The first cell that was viewed by the light microscope was the oak bark.
<h2>The given statement is true</h2>
Explanation:
Iron absorption occurs in the duodenum and upper jejunum of small intestine
- At physiological pH ferrous iron is rapidly oxidized to the insoluble ferric form
- Gastric acid lowers the pH in the duodenum which enhances the solubility and uptake of ferric iron
- Once iron gets inside the enterocyte it can be stored as ferritin;Ferritin is a hollow spherical protein which helps in storage and regulation of iron levels within the body
- Ferritin molecule have ferroxidase activity which helps in the mobility of Fe2+ out of the enterocyte by ferroportin
- Transferrin is the major iron transport protein which transports iron through blood
- Fe3+ binds to transferrin so Fe2+ transported through ferroportin must be oxidized to Fe3+
- Fe2+ needs to be oxidized first so that it can be transported through ferroportin
- Once iron gets inside the cell it can be used for various cellular processes
False, because if the second population depends on the first as a food source then if the first decimates then the second will also start to decimate
In place of clicking on the touchpad for the Cases, I would boost
in response to the visual incitements that would be linked with a reflex hammer
with an accelerometer; the reflex hammer would move appropriately to the carrying
of the picture on the screen by a programmed mechanical device. I wouldn’t use
the reflex hammer’s sound however; it’s purely there to compute my reaction
times (time of highest acceleration of movement of the reflex hammer deducted
by time of reflex) instead of using the computer’s software at figuring
reaction times, since I think the software is defective.
White’s Beach is located at these coordinates.
