Sentences with phrase «developing medical applications»

Meanwhile, two teams are developing medical applications of nanotubes, taking advantage of the human body's ability to absorb carbon.

Not exact matches

Early business partners with IBM are developing applications that will build on the Watson cognitive software to make digital personal shoppers smarter, to make the medical device purchasing process more streamlined and a health management application that rewards positive behaviors.

With the advent of standardized VR hardware and software, these costs will decrease and allow medical professionals to develop new applications for its use.

Japan «s new supercomputer could help tap medical records to develop new services and applications, Sekiguchi said.

He is a seasoned entrepreneur and business executive, having co-founded several startup companies, including Mindful Scientific, a medical device company addressing concussion diagnostics and management (winner in the Medical Device track at the 2015 HealthKick Venture Showcase); abridean (acquired by nCipher PLC), a software company developing application provisioning and identity management solutions; and i - HRx (acquired by Healthconnex), a digital health company focused on chronic disease manamedical device company addressing concussion diagnostics and management (winner in the Medical Device track at the 2015 HealthKick Venture Showcase); abridean (acquired by nCipher PLC), a software company developing application provisioning and identity management solutions; and i - HRx (acquired by Healthconnex), a digital health company focused on chronic disease manaMedical Device track at the 2015 HealthKick Venture Showcase); abridean (acquired by nCipher PLC), a software company developing application provisioning and identity management solutions; and i - HRx (acquired by Healthconnex), a digital health company focused on chronic disease management.

These include Mindful Scientific, a medical device company addressing concussion diagnostics and management that won the startup competition at the Wall Street Journal WSJ.D Live global technology conference and the Medical Device track at the HealthKick Challenge; abridean (acquired by nCipher PLC), a software company that develops application provisioning and identity management solutions; and i - HRx (acquired by HealthConnex), a digital health company focused on chronic disease manamedical device company addressing concussion diagnostics and management that won the startup competition at the Wall Street Journal WSJ.D Live global technology conference and the Medical Device track at the HealthKick Challenge; abridean (acquired by nCipher PLC), a software company that develops application provisioning and identity management solutions; and i - HRx (acquired by HealthConnex), a digital health company focused on chronic disease manaMedical Device track at the HealthKick Challenge; abridean (acquired by nCipher PLC), a software company that develops application provisioning and identity management solutions; and i - HRx (acquired by HealthConnex), a digital health company focused on chronic disease management.

PrisymID has developed a web - based labelling system for medical applications.

AIM Photonics aims «to reduce energy consumption in data centers by supporting the replacement of copper wires with optical fiber; providing technology for optics in next generation (5G) wireless networks; helping develop the optical equivalent of radar which will facilitate the use of self - driving vehicles; and in partnership with the University of Rochester, the initiative is developing emerging optical sensors for medical and environmental applications,» the release explained.

By turning cell biology into an engineering discipline, CCC aims to develop new chemicals and materials for medical and consumer applications, while at the same time training a more diverse research and manufacturing workforce.

Medical ethics covers the appropriate use of biomaterials in patients and for certain applications, but it also can help you deal with difficult situations, such as when you discover that a particular biomaterial you've spent several years developing «has some toxicity, or some adverse reaction with the tissue or with the body.

Yet nanotechnology developed for medical applications could form a model for ways of exploiting oil reserves that conventional methods can not reach.

«Tough, self - healing rubber developed: Potential applications include more durable tires, wearable electronics, medical devices.»

With their experiments, Kubicek's team in collaboration with scientists from the Medical University of Vienna, the Uppsala University, Enamine Kiev and the Max Planck Institute for Informatics in Saarbrücken proved that the CLOUD is the ideal set of compounds to develop screening assays and discover new applications for approved active ingredients.

Now, a team of Japanese scientists from Osaka University, in collaboration with the RIKEN Center for Life Science Technologies and Tokyo Medical and Dental University has developed a new way of extending the chemistry of fluoroalkene molecules, granting access to a new range of fluoroalkenes for pharmaceuticals and other applications.

Newly developed «cinematic rendering» technology can produce photorealistic 3D images from traditional CT and MRI data, with potential applications in medical education, communication with patients and physicians, and early disease detection, according to an article published in the August 2017 issue of the American Journal of Roentgenology (AJR).

«We learned that devices that can be worn for a week or longer for continuous monitoring were needed for practical use in medical and sports applications,» says Professor Takao Someya at the University of Tokyo's Graduate School of Engineering whose research group had previously developed an on - skin patch that measured oxygen in blood.

Now, engineering researchers at the University of Missouri have developed a material that has the ability to control these waves, creating possible medical, military and commercial applications with the potential to greatly benefit society.

Ireland's leading ICT research centre, Tyndall National Institute (Cork), has teamed up with medical equipment provider Fleming Medical (Limerick) and Holst Centre / TNO (Eindhoven, Netherlands) to develop the world's first commercially - available «smart dressing» for use in futuristic wound care applicmedical equipment provider Fleming Medical (Limerick) and Holst Centre / TNO (Eindhoven, Netherlands) to develop the world's first commercially - available «smart dressing» for use in futuristic wound care applicMedical (Limerick) and Holst Centre / TNO (Eindhoven, Netherlands) to develop the world's first commercially - available «smart dressing» for use in futuristic wound care applications.

Through its effort to develop, produce and distribute a suite of genome RMs, the consortium is providing medical and research laboratories worldwide with the tools they need to advance clinical applications of whole genome sequencing, and the FDA with the ability to conduct science - based regulatory oversight of the technology.

Each of the working groups is responsible for developing a proposal for a set of genomes to sequence that would advance knowledge in one of three important scientific areas: identifying areas in genetic research where the application of high - throughput sequencing resources would rapidly lead to significant medical advances; understanding of the human genome; and understanding the evolutionary biology of genomes.

«We needed to take our previous work further and develop kill switches that are stable in the long run and would also be useful in real - world applications,» said Silver, who is also the Elliot T. and Onie H. Adams Professor of Biochemistry and Systems Biology at Harvard Medical School (HMS) and a member of the Kavli Institute for Bionano Science and Technology.

We are interested in developing chemical methods for biological and medical research and application.

In 1994 he founded Definiens, a company dedicated to developing advanced processing tools for maximizing the information that can be gathered from images, with particular use for applications in medical diagnostics.

He also helped develop the centralized American Medical College Application Service through the Association of American Medical Colleges.

Our researchers work with large and small companies to develop neural engineering technologies for medical devices and consumer electronics applications.

At the 2013 Conference George Church presented an overview of his work in developing applications of atomically precise nanotechnology intended for commercialization, from data storage to medical nanorobots to genomic sequencing to genomic engineering to mapping individual neuronal functioning in whole brains.

adapt computer hardware or software for medical science or health care applications (for example, develop expert systems that assist in diagnosing diseases, medical imaging systems, models of different aspects of human physiology or medical data management)

The Institute actively seeks gifts of all sizes to support promising «high - risk» concepts with potential for «high payoff» medical application, but which are not yet sufficiently developed and tested to qualify for federal or foundation grant support.

Paul Lecoq is now acting as technical director of this Centre, which will be fully operational in 2011 (http://cerimed.web.cern.ch) In summary the scientific leadership of Paul Lecoq has developed along the following lines: Since 1991: Organizer of a worldwide R&D effort for the development of new scintillators for physics, medical and industrial applications.

Other applications of rubber - graphene sensors could be in the automotive industry (to develop sensitive airbags); in robotics, in medical device development (to monitor bodily motion), as early warning systems for cot death in babies or sleep apnoea in adults.

The CSNE works with both large and small companies to develop neural engineering technologies for medical devices and consumer applications.

Lincoln, England About Blog Our research involves trying to understand and develop nanocarrier systems and coatings for medical, pharmaceutical, dental and engineering applications.

In its report «The Coming Medical Tablet War,» Mobihealthnews.com predicts that more mobile applications and deployment strategies will develop for the iPad throughout 2011, but Google, HP and RIM will challenge Apple's lead.

Sony Electronics also develops and manufactures video and audio technologies for a range of professional production applications, including broadcast television and motion picture production, live event production, event videography, ENG / EFP, digital cinematography, digital cinema, videoconferencing, medical, visual imaging, digital signage, remote system diagnostics and monitoring, and IP surveillance and security.

Electronic medical records software producer ClearPractice has developed a SAAS (software - as - a-service application) for the Apple iPad to help doctors manage their workflow, from scheduling to prescribing to billing.

Stryker Corporation develops and manufactures medical equipment used in surgeries, orthopaedic treatments and other applications.

Lincoln, England About Blog Our research involves trying to understand and develop nanocarrier systems and coatings for medical, pharmaceutical, dental and engineering applications.

While the injunction application didn't specifically target the new commercial licensing regime, the government argued that allowing some patients to continue growing their own pot would prevent the fledgling medical marijuana industry from fully developing.

We were one of the first to develop online tools to make shopping, applying, and buying term life insurance easier, from online application forms to digital medical exams, e-policy delivery and even voice signature for some policies.

But because «insurability» is only measured at the beginning of your term, this means that even if you develop a serious illness a few years after purchasing the policy, the insurance company will continue to charge you based on your (healthier) medicals at the time of application.

The candidates they place are shaping the future in medical technology developing applications including diagnostic / analytics devices, health apps for mobile, surgical implants, and scanning technology.

The Role: • Contacting employers, sometimes in person but, more likely, by telephone and often cold - calling, to establish their precise recruitment requirements for vacancies • Negotiating and agreeing the terms and conditions relating to the assignment • Searching database and temp contractor & # 34hot lists & # 34 with a view to finding and placing available and suitable candidates with clients in the shortest timeframe possible • Reviewing applications, interviewing and assessing candidates and short - listing for interview according to the employer's expressed criteria within tight timeframes and to strict deadlines • Making arrangements for candidates to be interviewed and preparing the candidates for interview if this is required by client You'll have: • A strong understanding of the healthcare / medical sector, particularly within temporary, contract, and locums • A proven track record of working as a 360 Recruiter • Proven ability to build & develop client relationships • Accomplished in sourcing passive candidates who are not on the open market • Ambitious, hardworking & self - motivated to succeed in sales where you are measured on results • What we give you in return: Are you the right person for the job?

Device programmers develop operating systems and applications for specific devices ranging from medical to automobile.

The Executive Director sent a letter to the Center for the Application of Substance Abuse Technologies (CASAT), University of Nevada, Reno, supporting its application for a Fetal Alcohol Spectrum Disorders (FASDs) Practice and Implementation Centers grant to develop, deliver, disseminate, and evaluate medical assisting - specific academic curricula for pre-service students and continuing education training for practitioners on the prevention, identification, and treatmenApplication of Substance Abuse Technologies (CASAT), University of Nevada, Reno, supporting its application for a Fetal Alcohol Spectrum Disorders (FASDs) Practice and Implementation Centers grant to develop, deliver, disseminate, and evaluate medical assisting - specific academic curricula for pre-service students and continuing education training for practitioners on the prevention, identification, and treatmenapplication for a Fetal Alcohol Spectrum Disorders (FASDs) Practice and Implementation Centers grant to develop, deliver, disseminate, and evaluate medical assisting - specific academic curricula for pre-service students and continuing education training for practitioners on the prevention, identification, and treatment of FASDs.

The ability to develop applications and healthcare associated programs is in high demand in the medical industry and offers a lucrative career opportunity.

Developed Lotus Notes based applications, Impromptu reports, and PowerPlay cubes for multiple divisions of global, Fortune 500 healthcare and medical research conglomerate.

Developed Hospital Claims application for the medical insurance department for on - line processing, with customer support with business analyst.

• Created protocols to improve daily communication between medical staff and information services • Developed and implemented protocols to support clinical software applications and their interface with medical staff • Translated technical specifications of clinic software to on site personnel • Provided guidance for new initiatives to improve patient care

You develop an understanding of reimbursement practices through courses in human biology, diagnostic coding, hospital billing procedures, coding and classification systems, healthcare computer applications, patient interaction and medical terminology.

Lincoln, England About Blog Our research involves trying to understand and develop nanocarrier systems and coatings for medical, pharmaceutical, dental and engineering applications.