<span>it's because the part of your brain that recieves information from your sensory neurons dosen't treat all the body equally.</span>
Answer:
glucose inside the cell is greater than outside the cell
Explanation:
this usually because of tge life processes in living organisms such as feeding.
Answer:
1. transcription of Tau DNA in different directions.
4. different chemical modifications of Tau protein.
Explanation:
Tau gene transcribe in different direction which depends upon the animal age. This happens because at different age and developmental stage, animal produce different RNA binding proteins which leads to formation of alternative splice forms. This reaction is strengthen by the addition of phosphate and sugar molecules which again depending on developmental stage and time.
The environmental change that is caused by the increasing levels of solar energy will cause the melting of the ice at the poles and hence increase the sea level, whereas, the movement of tectonic plates under the surface of Earth causes the drifting of the continents. We have surely come across the formation of new islands, mountains and vanishing of existing land masses due to the movement of tectonic plates in the past.
Hence the continent drifting is caused by the movement of tectonic plates. This is definitely a long-term change since the time period taken for such geological changes is large.
Hence the option B applies to our answer
The frequency of the recessive allele for the Hbs gene when there is an outbreak of malaria will increase.
The sickle hemoglobin is produced by the HbS gene, a variation of the B-globin gene. A person who possesses two recessive alleles is said to have the genetic condition known as sickle cell anemia.
People who are heterozygous have the advantage of having normal and sickle hemoglobin, so they are more resistant to malaria because malaria will only act on normal hemoglobin, increasing the prevalence of the recessive allele of the HbS gene.
However, the malarial parasite only affects hemoglobin which is normal, making heterozygous people more resistant to the disease. Hence, the frequency of the recessive allele for the Hbs gene when there is an outbreak of malaria will increase.
To learn more about malaria refer to:
brainly.com/question/3895081
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