Probably giving them a medication that reacts with their current medication, as it could cause an overdose or other complications
Systemic effect.
Ocular medicine seldom has systemic effects, which makes them more likely to go unnoticed. Beta-adrenoceptor antagonists have effects on the heart, lungs, and central nervous system. Alpha-adrenergic agonists cause tachycardia and hypertension. Alpha2-agonists cause sleepiness.
And ocular corticosteroids can cause Cushing's syndrome. In the liver, CNS, heart, or kidneys, for example, systemic effects take place far from the site of contact. These outcomes may come about as a result of chronic exposure as well as one high level exposure that occurred years earlier.
Organ damage, respiratory infections, and other illnesses can occur in an exposed population as a result of systemic effects, which are frequently harder to link to their underlying causes.
Here's another question with an answer similar to this about systemic effects: brainly.com/question/23986386
#SPJ4
Answer:
B. Contact the Federate of State Medical Boards
Explanation:
I calculated it logically
“The Cardiovascular System: Cardiac Cycle
1.
Valves open in response to _________________ on their two sides.
Blood pressure
2.
List the chambers/ vessels that the four valves connect:
______(1)______ Pulmonary semilunar ______(2)_____
______(3)______ Aortic semilunar ______(4)_____
______(5)______ Mitral ______(6)_____
______(7)______ Tricuspid ______(8)_____
1. R. ventricle
2. Pulmonary artery
3. L. ventricle
4. Aorta
5. L. atrium
6. Pulmonary vein
7. R. atrium
8. Inferior/superior vena cava
3.
a. Ventricular filling occurs during______ ventricular_________.
b. Blood flows through the _______ or __________ valves into the ventricles.
1. Mid-late
2. Diastole
3. Mitral
4. Tricuspid
4.
During Ventricular systole, what closes the AV valves?
Intraventricular pressure rising and causing ventricular contractions.
5.
During ventricular systole, what opens the semilunar valves?
Ventricles contract, raising pressure, bblood pressure then forces the semilunar valves open.
6.
During Isovolumetric relaxation, what closes the semilunar valves?
When blood pressure in the artery exceeds the blood pressure in the ventricle.
7.
During Isovolumetric relaxation, what opens the AV valves?
When blood pressure in the ventricle exceeds the blood pressure in the arteries.
8.
Why is hypertension hard on the heart?
Beacuse overtime high blood pressure causes heart muscles to thicken, which means more work to pump blood through vessels. It can cause heart disease because of heart constantly overworking.
9.
Looking at the ventricular volume graph, the stroke volume is approximately how many ml?
70ml
10.
During the four phases listed below, state whether the AV and semilunar valves are opened or closed:
1. Ventricular Filling
2. Isovolumetric
3. Ventricular Ejection
4. Isovolumetric
1. AV: Opened, Semilunar: Closed
2. AV: Closed, Semilunar: Closed
3. AV: Closed, Semilunar: Opened
4. AV: Closed, Semilunar: Closed”
