NEWS

Mini Organs, Major Impact: How Organoids Are Redefining Drug Development & Personalised Medicine

Mini Organs, Major Impact: How Organoids Are Re...

Organoids, miniature, self-organising 3D tissue cultures, are transforming drug development and personalised medicine by offering more physiologically relevant, patient-specific models than traditional 2D cultures and animal testing. This article explores...

Mini Organs, Major Impact: How Organoids Are Re...

Organoids, miniature, self-organising 3D tissue cultures, are transforming drug development and personalised medicine by offering more physiologically relevant, patient-specific models than traditional 2D cultures and animal testing. This article explores...

Grant Writing That Stands Out: How Ambient Cell Preservation Can Strengthen Your Application

Grant Writing That Stands Out: How Ambient Cell...

Securing research funding is a competitive process. Review panels look for more than just sound science - they’re also seeking evidence of novel thinking, technical feasibility, and efficient resource use....

Grant Writing That Stands Out: How Ambient Cell...

Securing research funding is a competitive process. Review panels look for more than just sound science - they’re also seeking evidence of novel thinking, technical feasibility, and efficient resource use....

Rise in the use of organoids to replace animal models: the issue with storage and shipment

Rise in the use of organoids to replace animal ...

As the industry moves away from animal testing, organoids are emerging as a powerful alternative, offering improved physiological relevance, ethical advantages, and greater efficiency. Atelerix's innovative hydrogel-based preservation technology enables...

Rise in the use of organoids to replace animal ...

As the industry moves away from animal testing, organoids are emerging as a powerful alternative, offering improved physiological relevance, ethical advantages, and greater efficiency. Atelerix's innovative hydrogel-based preservation technology enables...

Transforming mRNA Vaccine Distribution: How Atelerix’s CytoStor™ Could Eliminate the Need for the Ultracold Chain

Transforming mRNA Vaccine Distribution: How Ate...

The rapid advancement of mRNA vaccines has revolutionised medicine, but their reliance on ultracold storage hampers global accessibility, particularly in underserved regions. Atelerix’s CytoStor™ platform offers a game-changing solution by...

Transforming mRNA Vaccine Distribution: How Ate...

The rapid advancement of mRNA vaccines has revolutionised medicine, but their reliance on ultracold storage hampers global accessibility, particularly in underserved regions. Atelerix’s CytoStor™ platform offers a game-changing solution by...

Two Years On: Stem Cell Therapy Brings Sustained Vision Improvement Thanks to Alginate-Based Delivery

Two Years On: Stem Cell Therapy Brings Sustaine...

At Atelerix, we’re proud to support pioneering work that translates innovative science into real-world patient impact. A recent clinical milestone from our partners at the L V Prasad Eye Institute (LVPEI)...

Two Years On: Stem Cell Therapy Brings Sustaine...

At Atelerix, we’re proud to support pioneering work that translates innovative science into real-world patient impact. A recent clinical milestone from our partners at the L V Prasad Eye Institute (LVPEI)...

Atelerix signs exclusive agreement with MineBio to establish distribution channel for non-cryogenic cell preservation solutions in China

Atelerix signs exclusive agreement with MineBio...

Atelerix partners with MineBio to bring cryo-free cell preservation to China, expanding global access to its breakthrough hydrogel technology.The exclusive agreement enables efficient ambient-temperature transport of sensitive biomaterials, supporting growth...

Atelerix signs exclusive agreement with MineBio...

Atelerix partners with MineBio to bring cryo-free cell preservation to China, expanding global access to its breakthrough hydrogel technology.The exclusive agreement enables efficient ambient-temperature transport of sensitive biomaterials, supporting growth...