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All articles tagged with "cell-biology"

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Science paper points to FERONIA’s role in plant heat resilience (via link.springer.com)

Science paper points to FERONIA’s role in plant heat resilience

A May 2026 Science paper links FERONIA to plant thermotolerance.
The title points to plasma membrane nanoclusters as part of the mechanism.
Available source material is limited to citation metadata, so interpretation remains narrow.

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DT Editorial Team·May 28, 2026·via science.org

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A New Cell-Reading Method Could Let Scientists Track Genetic Activity Without Destroying Samples

The supplied source says researchers have developed a way to read genetic activity from living cells without destroying them.
The approach could allow scientists to observe cellular genetic processes over extended periods.
The reported advance addresses a long-standing limitation in experiments that rely on destructive measurement.

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DT Editorial Team·May 10, 2026·via phys.org

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'Zombie' cells spark inflammation in severe fatty liver disease, Mayo Clinic researchers find - Mayo Clinic News Network (via newsnetwork.mayoclinic.org)

Researchers report a newly identified liver cell that may help explain common liver disease

University of Michigan researchers reported a newly identified liver cell type.
The source says the cell may protect against a common liver disease.
The finding is early but could shape future treatment research.

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DT Editorial Team·May 4, 2026·via medicalxpress.com

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Hidden in Hair Follicles, Immune ‘Sentinel’ Cells May Help Skin Detect Threats

Scientists found previously unrecognized immune surveillance structures in hair follicles.
The cells resemble M cells known from the gut and airway.
The study suggests follicles may be a central hub for skin immune sensing.

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DT Editorial Team·Apr 25, 2026·via medicalxpress.com

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Nanomedicine research aims to turn treatment into a cellular delivery problem

Phys.org highlights research into nanomedicine that works at the molecular level.
The goal is to get treatment inside cells rather than rely only on conventional pill-based delivery.
The research points toward more precise future therapies rather than a single finished breakthrough.

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DT Editorial Team·Apr 18, 2026·via phys.org

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DT Editorial Team·Apr 8, 2026·via medicalxpress.com

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DT Editorial Team·Apr 2, 2026·via phys.org

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DT Editorial Team·Mar 10, 2026·3 min read·via quantamagazine.org

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DT Editorial Team·Feb 11, 2026·5 min read·via sciencedaily.com

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Researchers map the maternal-fetal interface cell by cell, offering new clues to pregnancy risk

UC San Francisco scientists mapped the maternal-fetal interface at cell-level resolution.
The researchers reported new cell types in the biological connection between mother and fetus.
The work could help explain mechanisms behind pregnancy-related complications.

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Virus-Inspired DNA Needle Points to a More Precise Way to Deliver Medicines Into Cells

Researchers at Aarhus University developed a microscopic DNA needle.
The structure is designed to deliver molecules directly into cells.
The report says it also helps the delivered molecules remain active once inside.

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Tangles of green and blue strands, representing different types of proteins, spill out over the edges of a circular channel.

Disorder Powers the Nuclear Pore, Biology's Busiest Gate

Nuclear pore complexes handle hundreds of transport events per second using disordered protein mesh
FG-nucleoporins lack rigid structure but provide selective molecular filtering
Findings inspire synthetic nanoscale filtration and may inform neurodegenerative disease research

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Cell Division Spindles Act Like Liquid Crystals, Theory Confirms

A new theoretical framework proves mitotic spindles self-organize using the same physics as liquid crystal displays
Microtubules in dividing cells flow and align like active liquid crystal molecules, powered by molecular motors and GTP hydrolysis
The unified mathematical description bridges cell biology and condensed matter physics with implications for understanding cancer

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