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Artificial organs / Implants / Prosthetics / Bioengineering / Emerging technologies / Chris Toumazou / Artificial pancreas / Biomedical engineering / Neuroprosthetics / Medicine / Health / Biology


Document Date: 2008-12-09 07:06:06

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Company

Toumaz Technology Ltd / BIO-INSPIRED TECHNOLOGIES / /

Country

United Kingdom / /

Currency

GBP / /

Facility

Institute of Biomedical Engineering / Imperial College / /

IndustryTerm

art engineering technologies / semiconductor technology / body-worn wireless vital signs monitors / analogue signal processing / portable devices / silicon chip technology / wireless body monitoring system / digital electronics / conventional standard definition services / semiconductor chip technology / implantable medical technologies / biomedical imaging / wireless link / real time / healthcare problems / sensor technology / transmission services / low power devices / signal processing / Wireless body monitoring / lower energy / healthcare / compression technologies / prosthetic device / electronic systems / Wireless Body Area Network / neural interfacing technologies / energy / medical technology / power-optimised wireless / chemical/biochemical discrimination / wireless healthcare monitoring system / healthcare infrastructure / healthcare professionals / Wireless Radio Figure / hybrid analogue/digital system-on-chip / neuromorphic processing / retinomorphic processing / electronics design / bodyworn biosensor technology / healthcare models / biologically-inspired vision processing technique / non-obtrusive wireless / medical and professional healthcare applications / Electronic devices / electronics engineers / electronics / mobile devices / healthcare outcomes / within existing infrastructure / inspired technology / physiological control algorithm / real-time monitoring / healthcare providers / wireless infrastructure / silicon semiconductor technology / personalised healthcare / /

MedicalCondition

how retinal ganglion / retinal ganglion / hearing loss / disease / diabetes / heart attack / epilepsy / depression / /

MedicalTreatment

cochlear implants / gene therapy / cochlear implant / insulin delivery / insulin pump / /

Organization

Imperial College London / Department for Business Enterprise & Regulatory Reform / Institute for Biomedical Engineering / Royal Academy of Engineering / Institute of Biomedical Engineering / Royal Society / Institute of Biomedical Engineering at Imperial College London / /

Person

Christofer Toumazou / Timothy Constandinou / David Harrison / Nadya Anscombe / Claire MacDonald / /

Position

executive director and founder / Head / software driver / author / leader / Professor / /

Technology

semiconductor / physiological control algorithm / semiconductor chip technology / neural interfacing technologies / sensor technology / semiconductor technology / smart phones / ultrasound / mobile phones / silicon semiconductor technology / using compression technologies / mobile devices / gene therapy / hybrid analogue/digital system-on-chip / cellular telephone / biomaterials / ultra-low powered CMOS chip / Sensium chip / engineering technologies / system-on-chip technology / smartphones / silicon chip technology / implantable medical technologies / regenerative medicine / bodyworn biosensor technology / /

URL

www.medel.com / www.imperial.ac.uk/biomedeng/research / /

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