Explain anaerobic cellular respiration, noting the lactic and alcoholic fermentation processes.
Explain anaerobic cellular respiration, noting the lactic and alcoholic fermentation processes.
1 AnswerQuestions and Answers
1 Answer When a muscle contracts anaerobically, more lactic acid is formed than when it contracts aerobically because:
When a muscle contracts anaerobically, more lactic acid is formed than when it contracts aerobically because:
a) oxygen inhibits fermentation of pyruvate to lactate.
b) under anaerobic conditions, most pyruvate is fermented to ethanol.
c) under aerobic conditions, most pyruvate is oxidized to CO
by the critic acid cycle.
d) glycolysis does not occur to a significant extent under aerobic conditions.
e) it’s been paralyzed by a 3000-fold excess of Botox.
1 Answer Describe how living things use anaerobic respiration to generate energy. In the answer, identify the main products generated by the two types of anaerobic respiration, and identify one organism that performs each type.
Describe how living things use anaerobic respiration to generate energy. In the answer, identify the main products generated by the two types of anaerobic respiration, and identify one organism that performs each type.
1 Answer What bacterial process do you think contributes to making the colon an anaerobic environment?
What bacterial process do you think contributes to making the colon an anaerobic environment?
1 AnswerQuiz Leaderboard
1st
Sourav
Score: 90%
Questions: 20
2nd
Priyanka
Score: 90%
Questions: 10
3rd
Nischal
Score: 90%
Questions: 10
4th
Vesnce
Score: 45%
Questions: 20
5th
Hector
Score: 40%
Questions: 10
6th
Hykss
Score: 20%
Questions: 10
Total Questions 3514
Top Questions
-
drifting movement in fishes during migration
Drifting movement is a significant aspect of fish migration, particularly
Sourav Pan
-
classification of fishes based on migration in dams in india
Fish migration is a critical aspect of aquatic ecosystems, significantly
Sourav Pan
-
Do fish migrate in the winter?
Fish exhibit diverse migratory behaviors during winter, influenced by species-specific
Sourav Pan
-
Topoisomerase: – A. Separates the DNA strands at the origin – B. Keeps the single-stranded DNA regions from coming back together – C. Re-coils the DNA into a helix after replication is complete – D. Breaks DNA backbone to remove tension produced by the helicase – E. Breaks hydrogen bonds between DNA and the RNA primers
D. Topoisomerase breaks the DNA backbone to relieve supercoiling tension
Sourav Pan
-
What end overhangs?
The 3' end of the telomere strand typically has a
Sourav Pan
-
What kind of cells need cell replication of their telomeres?
Actively dividing cells, such as stem cells, germ cells, and
Sourav Pan
-
What percent of all human cancers have high levels of telomerase?
Around 85–90% of human cancers have high telomerase activity. This
Sourav Pan
- All Questions