Answer:
b. Mutualistic
Explanation:
The symbiotic relationships are defined by the interacition between two species, In the mutualistic symbiotic relationship both of the organisms get benefits from the interaction. in the case of the normal flora in the skin as they compete with pathogens for space and food they prevent this patogens to go in the human skin, and they get food from the skin, so as they give protecttion and obtain food, both of the organisms are getting benefits and because of this:
The relationship between you and your normal flora is an example of a mutualistic symbiotic relationship.
Answer:
I think the answer is Tendon
<h2> Pressures directed into the blood </h2>
Explanation:
- Blood hydrostatic weight is the power applied by the blood restricted to veins or heart chambers. Significantly more explicitly, the weight applied by blood against the mass of a fine is called narrow hydrostatic weight (CHP), and is equivalent to hairlike pulse. This contradicting hydrostatic weight is known as the interstitial fluid hydrostatic weight (IFHP).
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The net weight that drives reabsorption—the development of fluid from the interstitial fluid go into the vessels—is called osmotic weight (some of the time alluded to as oncotic pressure). While hydrostatic weight powers fluid out of the slim, osmotic weight moves fluid back in. Osmotic weight is dictated by osmotic fixation inclinations, that is, the distinction in the solute-to-water focuses in the blood and tissue fluid. Its impact on slim trade represents the reabsorption of water.
- Blood has a higher colloidal fixation and lower water focus than tissue liquid. It along these attraction in water.
- Hence, the right answer is "the pressures directed into the blood at the arterioiar end are OPc and HPif."
<span>Red blood cells are formed in the red bone marrow of bones. Stem cells in the red bone marrow called hemocytoblasts give rise to all of the formed elements in blood. If a hemocytoblast commits to becoming a cell called a proerythroblast, it will develop into a new red blood cell.</span>
