Scientists develop WHOLISTIC imaging to watch cell communication across entire living organisms
New technique reveals real-time cellular conversations in transparent fish, bridging a fundamental gap in biology.
What to know
- WHOLISTIC, a new imaging technique using fluorescent calcium sensors, allows researchers to watch cellular communication across an entire living organism in real time—closing a fundamental observability gap in biology.
- The method has revealed previously unknown interactions: cartilage responding to cold, brain protective tissues responding to ketamine, and coordinated blood-flow redistribution controlled by the brainstem.
- Tested so far on naturally transparent fish (larval zebrafish and adult Danionella cerebrum), the technique could help scientists understand similar systems in human bodies and is intended for adoption across research fields.
“This now allows all these fields – physiology, neuroscience, behavior, cell biology – to connect and study all of them in the same animal”
Misha Ahrens, Neuroscientist, lab host · ScienceAlert ↗
Virginie Ruetten Computational neuroscientist, technique developerMisha Ahrens Neuroscientist, lab hostHoward Hughes Medical Institute Research institution
How it unfolded 2 developments, newest first · click a bar or a number to jump articlesposts
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WHOLISTIC imaging reveals unknown cross-organ interactions in transparent fish
Testing on larval zebrafish and adult Danionella cerebrum reveals unexpected findings: cartilage cells responding to cold, brain meninges responding to ketamine, unknown muscle synergies, and brainstem-controlled blood flow redistribution across the body.
“At the whole-organism scale, the method captured brainstem-controlled redistribution of body-wide blood flow…”
— WHOLISTIC research authors -
first by ScienceAlert, 12d ago
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For The First Time, Watch Cells Communicate Across an Entire Living Body
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Howard Hughes team publishes WHOLISTIC imaging technique in Nature
Researchers led by computational neuroscientist Virginie Ruetten present a new method called WHOLISTIC that captures cellular activity across an entire organism second by second using genetically engineered fluorescent calcium sensors.
“This work bridges two fundamental scales of biology – the cell and the organism – such that we can now fill that observability gap…”
— Virginie Ruetten