Dr.dr. Indranila KS, SpPK (K) is a lecturer in the Clinical Pathology study program at the Faculty of Medicine, Diponegoro University. Born in Semarang on May 12, 1957. A medical degree was obtained in 1987 from the Faculty of Medicine, Diponegoro University. The Clinical Pathology specialist Degree was obtained in 1997. Indranila is also obtained clinical pathology in nephrological consultant expertise in 2001. The Doctoral Degree (S3) was obtained from the Diponegoro University DIKK in 2012. Accepted as a lecturer in the Faculty of Medicine Diponegoro University in 1987 and work in the Pathology Clinic of the field of renal-urinary tract, anaemia, metabolic endocrine and gastroenterology. Teaches stem cells in skin aging at the Derma Esthetico Institute. Research that has been carried out includes: "Urinary tract stones, Research-based Service" (2014); "Examination of Serum sdLDL Levels as a Sign of Coronary Stenosis" (2015). Books that have been written are: “the Perioperative Transfusion "(2016) and “the principles of nutrition and food planning communication" (2018). Indranila is also a member of the association of university book writers (IPB-PT) and is a Hydration ambassador. Indranila was assigned as head of the Semarang Branch of the Indonesian Clinical Chemistry Association (ICCA) from 2006 to present. Indranila was a coordinator of Clinical Pathology education for several periods. Being the head of the clinical pathology subspecialty (Sp2) program. Member of clinical pathology association and PPDS-1 members, PPDS-2 PK FK Undip until now. Become the field responsible doctor (DPL) Team 1 and Team 2 KKN Undip Semarang in 2016- now. The dissertation entitled: "the effect of Morinda citrifolia L on renal function of diabetes nephropathy Spraque Dawley rat induced with Streptozotocin: For MAU, TGF-beta, VEGF, NO" ; related to the use of Morinda (noni) on the consequences of hyperglycemia, pathogenesis of kidney injury (microalbuminuri ), the process of apoptosis in cell tissue, and the protective smad reaction pathway , TGF-beta, the VEGF signal pathway, and the oxidative stress pathway.

Last synced: Never