Creative Medical Research

We are an innovative #medicaldevice market research company with a fresh approach. We understand what works and what can work for your business needs.

[Creative Medical Research @DeviceResearch]

How do you maximise your market research spend? Read this article about considerations we frequently discuss with our clients to help them to optimise their market research investment. https://t.co/V1DiRqp0X5

[Creative Medical Research @DeviceResearch]

It's #HypoAwarenessWeek and @DiabetesUK has shared this to highlight what to look out for if someone you know has a #hypo

[Diabetes UK @DiabetesUK]

❓ Would your mates, loved ones or colleagues know how to spot a #Hypo if you were having one?

This #HypoAwarenessWeek, we want to help the public unsterstand what it's like to experience a hypo. Will you help us by sharing this video?

More info? 👉🏻 https://t.co/zWVgePkkDe

[Creative Medical Research @DeviceResearch]

Interviewing respondents to get great insight is an artform. Researchers meet such a variety of characters when on fieldwork. Here's a few examples of personalities and how best to manage how they respond. https://t.co/KzEKehLA62
#marketresearch #medicaldevices

[Creative Medical Research @DeviceResearch]

Settle down with the popcorn and watch our Christmas Movie Recreations. We've added a bit of a CMR twist. Wishing you all Season's Greetings over the holiday period. #christmasmovies #christmaswithatwist #christmasfilms

[Creative Medical Research @DeviceResearch]

A team of researchers at the University of California San Diego created a wearable device that uses a disposable microneedle patch to continuously sample and analyse interstitial fluid.

https://t.co/XBAqyGJy3C

#medicaldevice #medicalresearch #wearabletech

[Creative Medical Research @DeviceResearch]

Researchers have developed a smart stent that can monitor hemodynamic parameters.

The system could be helpful in long-term monitoring and aid patients with cardiovascular issues to avoid repeated angiograms.

https://t.co/qxYSAukrSF

#medicaldevice

[Creative Medical Research @DeviceResearch]

Researchers have created a zwitterion polymer coating for in-dwelling medical devices, such as urinary catheters, that prevents microbes from adhering and creating troublesome biofilms.

https://t.co/Yo9Z9AnZWX

#medicalresearch #medicaldevice

[Creative Medical Research @DeviceResearch]

Owen Mumford Ltd has launched a new venous blood collection portfolio under its Unistik brand.

The new Unistik blood collection range launches with a collection of three devices.

https://t.co/a8NTIMC154

#medicalresearch #medicaldevice

[Creative Medical Research @DeviceResearch]

Ametek Coining is launching all-new Bio-Implantable Composite Materials (BCMs) that are ideal for multiple life-saving applications in the medical industry.

https://t.co/58tvRmPAcs

#medicaldevice #medicalresearch

[Creative Medical Research @DeviceResearch]

Opharmic Technology has developed an ultrasonic non-invasive ocular drug delivery device with the goal of replacing intravitreal injections.

https://t.co/lFHP6yu7pv

#medicaldevice #medicalresearch

[Creative Medical Research @DeviceResearch]

Researchers have created a soft robotic sleeve to treat lymphedema. This wearable sleeve combines a microfluidic controller and soft robotic components that apply compression to the arm to reduce and control fluid accumulation.

https://t.co/V4a4VYYXyf
#medicaldevice

[Creative Medical Research @DeviceResearch]

Researchers at the University of Texas at Dallas, in collaboration with EnLiSense, developed a wearable electrochemical sweat sensor that can detect chemokines in sweat, alerting the wearer & clinicians to a viral or bacterial infection.

https://t.co/G8mecOQs2o

#medicaldevice

[Creative Medical Research @DeviceResearch]

Researchers have developed an advanced organ-on-a-chip system that incorporates heart, bone, liver, and skin tissue in independent niches that are linked with simulated vascular flows.

https://t.co/CowKAsA9pN

#medicalresearch #medicaldevice

[Creative Medical Research @DeviceResearch]

A nanotech imaging device, tiny enough to fit on a smartphone camera lens, has the potential to make the diagnosis of certain diseases accessible & affordable for people in rural & remote regions, say Australian scientists who developed it.

https://t.co/ukQsWuacpx
#medicaldevice

[Creative Medical Research @DeviceResearch]

Israel-based cardiovascular medical device start-up, Filterlex Medical, has completed the first-in-human study of its CAPTIS device.

It is designed to lessen the risk of stroke & other complications during catheter-based heart surgeries.

https://t.co/hd8hsv2ecX

#medicaldevice

[Creative Medical Research @DeviceResearch]

Abbott, CamDiab and Ypsomed have entered a partnership to develop and market an integrated automated insulin delivery (AID) system to help patients manage their diabetes round-the-clock.

https://t.co/SWPeC3RR8R

#medicalresearch #medicaldevice #insulin #diabetes

[Creative Medical Research @DeviceResearch]

A study in ACS Central Science, one team describes a new, long-acting silver-ion releasing coating that, in rats, prevents bacteria from adhering to implants and then kills them.

https://t.co/XXuaf4Tz29

#medicaldevice

[Creative Medical Research @DeviceResearch]

Researchers have developed a nanoparticle system that can aid with the removal of endometrial lesions in a minimally invasive fashion. The research team’s nanoparticle technology can aid in minimally invasively destroying such lesions.

https://t.co/Tb6cpTasLM

#medicalresearch

[Creative Medical Research @DeviceResearch]

Researchers at Texas A&M University created a wireless device that aims to illuminate and destroy residual tumour cells left after cancer resection. The device can be used by surgeons to illuminate the tumour bed after resection.

https://t.co/BCpKFKDvIV

#medicaldevice

[Creative Medical Research @DeviceResearch]

Researchers have created molecular robots that can employ swarm behaviours to move & release small cargoes.

The tech could have potential as a drug delivery mechanism & may lead to a variety of future nanotechnological medical applications.

https://t.co/FOq68MOrqf