Answer:
The golgi apparatus packages proteins into vesicles inside of the cell before sending them to their destinations. ... The secretory activities of the cell would also cease to occur. Also, if there is no golgi apparatus, the plasma membrane would be affected because it needs to be able to grow larger for cell division.
Explanation:
<span>By the late 1960s, scientists had developed the theory of plate tectonics based on a range of new evidence. Technological advances had helped reveal that the ocean floor was not essentially flat, as once assumed, but instead was marked by 50,000-kilometer-long (31,000-mile), 3,000-meter-high (9,800-ft) ridges and 11-kilometer-deep (7-mile) trenches. Scientists found striking patterns related to these features. They found that the youngest oceanic crust is located nearest the mid-ocean ridge and the oldest crust is nearest the trenches. They also detected a pattern of alternating magnetic polarity along the ocean floor, which emanated from the ridge tops. These two pieces of evidence, coupled with the fact that volcanic activity and island-building occurred most commonly at ocean trenches, suggested that new crust was created at mid-ocean ridges and destroyed at ocean trenches. Scientists Harry Hess and Robert Dietz used this evidence to revive and expand Holmes' convection theory into the theory they called "seafloor spreading." Finally, Wegener's notion of continental drift was coupled with a mechanism that could explain the movement of tectonic plates.</span>
The correct answer is 5′ to 5′ triphosphate linkage.
<span>mRNA capping is the posttrancriptional modification of messenger RNA when the nucleotide on the 5′ end is specially altered. The process is highly regulated and it creates stable and mature messenger RNA able to undergo translation. The cap on the <span>5’ end of mRNA consists of a guanine nucleotide connected to mRNA via an unusual 5′ to 5′ triphosphate linkage. Guanosine is methylated on the position 7 after capping.</span></span>
Answer:
hydrolytic degradation
bulk degradation
Explanation:
hydrolytic degradation would be preferred over enzymatic degradation due to the consistency of the aqueous environment between patients, and no need to target the degradation area (it is in the defect site, localized, and is accessible by water).
Bulk degradation over surface degradation as the scaffold would also be preferred, due to consistent dimensions over a period of time, compared to surface degradation that could loosen before sufficient repair tissue has developed, or any seeded cells could detach from the scaffold.
Answer:
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