<h2>Answer is option "e"</h2>
Explanation:
- The decrease of pyruvate to lactate, catalyzed by lactate dehydrogenase (LDH; Pyruvate + NADH + H+ ⇌ Lactate + NAD+) in the cytosol of various cells, has been seen as a metabolic "stalemate", or possibly more properly, a metabolic round about drive since lactate can simply rejoin the metabolic framework by methods for pyruvate.
- In warm-blooded creatures, the LDH response is additionally viewed as "close harmony", implying that the response is managed primarily by the convergences of its reactants and items, as opposed to by increasingly advanced methods for an allosteric guideline or covalent adjustment.
- Since the balance for the LDH response lies far to one side, paying little mind to LDH isoform, the suggestion may be that LDH once in a while favors the turn around response (i.e., lactate oxidation) in vivo.
- SO, the right answer is option e " pyruvate⇌lactate.
Answer: The night
Explanation:
Remember that a plant does two things, it either produces energy by photosynthesis, in which case it takes up the carbon dioxide and releases oxygen, or consumes energy to grow/carry out the functions of life.
In the second case, the plant takes the glucose, or sugar, that it made during photosynthesis and breaks it into pieces, releasing energy. This step is accompanied by the release of carbon dioxide into the atmosphere. This happens all the time, but since the plant does not produce sugar and release oxygen during the night, the night is when it produces more CO2 than O2.
Answer and Explanation:
The possible genotype and phenotype are as follows
Genotype Phenotype
BbR∧ - Barbed and not resistant to pesticide
BBRR - Barbed and not resistant to pesticide
bbR∧ - Smooth and not resistant to pesticide
bbRR - Smooth and not resistant to pesticide
bb∧∧ - Smooth and resistant to pesticide
Bb∧∧ - Barbed and resistant to pesticide
BB∧∧ - Barbed and resistant to pesticide
