Answer:
Pleurisy
Explanation:
Pleurisy is a medical condition caused by the inflammation of the pleura membranes. The pleural membranes are vital part of the respiratory system. These membranes which surround the lungs and lines the inner chest wall, help to give cushion and reduce friction in the lungs. When the pleural membranes become inflamed, the surfaces become tough and sticky, thereby causing the sharp pain the person feels in the chest while breathing.
Answer: A gene that exhibits multiple phenotypic expression.
Answer:
The somatic nervous system
Explanation:
The peripheral nervous system is categorized into two types: the autonomic and somatic nervous system.
The somatic nervous system controls the voluntary actions of the boys so is also known as the voluntary nervous system and the voluntary system involves the skeletal muscles therefore is also known as the skeletal nervous system.
The skeletal nervous system contains two types of neurons called the afferent neurons which carries the sensory input from the muscle to the CNS ans the efferent neurons which brings the impulse from the CNS to the muscles.
Thus, the somatic nervous system is the correct answer.
T86.49, C80.2, C22.0 codes are reported.
<h3>What issues arise following liver transplantation?</h3>
- Some cancers are more likely to develop after a transplant. For liver transplant recipients, cancer is a substantial cause of sickness and mortality.
- Nearly all malignancies are more likely to occur after a liver transplant, but skin cancer, lymphoma, and cancers linked to smoking are more likely to do so.
<h3>What liver transplant problem occurs most frequently?</h3>
Biliary problems remain the most frequent postoperative technical complication despite all advancements in transplant patient care and surgical methods, with an estimated prevalence of 15% or less in deceased donors and up to 30% in living donor or split liver transplant.
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Answer:
The inner or cytoplasmic membrane, impermeable to polar molecules, regulates the passage of nutrients, metabolites, macromolecules, and information in and out of the cytoplasm and maintains the proton motive force required for energy storage.
Explanation:
