The hydrolytic enzymes found in lysosomes degrad:
a) carbohydrates.
b) proteins.
c) l...
Biology, 01.06.2021 03:00 Estrella2209
The hydrolytic enzymes found in lysosomes degrad:
a) carbohydrates.
b) proteins.
c) lipids.
d) phagosomes.
Answers: 2
Biology, 22.06.2019 08:40
What best explains whether bromine (br) or neon (ne) is more likely to form a covalent bond? bromine forms covalent bonds because it has seven valence electrons, but neon has eight valence electrons and already fulfills the octet rule. bromine forms covalent bonds because it has many electron shells, but neon has only two electron shells and is tightly bound to its electrons. neon forms covalent bonds because it can share its valence electrons, but bromine has seven valence electrons and can gain only one more electron. neon forms covalent bonds because it has only two electron shells, but bromine has many electron shells and will lose electrons in order to fulfill the octet rule.
Answers: 3
Biology, 22.06.2019 10:00
An animal cell (left) and a plant cell (right) are shown.which organelle, labeled x in the diagram, is found in both plant and animal cells?
Answers: 1
Biology, 22.06.2019 12:00
Why is it to call the calvin cycle the light independent reactions vs the dark reactions
Answers: 3
Biology, 22.06.2019 20:00
Which of the following would be the best hypothesis for this experiment? a) use of the ginko biloba extract improves clinical outcomes when administered to patients with t2d. b) ginko biloba improves clinical outcomes of diabetes patients when combined with metformin. c) diabetes in patients is worsened when ginko biloba is taken in conjunction with metformin. d)the use of ginko biloba to treat t2d in combination with metformin lowers the cost of t2d treatment. ginko biloba shows benefits against t2d when combined with plant extracts as compared to other treatments.
Answers: 2
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Biology, 17.07.2019 19:30
History, 17.07.2019 19:30
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Biology, 17.07.2019 19:30
Social Studies, 17.07.2019 19:30
Mathematics, 17.07.2019 19:30
Social Studies, 17.07.2019 19:30