LATEST NEWS & ARTICLE
Congratulations, Dr. dr. Corry Novita Mahama .Sp.N, Subs. ENK(K)
Congratulations to Dr. dr. Corry Novita Mahama .Sp.N, Subs. ENK(K), who has successfully completed...
Faculty Mobility Program (FMP) with Akkon University
January 16th, Official Opening of Faculty Mobility Program at Doctoral Program in Biomedic...
Congratulations, Dr. dr. Ahmad Yanuar Safri, Sp.S(K)
Congratulations to Dr. dr. Ahmad Yanuar Safri, Sp.S(K), who has successfully completed his studies...
Congratulations, Dr. dr. Irzan Nurman, MSc, EPQ, QWP, AIFO-K, FINEM
Congratulations to Dr. dr. Irzan Nurman, MSc, EPQ, QWP, AIFO-K, FINEM for successfully completing...
Breaking New Ground: Defb20 Protein Unveils Potential as a Non-Hormonal Male Contraceptive for Controlling Population Growth
By: Dr. Luluk Yunaini, S.Si., M. Biomed The growth of world population in general and Indonesia in...
Analisis In Silico dan Karakterisasi Sel Sperma Setelah Dikultur Bersama dengan Sel Epitel Kaput Epididimis Mencit yang Ditransfeksi siRNA Defb20
Oleh : Dr. Luluk Yunaini, S.Si., M.Biomed Pertumbuhan penduduk dunia pada umumnya dan Indonesia...
Impact of Intermittent Hypobaric Hypoxia on the Expression of Oxidative Stress-Related Genes and Proteins in the Brain and Heart of Rats at Certain Altitudes
Based on the press release of Dr. Major Kes. Wardaya, S.Si., M. Biomed Indonesia, as an...
Exploring the Benefits of Kasumba Turate Flower Ethanol Extract to Prevent Inflammation in Covid-19 Patients
By Dr. Lismayana Hansur, M.Sc COVID-19 became a global problem in 2020, in Indonesia COVID-19...
Congratulations to DPBS – FMUI Alumnus Who Have Achieved Positions as Professors!
Biomedical Science Doctoral Program - Faculty of Medicine, University of Indonesia (PDIB - FKUI)...
New Innovations in Liver Regenerative Therapy Using Human Organoid Cocultures
Recent research in the field of regenerative medicine is opening new doors in the treatment of liver diseases previously thought to be irreversible. In this study, researchers used induced pluripotent stem cells (IPSCs) as the main resource, proving that IPSCs have great potential as a solution to the problem of liver donor shortages.
Liver organoids generated using decellularized liver scaffolds and cultured with various cell types, including hepatocyte stem cells, showed promising results in improving liver viability and function. This research has brought us one step closer to addressing the problems involving rejection and the lack of available liver donors.
Although there are several challenges to overcome, such as long-term function and immune response, these findings open the door to the possibility of more effective treatments for patients with irreversible liver disease. With advances in the field of regenerative medicine, we have reason to hope that the future of liver disease therapy will become brighter.