#Question id: 12718
#Unit 6. System Physiology – Plant
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COLUMN I
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COLUMN II |
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A) Physical sensing
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i) usually results from the
detection of by-products that accumulate in cells due to the uncoupling of
enzymatic or electron transfer reactions, such as the accumulation of ROS
during stress caused by too much light.
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B) Biophysical sensing
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ii) often involves the presence of
specialized proteins that have evolved to sense a particular stress; for
example, calcium channels that can sense changes in temperature and alter
Ca2+ homeostasis.
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C) Metabolic sensing
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iii) refers to modifications of
DNA or RNA structure that do not alter genetic sequences, such as the changes
in chromatin that occur during temperature stress.
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D) Biochemical sensing
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iv) refers to the mechanical
effects of stress on the plant or cell structure, for example, the
contraction of the plasma membrane from the cell wall during drought stress.
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E) Epigenetic sensing
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v) might involve changes in
protein structure or enzymatic activity, such as the inhibition of different
enzymes during heat stress.
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#Question id: 13147
#Unit 8. Inheritance Biology
#Question id: 26437
#Unit 3. Fundamental Processes
GC – TA transversion caused by the insertion of
#Question id: 4145
#Unit 3. Fundamental Processes
Steriod hormone response elements (HREs) are _ , which, when bound to _, alter gene expression at the level of _.
#Question id: 1419
#Unit 4. Cell Communication and Cell Signaling
Mitochondrial permeabilization can be induced by compounds that poke small holes in the outer membrane. This would cause: