Answer:
Mutated DNA affects proteins during translation which can cause different proteins to be created
Explanation:
The process of protein-synthesis is when mRNA is translated into different proteins, which takes place in the ribosome. Mutated DNA can cause something known as a "frameshift mutation" where the codons are either inserted, duplicated, and or deleted. The mutation in the mRNA will cause the codons to be misarrageded effectively causing a different protein to be created! We know this through our codon chart, which can be searched for online.
I recommend looking more into Protein Synthesis if you have further questions, I hope this answer helped!
Answer: I think you couldn´t get hepatitis c
Explanation:
patient with iron deficiency anemia will have low hemoglobin levels as well as microcytic and hypochromic RBCs, according to the results of a complete blood count. Typically, the reticulocyte count is normal or slightly increased.
<h3>what is
iron deficiency anemia?</h3>
- Insufficient iron is the cause of iron deficiency anemia.
- Your body needs iron to produce enough of a component in red blood cells that makes it possible for them to carry oxygen (hemoglobin).
- Thus, iron deficiency anemia may make you feel lethargic and breathless.
<h3>How serious is iron deficiency anemia?</h3>
- Iron-deficiency anemia can have major side effects, including fatigue, headaches, restless legs syndrome, heart issues, problems during pregnancy, and delays in a child's development.
- Additionally, iron deficiency anemia can worsen other chronic illnesses or render their therapies ineffective.
<h3>What three levels of iron deficiency are there?</h3>
Deficiency in Iron Has 3 Stages
- Stage 1: A decrease in the body's overall iron content. A decrease in serum ferritin serves as an indicator of this stage.
- Stage 2 Reduced red blood cell production. This stage develops when there is not enough iron available to sustain the production of red blood cells.
- Stage 3 Iron deficiency anemia.
learn more about Iron deficiency anemia here
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Valves are like flaps or lids that are used to transport blood from the atria to the ventricles. They act as inlets and outlets of blood.
Explanation:
The atrioventricular valves are located Left and right that are in the middle of atria and ventricle on both sides of the heart while two semilunar valves separate the right and left ventricles from the pulmonary valve and aortic valve.
The Atrioventricular valves are the mitral valve and the tricuspid valve. Mitral valve is in the left side and tricuspid valve is in the right. they both are separated by the atrium and ventricle
The two semilunar valves are the pulmonary valve and aortic valve. the pulmonary valve is on the right side separated by the right ventricle and pulmonary artery. The aortic valve is on the left and is separated by the left ventricle and aorta.
