Organic Growth
Asep Healthcare
Asep Healthcare's first product is the Tournistrip®, a single-use disposable tourniquet which represents a simple and eloquent innovation in medical tourniquets. The Tournistrip® was developed by two medical students at Imperial College School of Medicine in response to an unmet clinical need for a safe, disposable tourniquet.
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CVIS
CVIS creates software for the visualisation and analysis of Cardiovascular Magnetic Resonance images and aims to improve cardiac healthcare by providing software tools that increase the reproducibility and accuracy of cardiac assessments whilst reducing analysis time.
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DUVAS
DUVAS is an acronym for Differential UltraViolet Absorption Spectroscopy. DUVAS offers a highly flexible cost effective family of intelligent portable, mobile and fixed sensors using closed path spectroscopy, capable of detecting multiple pollutants simultaneously at ppb level.
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Dynamic Boosting Systems
Dynamic Boosting Systems Ltd designs, engineers, and supplies air and gas handling equipment, and associated motors and drives. DBS is an Imperial College Company with innovative patented turbomachinery, TurboClaw™, for leading-edge applications such as fuel cells & engine downsizing.
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Epigeum
Epigeum publishes high quality online training courses used by academic institutions around the world. Its courses bring world-class learning to students, researchers and staff in an effective and cost-efficient manner.
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Equinox Pharma
Equinox Pharma is a computationally-driven drug discovery company which aims to use its capability in machine learning and chemoinformatics (INDDEx™) to undertake a range of drug discovery collaborations with pharma companies, biotechs and medicinal chemistry-based contract research organizations.
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IC Fineval
IC Fineval produces useful, reliable and easy to use finanical evaluation, risk assessment and decision making tools. The company was established in 2000, building on over seven years of extensive financial modeling research at Imperial College London.
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Ionscope
Ionscope manufactures Scanning Ion Conductance Microscopes - using patented technology developed by a team of scientists from Imperial College London and Cambridge University. Scanning Ion Conductance Microscopy offers high-resolution topographic imaging of immersed targets with zero force — making SICM the first and only high-resolution imaging technique not to interact/interfere with the sample during image acquisition.
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IR Pharma
IR Pharma provides the pharmaceutical industry with Respiratory Pharmacology pre-clinical drug discovery through short, focused projects and larger, wide-ranging systems-based discovery programmes.
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Joint Analysis
Joint Analysis is an orthopaedic imaging company specialising in the 3D analysis of human joints and human joint replacements. The company aims to determine the optimal function of joint replacements for patients via pre-operative surgical planning or via post-operative analysis.
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Lontra
Lontra is a UK based Cleantech start-up developing energy saving compressors and engines. Technologies include the Blade Compressor™, Blade Supercharger™, Blade Expander™ and the novel Lindsey Engine™. The company has a strong IP portfolio and is developing products with world leading partners in major global markets. Priority applications and markets include: waste water aeration compressors; automotive superchargers; and oil-free industrial air compressors.
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Medermica
Medermica is a technology development company, focused on diagnostic and sensor technologies for laboratory and healthcare applications.
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Membrane Extraction Technology (MET)
Membrane Extraction Technology is a specialist separation process development business which develops cost-saving applications based around proprietary membranes, lab scale equipment, in-house plant design capability, for customers in the chemical, fine chemical and pharmaceutical industries. MET's technologies include Organic Solvent Nanofiltration (OSN) techniques such as heavy metal removal, catalyst recovery, product purification, and solvent exchange, in addition to the recovery of aromatic acids and bases using the Membrane Aromatic Recovery System (MARS).
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Metabometrix
Metabometrix has a proprietary platform of metabonomics technologies for generating, classifying and interpreting metabolic information from biological fluids and tissues.
Metabonomics characterises the key biochemical changes caused by drug toxicity in animals and man, the diagnosis and course of clinical disease, and the effects of therapeutic intervention. The technology has the potential to redefine drug discovery and development from lead molecule selection to marketing of clinically successful drugs.
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Microtest-Matrices
The mission of MtM is to provide small-medium laboratories and doctors’ surgeries with a formidable high throughput in vitro diagnostic system at an affordable price that unifies multiple diagnostic assays under a single test format. For this purpose MtM has converted a sophisticated micro-array technology into a simple and robust diagnostic system capable of performing, over a small surface area, hundreds of distinct parallel assays with minimal patient sample and without compromising performance.
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MyAction
The MyAction programme is a new and rapidly growing initiative in vascular prevention which integrates the care of patients and their families with cardiovascular disease, and those families at high risk of developing atherosclerotic disease, within a convenient local community setting.
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Photobiotics
Photobiotics is a spin-out company from Imperial College, London, developing novel biologically-targeted photodynamic therapeutic (PDT) agents. Created out of a unique, in-house and world-class expertise in chemistry, physics, and biotechnology, these new PDT agents will be able to specifically target and destroy tumours, a range of other proliferating tissues, and pathogenic organisms. Applications of this new technology include cancer, age-related macular degeneration (AMD), 'irresistible antibiotics' and many more. View website
Sensixa
Sensixa has developed a miniaturised wireless pervasive sensing device that can be used for accurate physical activity monitoring. Its patented, bio-inspired technology allows the detection of a range of indices including gait cycle, steady/non-steady locomotion, acceleration, spinal/joint shock wave transmission, and cardiovascular recovery with a single miniaturised wearable device. Target markets include the healthcare monitoring sector as well as fitness and elite athletic monitoring and gaming.
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