Answer:
The correct answer is: 1,4' linked polymers of D-glucose which differ in the stereochemistry of this linkage.
Explanation:
Cellulose and amylose are both polysaccharides and polymers of glucose (which means that they are composed of glucose molecules). While cellulose is mostly found on the cell wall of plants and algae, amylose (along with amylopectin) form the main carbohydrate in humans' diets: starch.
While the glucose molecules in <u>amylose are linked by α(1-4) glycosidic bonds</u>, the glucose molecules in <u>cellulose have β(1-4) glycosidic bonds</u>. This particularity is what makes amylose and cellulose compounds differ from one another.
Answer:
Decomposers are responsible for breaking down dead animals bodies into waste, more commonly known as food for themselves, and a more clean ecosystem. You can thank decomposers such as mushrooms and fungi for making sure the ecosystem does not consist of dead bodies.
Increases your chance of getting cancer. whether it's skin cancer from the sun's radiation or lung cancer from inhaled compounds in cigarettes.
Answer:
In the given case, the protein would have required to go through the process of post-translational modification, however, the mentioned protein would have been cultured in the prokaryotic system, the process of post-translational modification would have failed to take place. This step would be essential for the functionality of the protein. Thus, there is a need to culture it within the eukaryotic system.
The covalent and generally the enzymatic modification of proteins post its biosynthesis is termed as post-translational modification.
Answer:
well I am quite unsure but I need points so sry man
