Latest updates for Artificial Cell Model
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Recent items include:
- Tom Gauld on artificial cells
- GenBio Launches a “Virtual Cell” AI Model
- Did scientists just create synthetic life?
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lifespan.io
/3 weeks ago
GenBio Launches a “Virtual Cell” AI Model
This AI startup, which lists Nobel laureate David Baker among its co-founders, has announced a “world model” of a cell that can simulate both its natural state and […]
scientificamerican.com
/1 month ago
Did scientists just create synthetic life?
The SpudCell certainly resembles a living cell, but a key structure inside the cell falls short of the real thing
bioengineer.org
/1 month ago
Chitosan Hydrogel Stabilizes Red Blood Cell Membranes for Environmental Sensors
Natural cell membranes excel at biological recognition, but translating their sensing abilities into practical devices is notoriously difficult. Once embedded in artificial materia...
nanowerk.com
/4 weeks ago
Programming membrane transport with a DNA origami nanosyringe
A DNA origami nanosyringe introduces mechanically controlled molecular transport into synthetic cells. This opens new opportunities for synthetic biology, engineered biointerfaces...
scienceandculture.com
/1 month ago
“SpudCell”: More Evidence that Origin of Life Requires Intelligent Design
This is most curious. SpudCell’s creators are boasting that it has “a much smaller genome” than any other known living cell. Source
nanowerk.com
/3 weeks ago
Red blood cells inspire next-generation therapeutic nanocarriers
Red blood cells serve as the foundation for nanocarriers that show promise in a new study as effective and efficient vehicles for gene therapy, tumor targeting and other medical tr...
habr.com
/1 month ago
Искусственная жизнь уже рядом: синтетическая клетка впервые прошла несколько циклов деления
Биологи уже много лет пытаются собрать из отдельных молекул систему, похожую на живую клетку. Главная сложность здесь в том, чтобы объединить отдельные реакции в единый работающий...
scitechdaily.com
/1 month ago
Nanoreactor Mimics Living Cells To Supercharge Artificial Photosynthesis
A biomimetic nanoreactor combines cellular design principles to produce hydrogen peroxide efficiently under visible light. Inside a hollow nanoscale structure, researchers have rec...
scienceandculture.com
/3 weeks ago
Luskin on SpudCell in NY Post: It’s NOT Alive!
Dr. Frankenstein in Mary Shelley's horror novel came closer to creating life, based on misunderstandings of her own about “experiments of Dr. [Erasmus] Darwin.” Source
bioengineer.org
/1 week ago
Cerasomes Combine Liposomes and Silica for More Precise Drug Delivery
A class of hybrid nanoparticles could help address one of nanomedicine’s most persistent problems: how to carry a therapeutic molecule through the body without losing it too early...
journals.plos.org
/1 month ago
A geometric-surface PDE model for cell-nucleus translocation through confinement
by Francesca Ballatore, Anotida Madzvamuse, Cécile Jebane, Emmanuèle Helfer, Rachele Allena Understanding how cells migrate through confined environments is crucial for elucidatin...
bioengineer.org
/1 month ago
MIT Engineers Develop Precise Method to Grow Artificial Blood Vessels
Tissue engineering has long promised to rebuild damaged organs and tissues, but one stubborn barrier remains: reliable vasculature. Without a precisely organized blood vessel netwo...
phys.org
/1 month ago
How evolution fine tunes molecular mechanisms to create and maintain membrane diversity between species
The cell membrane is a fundamental biological structure. These lipid layers surround and organize every cell, controlling everything from signaling to transport. But for membranes...
bioengineer.org
/4 weeks ago
Scientists Discover and Design Potent Cell-Surface Display Elements
Cell surface display has become one of biotechnology’s most useful strategies for controlling what cells present to their surroundings. By placing a protein, peptide or antigen on...
webwire.com
/1 month ago
MIT engineers find a precise way to grow artificial blood vessels
Tissue engineers are finding ways to grow living organs and tissues from cells, with the aim of replacing diseased and damaged counterparts in the body. Scientists have successfull...
nanowerk.com
/1 month ago
Researchers find a precise way to grow artificial blood vessels
Gently stretching and pulling a 'blood vessel on a chip' encourages controlled sprouting of new vessels, for possible use in artificial tissues or organs.
nanowerk.com
/3 weeks ago
Light-powered proteins bring artificial membranes closer to biohybrid energy systems
Researchers developed a way to embed light-driven proteins in durable artificial membranes, opening paths to biohybrid sensing and energy conversion.
bioengineer.org
/2 weeks ago
Hydrogel platform streamlines creation of living tissue models
Researchers at Tampere University have developed a light-activated hydrogel platform that could make the construction of advanced biomaterials faster, simpler and far more adaptabl...
nanowerk.com
/1 month ago
A better way to deliver mitochondria into living cells
Surface-engineered mitochondria coated with protective polymers and cell-penetrating peptides enter cells more efficiently while preserving energy-producing function.
journals.plos.org
/1 month ago
Cell-specific Cahn-Hilliard models predict condensed fates of the chromosomal passenger complex
by Sarah M. Groves, Min-Jhe Lu, Astrid Catalina Alvarez-Yela, Monserrat Gerardo-Ramírez, P. Todd Stukenberg, John S. Lowengrub, Kevin A. Janes Biomolecular condensates create dyna...
discovermagazine.com
/1 month ago
Blood-Vessel-on-a-Chip Models Can Now Grow and Redirect New Capillaries
Learn how mechanical stretching helped lab-grown vessels sprout and redirect new capillaries, a step toward keeping engineered tissues alive.
bioengineer.org
/1 week ago
Live Cell Shapes Reveal How Tissues Choose Their Final Identities
Cells do not become specialized in a single instant. During development, they gradually change their molecular programs, position, shape, polarity and behavior before reaching a ma...
bioengineer.org
/1 week ago
New Artery-on-a-Chip Technologies Advance Construction Strategies and Disease Modeling
Cardiovascular disease remains the world’s leading cause of death, and the arteries—dynamic tubes that constantly bend, stretch, pulse and respond to flowing blood—are where many o...
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