It depends on what kind of care takes place in this situation. If the instructions did not include the trimming of Mrs. Green's nails, then probably it is not required or in demand in the assessment of care. However,if it is indeed required, the nurse should take initiative of taking care of Mrs. Green's trimming of nails.
Answer:
Two amino acids are joined together by losing a water molecule, or hydrolysis.
Explanation:
A peptide bond is formed by binding two or more amino acids. This is a kind of covalent bond, wherein the <u>carboxylic group</u> of one amino acid and an <u>amino group</u> of another amino acid is linked together with a <u>loss of water molecule or hydrolysis during the process</u>. A polypeptide chain is now then composed of multiple peptide bonds, from binding amino acids (also known as <u>residues</u> at this point), with a linear configuration.
A closer look into this process involves the <u>α-amino group as the beginning</u> of the polypeptide series and <u>ending with the α-carboxyl group</u>. This also serves as the primary structure of the protein.
Light and optics I believe is the answer
Skeletal and cardiac muscles are known as striated muscles, because the filaments of actin and myosin that power their contraction are organized into repeating arrays, called sarcomeres, that have a striated microscopic appearance.
An extended-release medication is a drug with a different mechanism of release and action. The drug is designed to be released slowly over a course of time. It would not be a problem to crush an immediate-release drug but the nurse should not crush the extended-release opioid. If the patient receives this opioid medication crushed, the entire quantity of the drug will be at once released and active in its body. This could cause overdose or severe side-effects from the high dosage.