A system was developed to measure the efficiency of plasmid gap repair by homologous recombination using either chromosomal or plasmid
<h3>What is
plasmid gap?</h3>
In Saccharomyces cerevisiae, gap repair is a quick and effective technique for putting together recombinant DNA molecules. By homologous recombination between two or more linear DNA fragments, one of which is typically a vector carrying replicative sequences and a selective marker, this technique creates a circular DNA molecule.
Bacteria and certain other microscopic species contain plasmids, which are tiny circular DNA molecules. Physically distinct from chromosomal DNA, plasmids multiply on their own.
In genetic engineering, plasmids are used to amplify, or make several copies of, specific genes. A plasmid is a particular kind of vector used in molecular cloning. A DNA sequence known as a vector is capable of moving foreign genetic material from one cell to another, where the genes can then be expressed and duplicated.
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This is called Homeostasis
True. Coniferous trees keep their leaves.
Answer:
High, Low
Explanation:
Wind blows air on the surface of the earth from a high pressure center to a low pressure center (this is depicted in the image attached). The area between the two "centers" is referred to as pressure gradient. The warm air in the region of the low pressure center then rises up into the atmosphere. The warm air then cools up in the atmosphere and then passed down back to the earth's surface
Answer: Leaves have different shape and different function based on the biome in which they live.
Explanation: Different biome have different trees and the structure of leaves are different.
The tundra biome have leaves designed in such as way that it does not allows the snow to stay on the leaves for a longer duration of time.
The desert biome have leaves designed in such a way that it does not allows water loss.
The rainforest biome has leaves designed in such a way that it does not retains water on the leaves for a longer time.
