The #PanNASH Initiative aims to contribute to a better understanding and management of NASH, thus improving the lives of millions of patients worldwide
Welcoming you into the new year with warm wishes for a blessed 2024 ahead! We look forward to continuously involving you in #PanNASH initiative, stay tuned for exciting updates. 🎇🎉
🖇️ https://t.co/acmB6eHjPu
#LiverTwitter
NASH: The study employed #machinelearning with GBM to develop diagnostic models from histologically characterized data, identify patterns, & create predictive models that can be used in clinical trials & NASH biomarkers to help stratify at-risk patients.
🔗https://t.co/wmIlS5EotJ
T1DM & #NAFLD present a intricate relationship that increases the risk of more severe MAFLD subtypes & vascular complications. This study investigates if two insulin administration modalities- MDI & CSII- are associated with MAFLD in adults with T1DM.
🔗https://t.co/yNHWihnpVo
Did you know that higher levels of #alanine, #histidine, & #tyrosine have been linked to #NAFLD severity in both men & women, while different metabolic signatures were associated with the progression of the disease in men?
Read more - https://t.co/T2hKmEmEkB
#LiverTwitter
NAFLD is a major global disease, affecting 1 in 3 adults & 10% of children/adolescents. This article aims to summarise the NAFLD-centred discussions & research priorities highlighted by experts during the International Precision Medicine Forum.
🔗https://t.co/d54UnyiNuz
Transplant patients: 1/3 may develop obesity within a few years! Studies have shown that metabolic syndrome after transplantation may lead to MAFLD, a condition that causes graft dysfunction & fibrosis.
🖇️ https://t.co/Yh5B89ETmA
#LiverTwitter
#CMS, a risk factor for #NAFLD, is a multi-faceted condition. Research is needed into biomarkers, treatments, & ethnic/socioeconomic/environmental factors to gain better understanding & develop more effective treatments.
🔗https://t.co/1IRynID9rW
#LiverTwitter
💭Which non-invasive tool (#NIT) do you think shows the most promise in accurately detecting #liverfibrosis in #NAFLD patients with #T2DM?
Read more 👉 https://t.co/Q2ikPs5tnY
#livertwitter
Quantifying mortality risks in #NAFLD: Insights from a meta-analysis. Learn how elevated liver stiffness measurements are linked to a higher risk of all-cause mortality.
Read more 👉 https://t.co/Of6Aqaer1X
#LiverFibrosis#HealthResearch#LiverTwitter
🔬#NAFLD & pancreatic steatosis bidirectional relationship unveiled. A meta-analysis reveals significant associations & underscores the importance of understanding the liver-pancreas connection.
🔗 https://t.co/UZIaC7vd5l
#MedicalResearch#MetabolicHealth#Pancreas#LiverTwitter
Key highlights from AASLD! Prof. Wong showcased the latest advances in #MASLD research.
#Lanifibranor, a pan-#PPAR agonist, with its potential to improve glucose levels. Dive into the discussion on advancements & side effects.
#LiverTwitter#NASH
Dive into NAFLD diagnosis dynamics with Dr. Guillaume Grzych. Uncover the importance of diverse #biomarkers & interdisciplinary collaboration.
🔗 https://t.co/BO8Vx3LEze
#NAFLD#LiverHealth#Fibrosis
🔬Enhancing #NASH trial success: Addressing comorbidities like #hypertension & #diabetes. Discover how addressing comorbid conditions like high blood pressure, #obesity, & type 2 diabetes can enhance the success of therapeutic trials.
Read more 👉https://t.co/AbhFvG6MiL
Nurturing healthy livers: Investigating #mitochondria 's critical role in #fattyliver disease progression. This study explores the nuanced variations in hepatic mitochondrial function across diverse fatty liver diseases.
🔗 https://t.co/oazjR7n8RV
#LiverTwitter