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Biochemistry
Explain the effect of increasing and decreasing the pH on the electrophoresis process
Biochemistry
the chemical process and reactions that occurs in muscle cells to cause cramping after exercise what would some possible treatments be and how the treatment works chemically.
Biochemistry
How do variations in the bread rising process temperature affect the process, and the final product?
Biochemistry
name the type of reactions taking place in human body and other uses of that reaction?
Biochemistry
You have produced a genomic map and have a BAC library. You have found a molecular marker less than 1cm away from a gene whose product you know can assist in lessening the symptoms of malaria. How would you go about retrieving the sequence of this gene
Biochemistry
What are the possible causes of macrocyosis and how can be corrected?
Biochemistry
1. Hypobromous acid (HOBr) is produced in the blood and has properties that combat pathogens. It is also used in bleaches and other cleaning products. The following is a reversible reaction:
HOBr → H+ + OBr–
a. Write the equation you would use to calculate the Ka of this reaction.
b. If [H+] at equilibrium is 9.1 × 10–6, what is the Ka of the reaction, given a final HOBr concentration
of 0.33 M?
HOBr → H+ + OBr–
a. Write the equation you would use to calculate the Ka of this reaction.
b. If [H+] at equilibrium is 9.1 × 10–6, what is the Ka of the reaction, given a final HOBr concentration
of 0.33 M?
Biochemistry
it is said in a paper that VDAC1 is a mitochondrial target , what is meant by mitochondrial target ?
Biochemistry
what is mesosome?
Biochemistry
How would you make a buffer of 50 mM (pKa =7.15) at pH 7, with .708 mole MOPS Base and 1.00 mole MOPS acid and 34.2 L solution, using 500 mM solution MOPS acid and 1.00 M solution NaOH?
mL of 1.00 M NaOH
mL of 500 mM MOPS acid
mL Water
mL of 1.00 M NaOH
mL of 500 mM MOPS acid
mL Water
