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Matthew Barnett
It is woven through a force-spinning process using threaded natural plant fibers then knitted artificially through an insulated process involving synthetic glass fibers.
Yes, you can use vinegar in the final rinse of a wool wash. It will not damage the fibers if you don't wash it out, it actually fluffs them up.
you muscles are made of many individual muscle fibers. When you lift a weight or exert a force over and over again you damage these fibers (more specifically actin and myosin). When your body repairs the damage, you get more muscle mass!
With this kind of severe disc degeneration, there is bone on bone crepitus (rubbing) and, usually, significant pain from the involved nerve fibers which are impinged.
During the cell cycle CDK and Cyclin check for cell damage and oversized cells.
myolysisrhabdomyolysis is the breakdown of muscle fibers. This releases the contents of the fibers into the blood stream. Rhabdomyolysis can be caused by damage to the muscle itself.Muscular AtrophyDegeneration of muscle tissue is known as myolysis.
You'd damage the Perjukie fibers of the periostium, and no, just suck it up.
The symptoms of transverse myelitis are due to damage and/or destruction of the myelin sheath, the fatty white covering of nerve fibers that serves both to insulate the nerve fibers and to speed nervous conduction along them.
No. The heart muscle contracts in sections, first the top (atrium) then the bottom (ventricle). But when it is working properly, the heart muscle fibers contract together in large groups.
The main problem is hot water will cause the fibers of wool to shrink. Also strong detergents can damage the fibers, causing them to weaken. The best way to clean wool garments is always dry cleaning. The second best is hand washing in cold water in a detergent specially formulated for use on wool.
Briefly describe why cardiac tissue cannot repair itself after damage? Cardiac muscle lacks stem cells and mature cardiac muscle fibers cannot go through mitosis. This is a network of specialized cardiac muscle fibers that provide a path for each cycle of cardiac excitation to progress through the heart.