domain | clock.bio |
summary | Clock.bio is focused on using a process that involves young, patient-generated skin samples along with high-tech methods like 3D bioprinting. This technology can create personalized patches for wound healing and other applications related to health maintenance by effectively 'rewinding' cellular damage caused over time. The goal of this approach combines the potential of human pluripotent stem cells (which have an almost unlimited capacity for regeneration) with advanced manufacturing techniques, such as 3D bioprinting that uses a patient's own skin samples and specialized solutions like Aibosol to produce biologically active materials tailored specifically at the molecular level. This method is seen by Clock.bio's lead scientist David Gough MBE (MBChB FRCPath) not only helps in accelerating wound healing but also promises broader applications for age-related health conditions, regenerative medicine, and possibly even longevity research due to its basis on rejuvenating human cells without altering their genetic identity or increasing the risk of cancer. The process offers hope against many medical challenges like aging-associated diseases by directly targeting damaged tissues with engineered 3D printed structures that can be used in situ for immediate results.
- Human pluripotent stem cell - Personalized health care via advanced manufacturing processes including bioprinting and Aibosol solutions - Application of Clock.bio's process: - Wound healing acceleration through regenerative technology - Potential to address age-related conditions, such as muscle degeneration in Parkinson’s disease or myocardial infarction (heart attacks) |
title | clock.bio | Home |
description | clock.bio | Home |
keywords | human, cells, rejuvenation, approach, aging, model, biology, challenges, time, stem, approaches, process, team, white, paper, have, force |
upstreams |
|
downstreams |
|
nslookup | A 151.101.2.159 |
created | 2025-05-31 |
updated | 2025-05-31 |
summarized | 2025-06-05 |
|
|