This AI model judges molecular stability on its own, researchers say
Could this optical centrifuge demystify exotic, frictionless superfluids?
Are lab gloves leading scientists to overestimate microplastics?
In the face of change: how Antarctic microbes can survive a 95°C temperature span
Sensor's cell-like structure said to overcome key blood-testing barrier
This AI model judges molecular stability on its own, researchers say
Korean researchers have developed an artificial intelligence model that, they say, understands the physical laws governing molecular stability to predict structures.
Could this optical centrifuge demystify exotic, frictionless superfluids?
A new optical centrifuge has enabled the first demonstration of controlled spinning inside a superfluid, recent research suggests.
Introducing Rainin Vero: The Next Generation in Electronic Pipetting for Life Sciences
With the recent launch of the Rainin Vero, Mettler-Toledo Rainin ANZ is setting a new standard for electronic pipetting.
How Cell-Free Synthesis is Revolutionising Biotechnology
As biotechnology evolves, innovations in DNA manufacturing may prove as essential as the discovery of DNA itself, enabling faster, safer, and more flexible research and...
Whisper-quiet precision for modern analytical devices
Bürkert's Whisper Valves are compact electromagnetic micro-valves designed for highly precise dosing and fluid control.
Proteintech FlexAble Oligo-Ready Labeling Kits
Proteintech's FlexAble Oligo-Ready Labeling Kits are used for generating Oligo-FlexLinker...
Micropore Technologies Advanced Crossflow (AXF) platform
Micropore Technologies' Advanced Crossflow (AXF) platform uses precision-engineered membranes...
Could this optical centrifuge demystify exotic, frictionless superfluids?
A new optical centrifuge has enabled the first demonstration of controlled spinning inside a superfluid, recent research suggests.
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Method holds promise to make bioimaging X-ray machines smaller and more flexible
Researchers from Nanyang Technological University, Singapore have found a new way to produce...
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Rapid imaging method shows how medicine moves beneath the skin
Researchers have developed a rapid imaging technique that allows them to visualise, within...
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Fluorescent molecules glow in water, enhancing cell imaging
Researchers have developed a new family of fluorescent molecules that glow in a surprising way,...
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Project PEARL: safety findings of a lab ventilation systems comparison
Could this independent comparison test of lab ventilation systems under real-world stress conditions redefine standards for safety, efficiency and...
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DAC Labs seeks commercial scale-up with COO appointment
To lead commercial scale-up of its direct air capture technology, DAC Labs has appointed former...
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NSW RNA manufacturing facility set to open next year
The new facility will enhance the state's sovereign capability in the development and...
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Construction begins on $780m Sydney Biomedical Accelerator
The health education and research complex will house more than 1200 researchers and clinician...
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From hospitals into homes — could tiny biosensors transform medical sampling?
Swedish researchers have developed diminutive laser technology with the potential to move certain types of medical sampling out of hospitals into...
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Microplastics found to alter the human gut microbiome
Microplastic-treated cultures showed a consistent and significant increase in acidity (lower pH...
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A better way to create conductive polymers
New research disproves the longstanding belief that to create conductive polymers, substances...
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3D temperature mapping inside living tissue
Researchers have found a way to map temperature in three dimensions within biological tissue,...
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