thymus plays important role by development of a normal, healthy immune system. thymus function is to generate mature lymphocytes
In other words, white blood cells that help fight of illness in the immune system.
sorry if I am wrong.
The correct answer is option b. They receive instructions in their DNA.
The DNA (deoxyribonucleic acid) or the genes present in the cell guides the fate of the cells during the process of cellular differentiation in the embryonic life of the multicellular organism. The signaling molecule change the genetic expression changes, by which the cells are differentiated.
When a patient is treated with large doses of atropine, the nurse should look out for symptoms relating to the drug's antimuscarinic properties like blurred vision, constipation, difficulty with urination, skin rash and xerostomia.
Sinus Bradycardia is a condition whereby a person's heart rhythm is slower than normal ( in adults, it could be as slow as 50 beats per minute ). When this occurs, the heart pumps blood too slowly to supply the patient's body system with enough blood. it happens to mostly adults over the age of 60 years. If conditions persist despite respiratory support, atropine is administered.
Atropine is an anticholinergic drug used to increase the heart rate of a person having sinus bradycardia. When administered in large doses, the patient experiences adverse side effects due to the drug's antimuscarinic effects, like blurred vision, constipation and xerostomia.
To learn more about atropine and it's side effects, visit; brainly.com/question/8174136
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Answer:
<em>The correct option is A) Travis's mother, who lives with him</em>
Explanation:
We all know that humans reproduce sexually. The zygote formed consists half of the chromosomes or genome from the mother and half from the father. Hence, the sex cells undergo meiosis so that the chromosome number could be reduced to half in the sex cells.
However, the mitochondria present in a cell have their own DNA and instead of both parents being transferring this DNA, the mitochondrial DNA is just transferred by the mother to the offsprings. Hence, the mitochondrial DNA of mother and child will be the same.
