Following the resection of 3.2 cm lesions, the nearby tissue transfer of a 3.2 sq cm scalp defect is coded as 14020 on the CPT system.
<h3>What causes scalp problems?</h3>
lumps, sores, or blisters on the scalp Infection of the skin or the hairs shafts (folliculitis) may be the source of uncomfortable sores, blisters, or pimples that appear on the scalp (such as impetigo). A cutaneous allergy reaction (contact dermatitis). viral diseases, including shingles and chickenpox.
<h3>Is scalp a skin?</h3>
While the skin of the scalp is comparable to other body parts' skin, there are some differences. In fact, the thickest skin on the body has the most blood vessels per square inch. Additionally, it features a huge number of hair follicles that are joined to multiple, larger sebaceous glands.
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Answer:
The ICD-10-CM codes assigned by the medical coder are used to evaluate healthcare utilization, study healthcare costs, research the quality of patient care, and establish the appropriate reimbursement rate.
Explanation:
The International Classification of Diseases (ICD)-10-Clinical Modification (CM) classifies and codes symptoms, diagnoses, and procedures performed in hospital care availed in the United States. The ICD-10-CM code provides healthcare information to the providers, policymakers and the payers which is used to determine the reimbursement amount, evaluate the quality of the healthcare provided and ways to improve, and improvise the healthcare delivery efficiency, monitor and regulate resources for proper utilization of service, and to reduce the overall healthcare costs.
A. Helps in the sense of taste.
B. helps in cell growth development.
C. functions in the production of DNA.
D. regulates the heartbeat.
The answer is, A.
Answer:
The answer is D thalamus
Explanation:
The response to an olfactory stimulus travels through the olfactory nerve, crossing the sieve lamina of the ethmoid, located in the anterior region of the brain. From there the stimulus travels to the olfactory bulb ending in the olfactory glomeruli where aromatic signals are processed, which are conducted by special receptor cells. The information subsequently reaches the hypothalamus and the limbic system. Finally, the information reaches the temporal and frontal cerebral cortex where the odor stimulus becomes conscious.
