Author name: mary

Appointment of Dr. David John Jeans CBE as HistoIndex’s Non-Executive Chairman   SINGAPORE, Jan. 9, 2023 – The Board of Directors (the “Board”) of HistoIndex (the “Company”) would like to announce the following changes in appointments to the Board with effect from 6th December 2022: (1) Mr Sim Giok Lak’s decision to step down as Non-Executive Chairman of the …

Appointment of Dr. David John Jeans CBE as HistoIndex’s Non-Executive Chairman Read More »

HistoIndex Stain-free AI-DP Reveals Treatment-induced Zonal Regression of Fibrosis Colocalized with Reduction in Steatosis & Hepatocyte Ballooning in FLIGHT-FXR NASH Clinical Trial   SINGAPORE, July 29, 2022 – HistoIndex, a global leading artificial intelligence digital pathology (AI-DP) provider, announced that its AI-based qFibrosis®, qSteatosis® and qBallooning® algorithms delivered sensitivity and granularity on a greater scale, as compared with …

HistoIndex Stain-free AI-DP Reveals Treatment-induced Zonal Regression of Fibrosis Colocalized with Reduction in Steatosis & Hepatocyte Ballooning in FLIGHT-FXR NASH Clinical Trial Read More »

HistoIndex and Global Liver Experts Advance Stain-free AI Quantification of Hepatocyte Ballooning as a Reproducible Approach and Potential Endpoint for NASH Clinical Trials This is a first-of-its-kind international study initiated in 2019 by HistoIndex to examine artificial intelligence (AI)-based approaches that may provide a more reliable way to assess the range of injury recorded as “hepatocyte …

HistoIndex and Global Liver Experts Advance Stain-free AI Quantification of Hepatocyte Ballooning as a Reproducible Approach and Potential Endpoint for NASH Clinical Trials Read More »

HistoIndex and Galecto to Collaborate on Galecto’s Phase 2a MYLOX-1 Clinical Trial to Advance Myelofibrosis Assessment with AI-based Stain-free Digital Pathology   SINGAPORE, Oct. 20, 2021 – HistoIndex, a global leading artificial intelligence digital pathology (AI-DP) provider, has announced a collaboration with Galecto, Inc., a biotechnology company focused on the development of novel treatments for fibrosis and cancer. …

HistoIndex and Galecto to Collaborate on Galecto’s Phase 2a MYLOX-1 Clinical Trial to Advance Myelofibrosis Assessment with AI-based Stain-free Digital Pathology Read More »

HistoIndex’s Stain-free AI-based Digital Pathology Incorporated as Secondary and Exploratory Efficacy Endpoints in Sagimet’s NASH FASCINATE-2 Phase 2b Clinical Trial   Singapore, 18 August, 2021 – HistoIndex, a global leading artificial intelligence (AI) digital pathology provider, has announced an agreement with clinical-stage biotechnology company Sagimet Biosciences. HistoIndex’s integrated suite of stain-free imaging with AI-based fully quantitative and …

HistoIndex’s Stain-free AI-based Digital Pathology Incorporated as Secondary and Exploratory Efficacy Endpoints in Sagimet’s NASH FASCINATE-2 Phase 2b Clinical Trial Read More »

HistoIndex’s AI-Based Digital Pathology Indicates Concomitant Histological Improvements in Liver Fat and Fibrosis in Nonalcoholic Steatohepatitis (NASH) Patients Treated with Tropifexor Compared with Placebo   SINGAPORE, June 25, 2021 – HistoIndex’s Second Harmonic Generation (SHG) stain-free digital pathology platform has shown marked reduction in liver fibrosis (overall, reduction in perisinusoidal fibrosis, as well as regression of …

HistoIndex’s AI-Based Digital Pathology Indicates Concomitant Histological Improvements in Liver Fat and Fibrosis in Nonalcoholic Steatohepatitis (NASH) Patients Treated with Tropifexor Compared with Placebo Read More »

HistoIndex Explores the Clinical Utility of Stain-free AI Digital Pathology Platform in 388 Patients with Triple-Negative Breast Cancer (TNBC)   Assessing the morphological and architectural changes in collagen fibers with the platform could potentially aid TNBC clinical trials in categorizing patients and monitoring therapeutic responses.   SINGAPORE, Jan. 24, 2021 – HistoIndex’s stain-free AI digital …

HistoIndex Explores the Clinical Utility of Stain-free AI Digital Pathology Platform in 388 Patients with Triple-Negative Breast Cancer (TNBC) Read More »