The best answer is C.
When an individual suffers a bacterial infection in the legs, immune proteins called acute phase proteins bind to the surface of the bacteria by a process called opsonisation.
Opsonised bacteria are therefore coated with molecules (self antigens) that phagocytic cells recognize. Activated phagocytes engulf and destroy opsonized bacteria by "swallowing " (engulfing) them.
Inside the phagocyte, enzymes break down the bacteria onto small fragments just the way food is broken down by enzymes in the digestive system. Phagocytes then present the fragments on their surface which helps in the final destruction of the bacteria within the phagocyte.
The reaction was that the activation energy was lowered and the bonds were changed. They combine briefly and form an enzyme-substrate complex.
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ps - trying to get to a new rank so would really really appreciate it if you gave me a brainliest answer. thanks!
Answer: The percentage of serine in the hypothetical polypetide is 16%.
Explanation: Given the proportions of uracil and cytosine nucleotides 4/5 U and 1/5 C. According to probabilities, specifically permutation. We can multiply the proportions to get the probabilities of obtaining the codons. In this case for UC equivalent to serine, would be 4/5 * 1/5= 4/25 this is the same as 16% .
I think it's ameoba but I'm sorry if I'm wrong
