Unani-tibbi employs a detailed system of diagnosis, including observation of urine and stools, palpation of the body and pulse, and observation of the skin and eyes.
That would depend on the particular patient involved.
nephrology
A whole lot more information is needed to answer this correctly. Diagnosis, symptoms,professionals involved etc...
Tests that may aid in diagnosis of MMA include electromyography (EMG), imaging studies such as magnetic resonance imaging (MRI) and computed tomography (CT ) scans, and muscle biopsy .
general eye exam, which includes a slit lamp examination, examination of the macula and lens evaluation
a biopsy, that is, taking a tissue sample under anesthesia from a site in the patient thought to be involved. Blood and urine tests, chest and other x rays, magnetic resonance imaging (MRI)
A complete account of symptoms, including which fingers are involved, is important because the median nerve, the nerve involved in carpal tunnel syndrome, does not innervate the little finger.
Imaging technologies such as ultrasound, x-ray computerized tomography, and magnetic resonance imaging (MRI ) can diagnose porencephaly before or after birth
A gastroenterologist usually performs the tests required for diagnosis. A radiology technologist performs the barium esophagography and a radiologist interprets it.
Three basic principles involved in fault diagnosis are: Systematic Approach: Diagnosis should follow a structured methodology, starting from identifying symptoms, gathering data, and isolating the fault through logical reasoning. Hypothesis Testing: Formulating and testing hypotheses based on observed symptoms allows for a focused investigation to confirm or eliminate potential causes. Documentation and Analysis: Keeping thorough records of observations, tests, and outcomes helps in understanding the fault's nature and prevents redundant efforts in future diagnoses.
Creatinine kinase, an enzyme involved in muscle function, is also a biomarker for muscle degradation and can be measured in patients' skin cells or other tissues.
Creatinine kinase, an enzyme involved in muscle function, is also a biomarker for muscle degradation and can be measured in patients' skin cells or other tissues.