Answer:
The correct answer is staphylococcus epidermis.
Explanation:
Various strains of the Staphylococcus genus of spherical bacteria thrive on the skin. Of these, Staphylococcus epidermis is the generally found skin bacterium. It is most commonly found in sweaty places like in forearms and armpits. Staphylococcus epidermis thrives on the skin of each and every human being.
In combination with other microbes, they generate components from sweat and produce a body odor related to perspiration. These bacteria like other species of Staphylococci combine together in the form of grapes bunches. The Staphylococcus epidermis protects the body from destructive bacteria like Staphylococcus aureus.
Answer:
The correct answer is C: "The secretory phase of the uterine (menstrual) cycle occurs when <em>progesterone stimulates the endometrium to prepare it for implantation".</em>
Explanation:
The luteal phase, also known as a <u>secretory phase </u>or postovulatory phase, has place immediately <em>after ovulation</em>, from 15th to 28th day, and it lasts <em>until the end of the menstrual cycle</em> when bleeding starts again.
During the secretory phase, the <em>follicle</em> in the ovary <em>produces </em><em>progesterone</em> to keep <em>preparing the uterus for a possible pregnancy</em>. If there is no fecundation, estrogen and progesterone levels fall as the follicle reduces. When this happens, the endometrial is eliminated as menstruation and a new cycle begins.
<em>If the ovule is fecundated, </em><em>it occurs implantation</em><em> </em>and follicles continue to produce progesterone and estrogen in high amounts to sustain the endometrial until the placenta is formed.
Answer: A- Ankrd1 is binding to ARs and preventing ARs from binding to the promoter, which inhibits mRNA transcription.
Explanation:
B. The PNS is the voluntary response to stimuli. You get to choose what you want to do with the stimuli
<span>This is the phosphorus and carbon cycle. By breaking down dead carbon-containing objects and returning them to the soil, these bacteria are able to allow the nutrients to be re-used by future generations of plants and animals, continuing the cycle.</span>
