Answer:
C) substitutions that reduce the affinity of hemoglobin for oxygen
Explanation:
Heinz bodies are inclusions in the eritrocite, filled by denaturalized globin (protein part of the hemoglobin). Hemoglobin is formed by 4 globin subunits (2 alpha chains and 2 beta chains) plus a heme group. The latter, is responsible for oxygen binding.
The denaturalization of the globin is caused by substitutions that do not allow the protein to fold properly and bind the heme group accordingly. This is the cause of the Heinz bodies in the eritrocite. Therefore, this is a structural problem that impedes the protein to fold into a functional protein and has nothing to do with hemoglobin having less affinity for oxygen. In the last mentioned case, the protein is still functional but poorly binds oxygen, hence, does not for Heinz bodies.
Answer:
50mLs
Explanation:
set it up as a dimensional analysis equations and cross off the units to get what you need which is mLs. After you put in the right ratios, you simply multiply everything on top across then divide it all by the bottom
Note: for every 1000mcg = 1mg (equivalence), same goes for 1000mg =1g, is the same bc of the distance between 2 units like kilograms to g but w/in kg there is 1 kg = 1000g
Im not entirely sure, but they probably are not accurate enough (spillage etc.), whereas a syringe or another device is more contained and able to be effectively and scientifically measured, so there is less human error incorporated in the dosage amount. Hope this helps
Answer: Pathophysiological problem
Explanation:
Pathophysiological problems refers to the study of the adverse changes that occur in the normal physical, mechanical and biochemical functioning of the body. These changes are caused either due to a disease or an abnormal syndrome.
The given situation is an example of the pathophysiological problem. This is due to abnormal changes in the physical, mechanical and biochemical functioning of the body. The physical changes includes the shortness of breath, swollen ankles , three gallops and not being able to sleep in flat position. The increased jugular venous pressure, crackles in the lung, are the example of the mechanical changes in the pathophysiological problem.
She does not need to put the culture in a biohazard container as the culture is not a blood specimen. It is a false statement
<h3>What is Biohazard container ?</h3>
Biological liquid waste that has been chemically or autoclave-decontaminated can be dumped down the drain (sanitary sewer) while it is running. Blood and bodily fluids from either humans or animals can be flushed down the toilet without first being cleaned.
- Devices or things with corners, edges, or projections capable of cutting or piercing skin or everyday garbage bags are collected in commercial red biohazardous sharps containers after coming into touch with biological or recombinant genetic materials.
- Waste that might be infected with pathogens that are dangerous to people and the environment is disposed of in biohazard containers.
- After being autoclaved, biohazardous material can be thrown out with regular trash. Put the autoclave bag inside a typical container.
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