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Adrenal glands.

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Adrenal Glands

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Adrenal glands.

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Imaging of the adrenal gland has made tremendous progress in the last decade as new technologies continue to evolve. Adrenal Imaging highlights the pertinent clinical and pathological information that underpins the accurate interpretation and use of adrenal imaging. Written by a prestigious group of international contributors, individual chapters in Adrenal Imaging serve as a relevant and up-to-date reference of adrenal imaging findings, algorithms and techniques in CT, MR nuclear medicine, intervention, and trauma. Summary sections at the end of each chapter illuminate key teaching points to enhance retention.

Adrenal Glands. --- Adrenal glands --- Diagnostic Imaging. --- Imaging.

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This dissertation by Ravi Kumar Dutta focuses on the genetic and molecular alterations in aldosterone-producing adenomas (APAs), a type of adrenal tumor that causes excessive production of aldosterone, leading to hypertension. The research explores mutations in several genes, including KCNJ5, ATP1A1, and CALHM2, which are involved in APAs. The study identifies both hereditary and sporadic mutations, contributing to a better understanding of the mechanisms behind these tumors. The findings may lead to more targeted treatments for APAs, offering alternatives to surgical intervention. The intended audience includes medical researchers and professionals in the field of endocrinology.

Aldosterone. --- Adrenal glands. --- Aldosterone --- Adrenal glands