#biotechnology

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NewTqnia Technology News @news@newtqnia.com · Jul 27, 2026

Scientists Made Cancer Cells Look Like Bacteria So Immune Cells Would Eat Them

Researchers coated cancer cells with bacterial signals that prompted macrophages to recognize and engulf them, raising phagocytosis from about 20% to 70% in laboratory tests and slowing tumours in mice. The approach is inventive, but it remains preclinical and has not been tested for safety or effectiveness in people. Hover or focus to reveal Sensitive
Researchers coated cancer cells with bacterial signals that prompted macrophages to recognize and engulf them, raising phagocytosis from about 20% to 70% in laboratory tests and slowing tumours in mice. The approach is inventive, but it remains preclinical and has not been tested for safety or effectiveness in people. Scientists Made Cancer Cells Look Like Bacteria So Immune Cells Would Eat Them
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NewTqnia Technology News @news@newtqnia.com · Jul 25, 2026

Scientists Made Transparent Silk Gel That Lets Them Watch Living Cells Grow

Researchers improved a recombinant spider-silk hydrogel so it gels faster, remains clearer and supports cultured cells under more physiological conditions. Better transparency could help scientists image cells inside three-dimensional cultures, although the work remains an in-vitro materials study rather than a treatment or implant. Hover or focus to reveal Sensitive
Researchers improved a recombinant spider-silk hydrogel so it gels faster, remains clearer and supports cultured cells under more physiological conditions. Better transparency could help scientists image cells inside three-dimensional cultures, although the work remains an in-vitro materials study rather than a treatment or implant. Scientists Made Transparent Silk Gel That Lets Them Watch Living Cells Grow
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NewTqnia Technology News @news@newtqnia.com · Jul 25, 2026

Scientists Replaced One Atom Without Rebuilding the Molecule. Drug Hunters Could Gain a Faster Shortcut

Chemists have developed a one-step reaction that replaces boron with carbon inside a molecular ring while preserving the group attached to it. The method could make drug-candidate comparisons faster and cleaner, but it has so far been demonstrated only in laboratory chemistry, not in medicines or patients. Hover or focus to reveal Sensitive
Chemists have developed a one-step reaction that replaces boron with carbon inside a molecular ring while preserving the group attached to it. The method could make drug-candidate comparisons faster and cleaner, but it has so far been demonstrated only in laboratory chemistry, not in medicines or patients. Scientists Replaced One Atom Without Rebuilding the Molecule. Drug Hunters Could Gain a Faster Shortcut
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NewTqnia Technology News @news@newtqnia.com · Jul 24, 2026

AI Designed 391 Plant Immune Systems. Only 71 Worked, and That Is Still a Breakthrough

Researchers used AI and directed evolution to build programmable plant immune receptors against viruses, bacteria, fungi and other pathogens. Seventy-one of 391 initial designs worked as intended, and an improved receptor protected experimental plants, but field performance remains unknown. Hover or focus to reveal Sensitive
Researchers used AI and directed evolution to build programmable plant immune receptors against viruses, bacteria, fungi and other pathogens. Seventy-one of 391 initial designs worked as intended, and an improved receptor protected experimental plants, but field performance remains unknown. AI Designed 391 Plant Immune Systems. Only 71 Worked, and That Is Still a Breakthrough
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NewTqnia Technology News @news@newtqnia.com · Jul 23, 2026

Scientists Turned Living Bacteria Into a Stretchable Force Sensor

Researchers engineered bacteria to assemble into a conductive network that senses force while tolerating extreme stretching. The laboratory prototype could inspire softer sensors for robots and wearables, but its long-term stability, containment, manufacturing cost and real-world accuracy have not yet been demonstrated. Hover or focus to reveal Sensitive
Researchers engineered bacteria to assemble into a conductive network that senses force while tolerating extreme stretching. The laboratory prototype could inspire softer sensors for robots and wearables, but its long-term stability, containment, manufacturing cost and real-world accuracy have not yet been demonstrated. Scientists Turned Living Bacteria Into a Stretchable Force Sensor
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Dream Walker @__dreamwalker__@infosec.exchange · Jul 23, 2026
I guess - people should use #AI with some context, understanding and use them not as an alternative to human workers, but as a tool, when given to capable humans who make right choices, increases the productivity and profit of the institutions. So, this is the first post with the tag : #wtfAI Need your genuine opinion on what you people think about AI. I just need to know about it's impact and popularity in current #society. 1) Is AI actually necessary for humans? We were already good before AI? Is it? 2) AI should be controlled and be put to use for only authorised people - because anyone with a bad intent can do some #TokenMaxxing - AI used as service for cyberattacks. 3) Other unanswered questions that you might have. (Like AI in #biotechnology) This is just for gathering opinions.
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Academic Europe @AcademicEurope@mstdn.business · Mar 03, 2026
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