Answer:
The eukaryotes, bacteria, and archaea that live in and on the human body are called normal microbiota. When they were originally discovered, scientists thought that the relationship between these organisms was parasitic because they thought that the organisms benefit from living on the host but did not help the host. In recent years, researchers have determined that most of our resident microbes derive and give benefit to the host. This makes the relationship between host and microbe one of mutualism. Pathogenic, on the other hand, are microbes that cause diseases.
Answer:
In the given case, it can be concluded that very less amount of telomerase is being produced.
Explanation:
Terminal transferase or telomerase refers to a ribonucleoprotein that supplements a telomere repeat sequence to the 3 prime terminals of telomeres. A telomere is present at each terminal of the chromosomes found in the majority of eukaryotes. It helps in safeguarding the terminals of the chromosomes from destruction or from getting combined with the adjacent chromosomes.
Telomerase has its own RNA molecule and works as a reverse transcriptase enzyme. Generally, telomerase is found active in gametes, in stem cells, and in the majority of cancer cells, however, it is generally present in low concentration or is absent in the majority of somatic cells. Thus, the decrease in the ends of the chromosomes suggests that the production of telomerase is taking place at low levels.
Answer:
heart rate to decrease
Explanation:
Please mark me as brainliest
2. You can rule out Mr green As his blood type does not contain an O allele that would contribute to her O blood type.
3. No you cannot rule out any of the men based on Rh type.
4 as her blood type is O-, she can only receive blood from an O donor, which none of the men are.
During<span> what </span>phase<span> of the </span>cell cycle<span> does </span>cell division occur<span>? </span>S<span> (</span>synthesis<span>). </span>During<span> ... </span>G2<span>, </span>S<span>, G1, M. </span>Cell<span>grows, </span>DNA replication<span>, </span>cell<span> prepares for mitosis, </span>cell division<span> ... of the </span>cell cycle<span>? Interphase- G, </span>S<span>, </span>G2<span>normal </span>cell growth<span>/prep for division.</span>
