Answer:
Biomolecules are crucial to the storage of energy energy in the body.
Biomolecules conserve energy using covalent chemical bonds.
Explanation
A covalent bond in chemistry refers to a chemical bond that is formed when two atoms share a pair each of electrons.
So some of these molecules which have high energy (such as glycogen and triglycerides) are able to keep or store such energy in the form of covalent chemical bonds. Examples of energy-rich biomolecules are:
- glycogen and
- triglycerides
Cells synthesize such molecules and store them for later release of the energy.
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I'm pretty sure it's Phenotype
Difficulty in breathing is the clinical manifestation that should alert the nurse to the fact that the client may be developing a life-threatening response to the drug atenolol.
At greater doses, Atenolol may function more similarly to non-selective beta-blockers, which means that it will affect both your heart and lungs. A potential drug interaction is a further worry. The beta receptors in your lungs and airways are really activated by some drugs.
It might be harder for your medication to operate well, particularly in an emergency, if your atenolol dose is high enough to block these airway receptors. These are the most severe side effects of atenolol, and they include bradycardia, cardiac failure, and pulmonary edoema. It might be wise to discuss this with your pulmonologist.
The complete question is : An older adult client who has type 1 diabetes and chronic bronchitis is prescribed atenolol for the management of angina pectoris. Which clinical manifestation should alert the nurse to the fact that the client may be developing a life-threatening response to the drug?
Learn more about atenolol here;
brainly.com/question/13067508
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Answer:
the muscles are distal to the bones