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Health & Science4h 25m ago
A study identified phage surface proteins that act as molecular anchors, allowing them to attach to and enter human cells.
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HUN-REN Biological Research Centre, Szeged
Who
Gábor Apjok, Tóbiás Sári, Bálint Kintses lab
What
A study identified phage surface proteins that act as molecular anchors, allowing them to attach to and enter human cells.
When
Fri, 12 Jun 2026 20:33:00 GMT · 4h 25m ago
Where
HUN-REN Biological Research Centre, Szeged ·
Why
Understanding these molecular anchors could lead to designing more precise phage-based therapeutics and rethinking the gut microbiome's organization.
The Frontline Impact
How this affects you
This research reveals that certain phages can interact directly with human cells, not just bacteria, suggesting a new understanding of their role in the gut and potential for targeted drug delivery or therapies.
Story chain
7 events in this thread- Currently Reading4h 25m agoA study identified phage surface proteins that act as molecular anchors, allowing them to attach to and enter human cells.
- Health & Science4h 25m agoThe study identified phage surface proteins acting as molecular anchors that allowed phages to attach to human cells.Open article
- Health & Science4h 25m agoResearchers engineered phages to attach to human cells more efficiently by transferring specific adhesion proteins.Open article
- Health & Science4h 25m agoResearchers identified phage surface proteins that act as molecular anchors, allowing engineered phages to attach to and enter human cells more efficiently.Open article
- Health & Science4h 25m agoEngineered phages, which are viruses that infect bacteria, have been shown to use molecular anchors to attach to and enter human cells more efficiently.Open article
- Health & Science4h 25m agoThe study identified phage surface proteins that act as molecular anchors, enabling phages to attach to human cells.Open article
- Health & Science4h 25m agoThe study identified phage surface proteins that act as molecular anchors, allowing phages to attach to and enter human cells.Open article