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Image: The figure shows a photo of the team’s spheroids taken using immunofluorescence imaging, a type of microscopy that allows biologists to view specific proteins or molecules inside a cell or tissue. A total of 16 spheroids, although some are not visible in the figure, are positioned in a microgel structure using a specialized form of 3D printing. In their work, a team of researchers demonstrated that these spheroids can help support the formation of new blood vessels in regenerated bone tissue. (Photo courtesy of Ibrahim Ozbolat/Daniel Hayes)

3D Bioprinting Method Enhances Bone Repair by Promoting Blood Vessel Growth

A 3D bioprinting method uses programmed stem-cell clusters to enhance blood vessel formation, bone repair, and graft integration. More...
19 Aug 2026
Image: The MONARCH QUEST foundation provides continuous visualization during robotically assisted bronchoscopy, including navigation to and biopsy of targets under direct vision. (Photo courtesy of Johnson & Johnson)

New Robotic Bronchoscopy Software Enhances Lung Nodule Navigation and Targeting

Johnson & Johnson has introduced the latest MONARCH Platform software update to enhance planning, navigation, and targeting in early lung cancer detection. More...
19 Aug 2026
Image: Understanding how the gel is assembled at the atomic scale required a technique called Magic Angle Spinning Nuclear Magnetic Resonance. A tiny quantity of gel was packed into a ceramic rotor like this and spun at nearly one million revolutions per minute inside a powerful magnet. The measurements revealed how palladium atoms connect the foldamer molecules to form the gel’s molecular backbone. (Photo courtesy of Dominik Kubicki)

Switchable Soft Material Could Improve On-Demand Drug Delivery

A new smart hydrogel enables on-demand switching between gel and liquid forms for targeted drug delivery and sensing. More...
19 Aug 2026
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FDA-Cleared Finger Cuff Device Enables Home Blood Pressure Monitoring

An FDA-cleared finger-based device enables blood pressure and pulse monitoring without an arm cuff. More...
19 Aug 2026
Image: Researcher Penghui Zhao holds up the iNal patch, a wearable medical device that can prevent accidental opioid overdoses. (Photo courtesy of Penghui Zhao)

Smart Patch Could Detect Fentanyl and Deliver Automatic Overdose Aid

A new wearable microneedle patch detects fentanyl and auto-releases naloxone, enabling on-demand overdose rescue. More...
18 Aug 2026
Image: Built as an extension of the company’s FLOW~IQ technology, the FLOW FLEXTEND COBLATION Wand is engineered to enhance joint access and enable precise tissue targeting in hard‑to‑reach hip, knee, and shoulder compartments. (Photo courtesy of Smith+Nephew)

New Radiofrequency Wand Enhances Access and Tissue Targeting in Hip Surgery

A new adjustable-angle surgical wand improves joint access and tissue targeting, increasing resection efficiency in hip surgery. More...
18 Aug 2026
Image: A 3D view of the brain shows white matter pathways (multicolored fibers) connecting regions involved in bladder control, identified through urodynamic functional MRI (red and yellow). Researchers will examine how stroke damages this communication network and whether the resulting patterns can help predict response to treatment. (Photo courtesy of Stevens INI)

Imaging Biomarkers Aim to Personalize Treatment for Post-Stroke Bladder Dysfunction

A brain imaging-guided study seeks biomarkers to predict spinal cord stimulation benefit and personalize post-stroke bladder care. More...
18 Aug 2026
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