candice
02-16-2009, 08:30 PM
The following technologies have been added in the last 3 months.
Project Number 3389: Acousto Electromagnetic Medical Imaging Rivals MRI
A three-dimensional high quality imaging system that is non-ionising and achieves resolution and contrast similar to that of an MRI but at the price of an Ultrasound.
Project Number 3241: Antenna Selection For High Speed Wireless Systems
A novel algorithm for selection of joint transmit-receive antenna for MIMO systems offering reduction both in cost and hardware complexity.
Project Number 2861: Gas Sensors
Modified carbon-based electrochemical sensors offering higher sensitivity & selectivity and longer lifetimes. The sensors are appropriate for a range of gases and are also suited to low cost manufacturing techniques.
Project Number 3497: Brain Analysis and Mapping (FSL)
Version 3.3 of the definitive Oxford software library on functional magnetic resonance imaging of the brain.
Project Number 3135: Sound Cancelling Intercom for MRI
Predictive noise reduction to enable easier conversations between radiologists and patients undergoing MRI, leading to improved patient comfort and examination efficacy.
Project Number 3447: Greater Efficiency from Silicon Solar Cells
University of Oxford researchers have developed a method for treating solar cell multi-crystalline silicon to increase its efficiency.
Project Number 70190: Polymer Supports and Delivery Systems for Enhancing Catalyst Performance
Supports and delivery systems are used to control the overall performance of a range of catalysts. These include catalysts to promote the combustion of particles.
Project Number 3122: Separation Method for Carbon Nanotubes
A process to efficiently disperse single-walled carbon nanotubes (SWNTs) with a high degree of diameter and chiral selectivity. High selectivity makes this process very attractive for bulk purification.
Project Number 3675: Lost Cost Sensor Electronics
Easy to use, compact and low cost electronics bring complex analytical procedures into everyday use for sensing a variety of materials.
Project Number 3252: Personalised Colorectal Cancer Treatment Prognosis
A series of new single nucleotide polymorphism (SNP) genetic markers for use as biomarkers for assessment of colorectal cancer risk and potential response to therapy, which would enable clinicians to make bespoke treatment decisions.
Project Number 3433: Protein Modification: Strengthening the Bond
Oxford researchers have developed a method for converting disulfide- to thioether-linked glycoconjugates, which can be used to prepare glycoproteins with enhanced chemical and enzymatic stability.
Project Number 3433: Protein Modification: Strengthening the Bond
Oxford researchers have developed a method for converting disulfide- to thioether-linked glycoconjugates, which can be used to prepare glycoproteins with enhanced chemical and enzymatic stability. [/COLOR]
For more information visit!!!
http://www.isis-innovation.com/licensing/new.html[/COLOR]
Project Number 3389: Acousto Electromagnetic Medical Imaging Rivals MRI
A three-dimensional high quality imaging system that is non-ionising and achieves resolution and contrast similar to that of an MRI but at the price of an Ultrasound.
Project Number 3241: Antenna Selection For High Speed Wireless Systems
A novel algorithm for selection of joint transmit-receive antenna for MIMO systems offering reduction both in cost and hardware complexity.
Project Number 2861: Gas Sensors
Modified carbon-based electrochemical sensors offering higher sensitivity & selectivity and longer lifetimes. The sensors are appropriate for a range of gases and are also suited to low cost manufacturing techniques.
Project Number 3497: Brain Analysis and Mapping (FSL)
Version 3.3 of the definitive Oxford software library on functional magnetic resonance imaging of the brain.
Project Number 3135: Sound Cancelling Intercom for MRI
Predictive noise reduction to enable easier conversations between radiologists and patients undergoing MRI, leading to improved patient comfort and examination efficacy.
Project Number 3447: Greater Efficiency from Silicon Solar Cells
University of Oxford researchers have developed a method for treating solar cell multi-crystalline silicon to increase its efficiency.
Project Number 70190: Polymer Supports and Delivery Systems for Enhancing Catalyst Performance
Supports and delivery systems are used to control the overall performance of a range of catalysts. These include catalysts to promote the combustion of particles.
Project Number 3122: Separation Method for Carbon Nanotubes
A process to efficiently disperse single-walled carbon nanotubes (SWNTs) with a high degree of diameter and chiral selectivity. High selectivity makes this process very attractive for bulk purification.
Project Number 3675: Lost Cost Sensor Electronics
Easy to use, compact and low cost electronics bring complex analytical procedures into everyday use for sensing a variety of materials.
Project Number 3252: Personalised Colorectal Cancer Treatment Prognosis
A series of new single nucleotide polymorphism (SNP) genetic markers for use as biomarkers for assessment of colorectal cancer risk and potential response to therapy, which would enable clinicians to make bespoke treatment decisions.
Project Number 3433: Protein Modification: Strengthening the Bond
Oxford researchers have developed a method for converting disulfide- to thioether-linked glycoconjugates, which can be used to prepare glycoproteins with enhanced chemical and enzymatic stability.
Project Number 3433: Protein Modification: Strengthening the Bond
Oxford researchers have developed a method for converting disulfide- to thioether-linked glycoconjugates, which can be used to prepare glycoproteins with enhanced chemical and enzymatic stability. [/COLOR]
For more information visit!!!
http://www.isis-innovation.com/licensing/new.html[/COLOR]