Question

In: Biology

Vitamins serve as co-enzymes in many biochemical reactions. What vitamins (co-enzymes) would you supply bacteria and...

Vitamins serve as co-enzymes in many biochemical reactions. What vitamins (co-enzymes) would you supply bacteria and which you would remove from the medium to prevent accumulation of fat by bacteria.

Solutions

Expert Solution

Answer :

Thiamin or vitamin B1 is a water soluble vitamin, helps in fat metabolism or usage.

Vitamin pyridoxal -B6, is more involved in aminoacid and protein metabolism. But recent studies show restriction of B6 impair fattyacid synthesis.

B12 is a cofactor for regulating long chain fatty acyl CoA transfer to mitochondria leading to fattyacid accumulation in cytosol.

Niacinamide, pantothenic acid and riboflavin - B2, converted to coenzymes help in fattyacid synthesis.

biotin, folic acid.is involved in fattyacid synthesis.

Vitamin C D, increases fattyacid oxidation.

Fat soluble A E helps in fattyacid synthesis.

Vitamin E inhibit fattyacid oxidation.

Though these are role of different coenzymes, the prime coenzymes favouring fat synthesis are Niacinamide, pantothenic acid, riboflavin. So these 3 vitamins should be removed from the medium.

The main coenzymes which oxidize or remove fattyacid are thiamine-B1, vitamin C and vitamin D. So these 3 should be added to the medium.


Related Solutions

Vitamins serve as co-enzymes in many biochemical reactions. Suppose you are a dietician who consults a...
Vitamins serve as co-enzymes in many biochemical reactions. Suppose you are a dietician who consults a patient, which desires to lose some weight. Considering that bacteria and human lipid biochemistry and the central metabolism are similar, what vitamins (co-enzymes) would you recommend to your patient to take and which to avoid?
Vitamins serve as co-enzymes in many biochemical reactions. Suppose you are a dietician who consults a...
Vitamins serve as co-enzymes in many biochemical reactions. Suppose you are a dietician who consults a patient, which desires to lose some weight. Considering that bacteria and human lipid biochemistry and the central metabolism are similar, what vitamins (co-enzymes) would you recommend to your patient to take and which to avoid?
Microorganisms and enzymes are used as catalysts to alter the rate of biochemical reactions. Explain with...
Microorganisms and enzymes are used as catalysts to alter the rate of biochemical reactions. Explain with evidence and facts that how catalysts alter the rate of biochemical reactions.
Microorganisms and enzymes are used as catalysts to alter the rate of biochemical reactions. Explain with...
Microorganisms and enzymes are used as catalysts to alter the rate of biochemical reactions. Explain with evidence and facts that how catalysts alter the rate of biochemical reactions.
How do enzymes increase rates of biochemical reactions? What are the three classes of reversible inhibitors?...
How do enzymes increase rates of biochemical reactions? What are the three classes of reversible inhibitors? Briefly describe them and their effects on apparent Km and Vmax.
Many proteins are enzymes (they catalyze reactions). Thus, it is necessary to review how reactions take...
Many proteins are enzymes (they catalyze reactions). Thus, it is necessary to review how reactions take place. Reduced organic compounds tend to contain stored energy in C–H bonds. As a general rule, the greater the number of C–H bonds, the greater the amount of potential energy stored in the molecule. Answer each question in the chart as it relates to the two reactions shown at the top. Be sure to be prepared to explain the reasoning behind your answers. Reaction...
What are the key biochemical reactions that lead to the diabetic condition?
What are the key biochemical reactions that lead to the diabetic condition? What are the two biomolecules involved in diabetes and how can they be managed through diet?
Enzymes are kinetically important for many of the complex reactions for plant and animal life to...
Enzymes are kinetically important for many of the complex reactions for plant and animal life to exist. However, only a time amount of any particular enzyme is required for these complex reactions to occur. Explain.
In blood coagulation, there are many enzymes involved in a cascade of activation reactions to ultimately...
In blood coagulation, there are many enzymes involved in a cascade of activation reactions to ultimately form fibrin. There is an inherited disorder in Factor X for a small subgroup of the population (bleeding disorder). It is hypothesized that 50% of this different Factor X is defective in the activation site that allows conversion to Factor Xa. You are charged with developing a pharmaceutical (drug) or biopharmaceutical (biologic) to improve this bleeding disorder. Describe what protein or system you will...
What is the difference between biochemical, pharmaceutical, and diagnostic chemical reactions in healthcare? What is a...
What is the difference between biochemical, pharmaceutical, and diagnostic chemical reactions in healthcare? What is a specific example that exists for each of these chemical reaction types above and why might it be of importance to healthcare professionals? List a balanced chemical equation for each of these chemical reaction types and explain how it is used in your example above. i need references to APA format
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT