Consuming large amounts of alcohol when blood glucose levels are low can lead to hypoglycemia due to low rates of gluconeogenesis. Considering that ethanol is oxidized to acetaldehyde by the enzyme alcohol dehydrogenase, how do you explain the inhibitory effect of alcohol consumption on gluconeogenesis and the subsequent hypoglycemia

Explanation:

Alcohol consumption will inhibit the process of gluconeogenesis because increase in alcohol (ethanol) will lead to accumulation of NADH

Higher concentration of NADH will inhibit the gluconeogenesis by preventing oxidation of lactate to pyruvate as a result lactate will accumulate

The first step in the synthesis of glucose from lactate in the liver is oxidation of the lactate to pyruvate; like the oxidation of ethanol to acetaldehyde, this requires NAD+

Consumption of alcohol forces a competition for NAD+ between ethanol metabolism and gluconeogenesis, reducing the conversion of lactate to glucose and resulting in hypoglycemia

what bodys are there orbiting?

measuring light intensity

light meters can be used to measure light intensity. the meter is held at the soil surface and pointed in the direction of the maximum light intensity, and then the meter is read.

errors can be made when measuring light intensity by accidentally shading the light meter. the reliability of the results can be checked by taking many samples.