Publications by authors named "M Guk"

Article Synopsis
  • Pituitary adenomas that invade the ventricular system are very rare, and this study tracks a 5-year case of a giant null cell pituitary adenoma to the third ventricle.
  • MRI data from this case could assist various medical professionals, including neurosurgeons and endocrinologists, in better understanding and treating the condition.
  • Early consultation with specialized medical professionals and prompt surgical intervention are crucial to improving patient outcomes and minimizing complications related to these types of tumors.
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This paper provides a comprehensive overview of the Cancer Public Library Database (CPLD), established under the Korean Clinical Data Utilization for Research Excellence project (K-CURE). The CPLD links data from four major population-based public sources: the Korea National Cancer Incidence Database in the Korea Central Cancer Registry, cause-of-death data in Statistics Korea, the National Health Information Database in the National Health Insurance Service, and the National Health Insurance Research Database in the Health Insurance Review & Assessment Service. These databases are linked using an encrypted resident registration number.

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Acromegaly is a rare condition typically caused by benign pituitary adenomas, resulting in excessive production of growth hormone. Clinical manifestations of acromegaly are diverse, varying from the overgrowth of body tissue to cardiovascular, metabolic, and osteoarticular disorders. Symptoms may emerge slowly, overlapping with other diseases and often involve many different healthcare specialists.

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It has been shown by hydrogen clearance that diprazine (1 mg/kg) given to anesthetized cats reduces the total brain blood flow and local circulation in the cortex of the frontal lobe in the presence of a decrease in arterial pressure and blood flow in the kidneys and caudal vena cava. In intact rabbits, there is an increase in the total and local circulation in the frontal and temporal lobes of the brain followed by a decrease. Diprazine-induced changes in the brain blood flow are phasic in nature and characterized by labile redistribution of the blood flow between the different brain lobes.

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