Browsing Tag
Biotechnology
7 posts
Biotechnological Design: A Case for Idiosyncrasy Over Optimization
New research suggests that scientists engaged in biological design should prioritize understanding the idiosyncrasies of biological systems rather than solely focusing on optimization.
Emerging Gene Editing Technologies: CRISPR 2.0 Prepares for Clinical Trials
The groundbreaking approval of the initial CRISPR therapy sets the stage for the development of treatments utilizing more efficient and precise genome editors.
A New Way to Heal Damaged Tissue: Tiny Robots Made from Human Cells
In the laboratory, the 'Anthrobots' successfully repaired a neuronal layer by addressing a scratch.
The Biodistribution and Role of Polymer-DNA Origami Nanostructures in Living Systems
In a recent Scientific Reports study, Noah Joseph and a team of biotechnology and nanoscience researchers in Israel detailed the development of a nanoscale agent. This agent, formed from a hybrid of coupled polymer-DNA origami, showcases stability in serum and exhibits slow diffusion through tissues. The research aims to provide a solution for the desired feature of regulating the biodistribution of therapeutics, which can effectively limit the side effects associated with many drugs.
Researchers Develop Innovative Approach for Muscle Tissue Regeneration
Evolved.Bio, a pioneering startup, is instilling newfound optimism among individuals with substantial muscle damage. The company has engineered innovative technology that demonstrates highly effective capabilities in regenerating muscle tissue.
Researchers Achieve Milestone in Synthetic Yeast Creation: Chromosome XI Successfully Constructed
A group of scientists based in the UK, under the leadership of professionals from the University of Nottingham and Imperial College London, has successfully assembled a synthetic chromosome. This significant achievement is a pivotal component of a global initiative aimed at constructing the first-ever synthetic yeast genome.
NUS Researchers Develop Magnetic Gel Accelerating Diabetic Wound Healing by Threefold
A group of researchers has developed a groundbreaking magnetic hydrogel for wound healing, particularly beneficial for diabetic wounds. This advanced hydrogel, incorporating both skin cells for regeneration and magnetic particles, offers a holistic approach to wound healing. It significantly expedites the healing process through multiple mechanisms. To enhance its therapeutic impact, an external wireless magnetic device is employed to activate skin cells, resulting in faster healing, reduced recurrence rates, and potentially fewer limb amputations for diabetic patients.