Bacterial. I am learning he same thing too. It is bacterial because bacteria causes the flu, pneumonia, and etc.
GFP (Green Fluorescent Protein) and other fluorescent proteins are extremely useful tools for microscopy because GFP and similar proteins are derived from mammalian proteins, so they do not kill cells in culture recombinant DNA techniques which can be used to express a specific target protein.
Green fluorescent protein (GFP) is a kind of protein in the jellyfish Aequorea Victoria which exhibits green fluorescence when exposed to any light. Green fluorescent protein (GFP) and its homologs are most widely used as fluorescent markers of the gene expression and also for the determination of protein localization and motility in the living cells.
Learn more about green fluorescent protein here
brainly.com/question/15236303
#SPJ4
Answer: carbon cycle
Explanation: Well there are 4 biogeochemical cycles, one is the hydrological cycle(water), the carbon cycle, the phosphorus cycle, and the nitrogen cycle, they are all essential to plant photosynthesis to happen.
Answer;
-They are all at the same elevation
Explanation;
-Contour line on a topographical map that detail changes in elevation. This line connects points of equal elevation. Contour lines are used in Topography to show the elevation of the land on a map. When looking at a map the contour lines look very similar to how a calm lake would appear.
Answer:
0% (none)
Explanation:
The female drosophila is heterozygous for X-linked recessive mutation. An X-linked recessive mutation is expressed in females only when present in the homozygous state. Therefore, the female progeny should have two copies of the mutant allele to express this mutation. Let's suppose that the genotype of the heterozygous female is X^cX and that of the male is XY. The cross would obtain progeny in following ratio=
X^cX x XY= 1/4 X^cX: 1/4 XX: 1/4 X^cY: 1/4 XY
Since none of the female progeny is homozygous recessive (X^cX^c), the cross would not obtain any female progeny expressing the X-linked recessive mutation.
