most of the shellfish we eat are going to be negatively impacted by ocean acidification due to the fact that they will be unable to build sturdy shells. Some oyster hatcheries in the Pacific Northwest have already been impacted, and have seen declines in larval settlement and survival rates.
Neither do I sorry I was no help
Answer:
D. pseudopodia
Explanation:
The pseudopods are one of the modes of locomotion of unicellular organisms. The amoebas move forming a large pseudopod at the front of the cell, while the cytoplasm retracts from the back and repeats this process, or by extending and contracting several small pseudopods that, in contact with the substrate, allow displacement.