The answer is; Bryophytes are nonvascular plants, and pteridophytes are seedless vascular plants
Pteridophytes have a vascular system (phloem and xylem tissues) but produce spores for reproduction, unlike other higher plants. An example of pteridophytes is the fern. Bryophytes that include Moses are referred to as ‘lower plants because they do not have a true vascular system.
TOuch and pain are controlled by different regions of the brain, so I gonna treat these terms separately:
PAIN: one thing seems certain: there is no single "pain centre" whose only activity could account for all facets of pain. In other words, no lobotomy of any particular region of the brain completely removes the pain. So there are many regions that are responsible for pain: The reticular formation and the thalamus (specifically the Deep lemniscal territory) which is responsible for both touch and pain sensations
TOUCH: touch sensation are processed by parietal lobe in the brain cortex (which is also responsible for sight and hearing), and the deep lemniscal territory in the thalamus.
<span>A newborn baby have 2 fontanelles that is anterior and posterior. In generally anterior fontanelle closed in 18-24 months and the posterior fontanelle closes 2-3 months after birth.</span>
The following are statements that are true about mitochondrial protein synthesized in the cystol.
- Proteins cross both the inner and outer mitochondrial membranes as they are imported
- Chaperone proteins help draw the proteins inside the mitochondrion.
- Protein transport into mitochondria is powered in part by ATP hydrolysis.
<h3>Mitochondrial protein.</h3>
Mitochondrial is an organelles found in organisms which is refer to as the power house and help to produce energy for cells, for metabolic activities, cell proliferation and so on.
Mitochondrial proteins are normally encoded by nuclear genes and they are produced on cytosolic ribosomes and imported into mitochondria.
Mitochondrial Protein help to Import protein and Process the protein in Heart Disease. imported into mitochondria.
Therefore, The following are statements that are true about mitochondrial protein synthesized in the cystol.
- Proteins cross both the inner and outer mitochondrial membranes as they are imported
- Chaperone proteins help draw the proteins inside the mitochondrion.
- Protein transport into mitochondria is powered in part by ATP hydrolysis.
Learn more about mitochondrial protein here.
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