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Valued Subscriber, Tiny, implanted sensor signals transplant rejection

Implanted sensor signals transplant rejection
 
View web version 16 November 2023 — Issue 24 | Vol 18
 
Medical Device Design - GlobalSpec
 

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Implanted sensor signals transplant rejection.

Implanted sensor signals transplant rejection

Engineered by researchers from Northwestern University and the University of Chicago, the tiny, implanted sensor monitors transplanted organs for signs of rejection in real time. Read more →

OEM pipetting module: A unique solution that saves space, weight and improves performance.

Norgren Life Science

OEM pipetting module: A unique solution that saves space, weight and improves performance

OEM pipetting module to simplify your system design. Simplify your fluidics design with the smallest, self-contained pipetting module available without compromising your system's performance.
 

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Robots deployed for sanitizing veterinary hospitals.

Robots deployed for sanitizing veterinary hospitals

Tru-D, or "Trudy," is a stationary bot that uses 28 bulbs and eight ultraviolet C (UVC) centers to destroy resistant infection-causing bacteria that can cling to walls, floors, tables and other surfaces. Read more →

Smart scalpel promises to improve surgical training.

Smart scalpel promises to improve surgical training

A sensor-loaded circuit fits within the handle of the smart scalpel to track the force used during surgical procedures. Read more →

TP-105 series by Components Corp.

bisco industries

TP-105 series by Components Corp.

This series offers a functionally superior alternative to other means of board-level troubleshooting. While featuring a loop profile for positive test probe retention, it's available in any combination of positions. Learn more!
 

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A computer model for predicting who needs lung cancer screening.

A computer model for predicting who needs lung cancer screening

To help build the model, researchers used data on 216,714 smokers from the U.K. Biobank cohort and 26,616 smokers from the U.S. National Lung Screening trial. Read more →

Plant-based microrobots for traversing the human body.

Plant-based microrobots for traversing the human body

According to its developers, the non-toxic and biocompatible microrobots are composed of hydrogel composites featuring cellulose nanoparticles from plants. Read more →

   

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