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Nexentis Technologies Inc. Launches New Corporate Website, Showcasing Innovative AI-Driven Biotech Platform
Globenewswire· 2026-03-13 13:15
Core Insights - Nexentis Technologies Inc. has launched a new corporate website following its rebranding from N2OFF, Inc., emphasizing its focus on mitochondrial biology for advancements in precision oncology and inflammatory metabolic diseases [2][4] - The website serves as a hub for stakeholders, showcasing the proprietary MITOLINE™ discovery engine and the integration of MitoCareX Bio Ltd., which targets the mitochondrial SLC25 carrier family for drug development [3][6] - The company is also investing in solar energy assets under the Ready-to-Build (RTB) model, highlighting a balanced approach to value creation [3][6] Company Overview - Nexentis Technologies Inc. is a drug discovery company focused on cancer and inflammatory metabolic diseases, controlling 100% of MitoCareX Bio Ltd. [6] - The company has adopted an investment strategy in European renewable energy assets, currently leading four solar projects across three EU countries [6] - Nexentis also holds approximately 98% of Save Foods Ltd., which specializes in post-harvest treatment technologies to reduce pathogen contamination in fruits and vegetables [7]
NorthStrive Biosciences Advances to Phase III of AI-Driven Drug Discovery Program Toward Validation of Multiple Potential Drug Compounds & Discoveries
Globenewswire· 2025-12-17 12:30
Core Viewpoint - NorthStrive Biosciences Inc. has initiated Phase III of its AI Development Program in collaboration with Yuva Biosciences, marking a significant advancement in developing therapies for obesity and related metabolic conditions [1][2]. Group 1: Phase III Development - Phase III aims to build on Phase II results, where YuvaBio utilized its MitoNova™ AI platform to identify small-molecule candidates that promote mitochondrial health and muscle preservation, particularly relevant for patients using GLP-1 receptor agonists [2][7]. - The Phase III program will generate biological data on AI-selected compounds, including cytotoxicity screening and ANT1 expression testing, and is expected to last approximately 6 to 9 weeks [2][7]. Group 2: Company Background - Yuva Biosciences, Inc. focuses on leveraging mitochondrial science and AI to develop therapeutic candidates targeting aging-related and metabolic pathways, utilizing its proprietary MitoNova™ platform [3]. - NorthStrive Biosciences Inc. specializes in developing aesthetic medicines, with its lead asset, EL-22, designed to address muscle preservation during weight loss treatments [4]. - PMGC Holdings Inc. is a diversified holding company managing a portfolio of subsidiaries, including NorthStrive Biosciences, and is committed to exploring growth opportunities across various sectors [5].
Northstrive Biosciences Announces Completion of Phase II of AI Development Program with YuvaBio Using MitoNova™ Artificial Intelligence (AI) Platform to Develop Therapies for Obesity and Cardiometabolic Diseases
Globenewswire· 2025-09-04 13:54
Core Insights - Northstrive Biosciences Inc. has completed Phase II of its AI Development Program in collaboration with Yuva Biosciences, focusing on small molecule candidates to promote mitochondrial health for combating obesity and cardiac diseases [1][6] Company Overview - Northstrive Biosciences Inc. is a biopharmaceutical company under PMGC Holdings Inc., specializing in the development of aesthetic medicines, with its lead asset EL-22 aimed at preserving muscle during weight loss treatments [3] - PMGC Holdings Inc. is a diversified holding company that manages a portfolio through strategic acquisitions and investments across various industries [4] Collaboration Details - YuvaBio completed Phase II by compiling a targeted collection of compounds from 12 curated libraries, focusing on obesity, cardiometabolic disorders, and lipid & glucose metabolism [2] - The MitoNova™ AI platform was utilized to screen compounds for their potential impact on muscle preservation and metabolic health, resulting in a shortlist of candidates for biological validation [2][6]