1. Explain 5 risks of the agriculture project on forest and human.
1. five (5) important concepts that should be taken into account to achieve a
sustainable development.
Calculate the amount of ATP generated from the complete oxidation of a triglyceride with a X, Y, and Z acyl chain of carbons; include an accounting of the electron carriers and molecules of ATP produced at each stage of metabolism. Compare the ratio of ATP:C to that achieved by the complete oxidation of glucose muscle cells. Describe how the acetyl units would be used during [normal/low] [glucose] periods.
The peptide sequence that corresponds to the substrate sequence that binds [name of enzyme] will be provided. Titrate the sequence to determine the pI of the sequence. Indicate the range of pH that one would find the sequence to be (+), (0), and (-).
Indicate the impact on metabolic processes, super high [regulatory molecule] will have on: glycolysis, gluconeogenesis, pyruvate oxidation, citric acid cycle, electron transport chain, oxidative phosphorylation, glycogen, lipid, and amino acid metabolism. Support your response by summarizing why this impact would be observed.
Communicate the impact [epinephrine/insulin/glucagon] signaling would have on the structure and function of [name of enzyme]. Use a diagram to support your response. Explain why this method of regulating [name of enzyme] is more or less sensitive than the regulation [molecule] elicits.
essay about importance of oxygen from carbohydrates
.
8. For each of the following parts of the digestive system, describe what happens to carbohydrates. This may include physical and chemical changes. Name the enzymes which act on carbohydrates and tell where the biomolecule gets absorbed into the circulatory system.
Digestive system part Changes to biomolecule? Enzymes present?
Mouth
a)
b)
Salivary gland
c)
d)
Esophagus
e)
f)
Stomach
g)
h)
Gall bladder
i)
j)
Liver
k)
l)
Pancreas
m)
n)
Small intestine
o)
p)
alice is 10 years old and over the past few years has had several fractures even though she is not an active child .a recent blood text indicated that her alkaline phosphatase level was highly elevated what diagnosis is possible with her history and lad values? what are some treatment options if your diagnosis is correct?
In Drosophilia, the allele for normal length wings is dominant over the allele for vestigial wings. In a population of 1,000 individuals, 360 show the recessive phenotype. How many individuals would you expect to be homozygous dominant?