Answer:
Glycophorin
Explanation:
The red blood cells possess the membrane-spanning proteins integrated into the cell membrane called glycophorins.
These glycophorins are composed of the sialic acid and the glycoproteins and these molecules allow the formation of the hydrophilic bonds. These molecules allow the easy circulation of the blood cells in the blood vessels without clumping in the vessel and interacting with the blood vessels.
Thus, Glycophorin is correct.
the correct answer is true.
mitochondria
2. The end product of glycolysis in the breakdown of glucose
pyruvic acid
3. Tiny sacs in the cell which may contain starch
adenosine diphosphate
4. Converted into ATP during glucose breakdown
lysosome
5. Packets within the cell cytoplasm that contain digestive enzymes
organelle
6. Structure within the cell responsible for the production of energy
plastid
7. A small structure within the cell which serves specialized functions
lactic acid
Answer:
1 = lactic acid
2 = pyruvic acid
3 = plastid
4 = adenosine diphosphate
5 = lysosome
6 = mitochondria
7 = organelle
gene flow
optimality
optional
Answer:
Option B, Gene flow theory
Explanation:
Gene flow induces genetic pool in a particular species of organism. It also leads to speciation and therefore allows species belonging to a particular species to mate and produce fertile offspring with distinctive genetic trait as compared to their parents.
This new set of genes created by frequent mating leads to creation of genepool. Genepool allows the fittest genetic trait to grow further so that the fittest individuals are produced and in this way the weak behaviour traits are lost with time.
Hence, option B is correct.
Answer:
gene flow
Explanation:
Answer:
Direct observation of evolutionary change: creation of drug-resistant bacteria.
Fossil record: discovery of transitional forms of animals, discovery of shells of extinct organisms
Homology: similarities in mammalian forelimbs, identical genetic code in fireflies and tobacco plants, vestigial pelvis in right whales
Biogeography: resemblance of endangered island species to neighboring mainland species,
Direct Observation of Evolution:
Direct observation of evolution involves studying the changes in a population over a relatively short period of time. One example of direct observation is the development of antibiotic resistance in bacteria.
Scientists have observed that certain strains of bacteria can evolve resistance to antibiotics through genetic mutations and natural selection. By exposing bacteria to antibiotics in laboratory experiments, researchers can directly observe the process of evolution as the bacteria adapt and survive in the presence of the drugs.
Read more about evolution
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Answer:
Death of macrophages
Explanation: