CO2molecule is a reactant in the first step and a final product in the fourth step of the Calvin-benson
Answer:
1. Hematoma is an open injury that occurs whenever a large blood vessel is damaged and bleeds rapidly. False
2. You should never remove an avulsion skin flap, regardless of its size. True
3. When possible, ALS providers should administer IV fluid within 3 minutes after the crushing object is lifted off the body. False
Explanation:
1. It is false because, although is true that a hematoma occurs when you have a large blood vessel damaged, i
t is a closed injury, not an open one.
2. It is true, you should never remove an avulsion skin flap, regardless of its size. The avulsion may have a serious infection.
3. It is false because ALS providers should administer IV fluid before the crushing object is lifted off the body.
Answer:
1 is b
2 is c
3 is either b or c
i don't really remember 4, sorry
Explanation:
What do mitochondria do? Where are they found?
They harvest chemical energy from food & carry out cellular respiration, the conversion glucose to ATP. They are found in cells of eukaryotes, except a few anaerobic protozoans. The ATP generating electron transport system is embedded in the inner membrane (cristae) and chemical reactions occur in compartments between membranes.
What are the functional categories of organelles?
Eukaryotic organelles comprise four functional categories: -manufacture (synthesis of macromolecules and transport within the cell), -breakdown (elimination and recycling of cellular materials - energy processing (conversion of energy from one form to another) -support, movement, and communication (maintenance of cell shape, anchorage, and movement of organelles, and relationships with extracellular environments) All four categories work together as an integrated team, producing the emergent properties at the cellular level.
So in smaller terms, I guess eukaryotic organelles do this.
Appropriately named, <u>slow pain </u>oftentimes is not detected until seconds or even minutes after an injury; this is due to the activation of chemically sensitive pain receptors.
Explanation:
According to physiology of pain, slow pain arises when unmyelinated C fibers of the muscles are activated. This is pronounced as a dull and aching pain and is more diffuse in nature rather than fast pain which are more acute and rapid.
Most of the times this pain will not be detected immediately after the stimulus like an injury but may start slowly.
Slow pain can also be burning, throbbing or even nauseous. Chronic pain conditions mostly are characterized by slow pain.
Slow pain is elicited by stimuli like mechanical, chemical or thermal which are received by the chemically sensitive pain receptors on the skin or other organs of the body.
