The equation for cellular respiration is: C6H12O6 + 6O2 ? 6CO2 + 6H2O. At what specific point in the cellular respiration process has glucose been broken down completely from a six carbon molecule to 6 molecules of CO2?
Ans: During the second oxidation in the Krebs cycle.
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Which is true regarding the three central metabolic pathways?
A. They form high-energy bonds that can be used to synthesize ATP. B. They form intermediates that can be oxidized to generate reducing power. C. They form precursor metabolites. D. All of the choices are correct.
Identify the region of the brain that gives rise to the shaded region in this image
a. The diencephalon. b. The thalamus. c. The myelencephalon. d. The metencephalon. e. The forebrain.
Blood pressure is highest in the:
a. arteries b. arterioles c. capillary bed d. venules e. veins
Explain how a single gene can result in more than one RNA product due to different ways of processing the pre-mRNA
What will be an ideal response?