Transverse plane
For example during walking, the hip will be flexing/extending in the sagital plane, adducting/abducting in the frontal plane and internally/externally rotating in the transverse plane. occurring in terms of motor control and force absorption within all three planes.
The nurse must first see what is at greatest risk of life.
<h3>Which client should the nurse assess first?</h3>
The nurse should first assess the client showing symptoms of a deep venous thrombosis (DVT) (eg, unilateral edema , warmth, redness , tenderness on palpation).
<h3>Which patients should be seen first?</h3>
In triage, a nurse typically prioritizes each patient's condition into one of three general categories:
- Immediately life threatening
- Urgent, but not necessarily immediately life threatening
- Less urgent.
With this information, we can conclude that The first phase of the nursing process is the assessment phase. In this phase, the nurse collects and organizes data related to the patient. Data includes information about the patient, family, caregivers, or the patient's community or environment as it is relevant to his health and well-being.
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Drug Antagonism is when two drugs cancel out each other's effects on the body, for example, nicotine canceling out the beneficial effects of blood pressure medicine.
Drug Antagonism is an interaction between two or more medications that have diametrically opposed physiological effects. Drug antagonists may prevent or lessen one or more medications' ability to work. Chemical antagonism is the process by which a drug interacts chemically with either a chemical or another drug, resulting in a diminished or nonexistent effect.
When two medications operating on various receptors and pathways have opposing effects on the same physiologic system, this is referred to as physiologic antagonism. Drugs that form drug-receptor complexes with their targets but do not activate or activate a response are known as antagonists.
They can stop the endogenous activator from binding to the receptor, preventing proper action (zero efficacy).
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Answer:
High concentrations of vasoconstrictor substances will increase the peripheral resistance.
Explanation:
Vasoconstriction substances cause blood vessels to narrow their lumen. The more narrow lumens, harder it is for the blood to go through that vessel. The reason for this is because the resistance increased, meaning that the friction between the blood and the vessels' walls is higher.
When we talk about peripheral resistance, it means the sum of all individual resistance of the body blood vessels (all arteries, all capillaries, all veins).