Springy synthetic cells supercharge T-cell immune response
UCLA Samueli School Of Engineering - 25-Nov-2024UCLA unveils viscoelastic antigen mimics to boost immunity and fight cancer
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UCLA unveils viscoelastic antigen mimics to boost immunity and fight cancer
Using AI and biology to speed up drug discovery for healthier ageing
AlphaProteo redefines protein design with groundbreaking AI accuracy
Proposes ethical pathways for profit and public trust challenges
The method has potential for tissue repair and regenerative medicine
New technique delivers more genetic material, paving way for safer & effective gene therapies
Opening up the possibility of engineering complex organisms from scratch
Also shields skin from sun damage, environmental toxins, and radiation exposure
AI can now design proteins that change shape in response to external stimuli
Highly accurate enzyme-based approach to advance the ability to read, write and manipulate DNA
Paving the way for more targeted, efficient cell-based therapies to treat diseases like diabetes and cancer
ProGen AI designs artificial enzymes, revolutionizing protein engineering and biotechnology
Structural rearrangements in cells could be beneficial in treating diseases
New bacteria: virtually resistant to all viral infections
7 additional genes created normally dividing artificial cells - interesting tool for future research works
Engineered human cells through design-based process, eliminating trial and error approach
The more ways we can study and understand cell activity the better
“Smart” cells behave like tiny autonomous robots, planned to detect damage and deliver help
This could be dawn of a new era - cancer treatment without side effects
Organisms can survive even with a simple genetic code
No need to wait for evolution - we will be able to manipulate life forms soon
George Church has grand plans to make better cells
Can be used to add or remove products from the body
Synthetic cell produces anti-cancer proteins within tumour tissue.
Our bodies make roughly 20,000 different kinds of proteins.
Bacterium's DNA modified to incorporate six letters instead of four.
There are more proteins possible than there are atoms in the universe.
Bacterium with two new synthetic bases (called X and Y) added to the four natural bases (A, T, C, and G).
First synthetic version of a cardiac stem cell created.
University of North Carolina scientists are engineering proteins with functionality that nothing else is capable of doing.
Proprietary synthetic DNA manufacturing process from Twist Bioscience features a 10,000-well silicon platform capable of producing synthetic biology tools, including genes, oligonucleotide pools and variant libraries.
Including immuno-oncology treatments, antibody delivery, Tau-aggregation inhibitors and mRNA therapies.
New technique called electroporation opens up microscopic pores in T-cells allowing Crispr/Cas9 enzymes to enter and replace exact sections of DNA with synthetic, healthy sequences.
Foundation for Applied Molecular Evolution created two new bases (called Z and P) which were then present in evolved soltuions of DNA strands that preferentially bound to cancerous liver cells over healthy ones.