IP Group

Alimetry is a health technology startup located in Auckland, New Zealand, focused on creating innovative solutions for diagnosing gastrointestinal (GI) disorders. The company has developed a symptom-tracking and real-time gastric mapping monitoring device that investigates gastric function. This device senses the underlying motility of the stomach to identify the causes of common symptoms such as abdominal pain, indigestion, nausea, and vomiting. By providing insights into GI health, Alimetry aims to enhance patient care and improve the management of gastrointestinal disorders.

Alesi Surgical Ltd. is a company based in Cardiff, United Kingdom, specializing in the development and commercialization of laparoscopic surgical smoke handling systems. Founded in 2009 as a spin-out from the Welsh Institute for Minimal Access Therapy, Alesi Surgical focuses on creating products that enhance the safety, efficiency, and outcomes of surgical procedures. Its innovative tools are portable and suitable for both laparoscopic and robot-assisted surgeries, utilizing electrostatic precipitation technology to eliminate surgical smoke and maintain a clear visual field during operations. The company distributes its products to hospitals across Europe, the Middle East, New Zealand, and Australia, leveraging its access to experienced surgeons and surgical trainers to identify challenges in surgical procedures and design effective solutions.

Crescendo Biologics develops innovative antibody therapeutics using its proprietary platforms. The company focuses on generating high-affinity, human VH antibody fragments for oncology and other indications. Its technology is based on a transgenic mouse platform that enables the creation of fully human VHH domain building blocks.

Nexeon is an international developer and manufacturer of silicon-based anode materials for rechargeable lithium-ion batteries. The company focuses on silicon anodes to increase energy density, enabling lighter, smaller, and more cost-efficient batteries for a range of applications including electric vehicles and consumer electronics, as well as other sectors that require high-performance energy storage. Headquarters are in Oxfordshire, United Kingdom, and the company maintains operations in Japan, with a history dating back to 2006. By replacing traditional graphite anodes, Nexeon's materials aim to enhance battery performance while reducing overall carbon footprint.

GripAble Ltd. is a London-based company founded in 2017 that specializes in the development of digital therapy devices aimed at improving rehabilitation for individuals with movement impairments. The company’s flagship product, the GripAble Digital Handgrip, is a sensitive, portable device that wirelessly connects to a mobile application. This app allows users to engage in interactive therapy games designed to facilitate the assessment and training of hand and arm functions. GripAble's solutions target patients suffering from conditions such as stroke, arthritis, cerebral palsy, and trauma, addressing the challenges faced by over 500 million people globally who experience impaired arm mobility. By combining hardware with gamified therapy, GripAble enhances patient engagement and enables effective self-training both in clinical settings and at home.

Aptatek Biosciences develops portable medical devices for managing inborn diseases. Its flagship product monitors phenylalanine levels in real-time for individuals with Phenylketonuria (PKU), enabling immediate dietary adjustments and improved patient compliance.

Alimetry is a health technology startup located in Auckland, New Zealand, focused on creating innovative solutions for diagnosing gastrointestinal (GI) disorders. The company has developed a symptom-tracking and real-time gastric mapping monitoring device that investigates gastric function. This device senses the underlying motility of the stomach to identify the causes of common symptoms such as abdominal pain, indigestion, nausea, and vomiting. By providing insights into GI health, Alimetry aims to enhance patient care and improve the management of gastrointestinal disorders.

Hinge Health is a digital health company that designs and delivers technology-enabled musculoskeletal care for employees and self-insured employers. The platform combines wearable sensors, computer vision and a clinical team to provide digital physical therapy, guidance on behavior change, and access to orthopedic expertise via a single app. It targets back, neck, shoulder and joint pain and aims to improve access to high-quality care while reducing costs for clients. The solution supports self-management with remote monitoring and personalized programs, enabling physical therapists, health coaches and surgeons to coordinate care. Founded in 2015 and headquartered in San Francisco, it serves businesses and individuals seeking scalable MSK treatment and prevention.

Alesi Surgical Ltd. is a company based in Cardiff, United Kingdom, specializing in the development and commercialization of laparoscopic surgical smoke handling systems. Founded in 2009 as a spin-out from the Welsh Institute for Minimal Access Therapy, Alesi Surgical focuses on creating products that enhance the safety, efficiency, and outcomes of surgical procedures. Its innovative tools are portable and suitable for both laparoscopic and robot-assisted surgeries, utilizing electrostatic precipitation technology to eliminate surgical smoke and maintain a clear visual field during operations. The company distributes its products to hospitals across Europe, the Middle East, New Zealand, and Australia, leveraging its access to experienced surgeons and surgical trainers to identify challenges in surgical procedures and design effective solutions.

Alimetry is a health technology startup located in Auckland, New Zealand, focused on creating innovative solutions for diagnosing gastrointestinal (GI) disorders. The company has developed a symptom-tracking and real-time gastric mapping monitoring device that investigates gastric function. This device senses the underlying motility of the stomach to identify the causes of common symptoms such as abdominal pain, indigestion, nausea, and vomiting. By providing insights into GI health, Alimetry aims to enhance patient care and improve the management of gastrointestinal disorders.

IBEX Innovations develops innovative X-ray detector technology that generates high sensitivity materials information from standard detectors. Its core product, IBEX multi absorption plate (MAP) technology, integrates detectors to provide material insights while maintaining speed and resolution characteristics of underlying sensors. Applications include bone mineral density measurement, electronics inspection, food safety, and security screening.

IBEX Innovations develops innovative X-ray detector technology that generates high sensitivity materials information from standard detectors. Its core product, IBEX multi absorption plate (MAP) technology, integrates detectors to provide material insights while maintaining speed and resolution characteristics of underlying sensors. Applications include bone mineral density measurement, electronics inspection, food safety, and security screening.

IBEX Innovations develops innovative X-ray detector technology that generates high sensitivity materials information from standard detectors. Its core product, IBEX multi absorption plate (MAP) technology, integrates detectors to provide material insights while maintaining speed and resolution characteristics of underlying sensors. Applications include bone mineral density measurement, electronics inspection, food safety, and security screening.

Crescendo Biologics develops innovative antibody therapeutics using its proprietary platforms. The company focuses on generating high-affinity, human VH antibody fragments for oncology and other indications. Its technology is based on a transgenic mouse platform that enables the creation of fully human VHH domain building blocks.

OxSyBio Ltd. is a biotechnology company based in London, United Kingdom, specializing in the development of advanced 3D printing techniques for creating tissue-like and functional tissues intended for medical research and clinical applications. Founded in 2014, the company focuses on innovative methods that utilize three-dimensional networks of lipid monolayer aqueous droplets, which can conduct electrical signals along designated pathways and self-fold into intricate structures. These engineered tissues aim to facilitate organ repair or replacement, supporting precision medicine initiatives. The technology builds upon pioneering research from Professor Hagan Bayley's group at the University of Oxford, emphasizing the integration of chemical and synthetic biology in the field of regenerative medicine.

Oxehealth Ltd. is a technology company based in Oxford, United Kingdom, that specializes in non-contact vital signs monitoring. Founded in 2012, it has developed the Oxecam software, which allows for the remote measurement of heart rate, respiratory rate, and blood oxygenation using digital video cameras. This innovative approach is particularly beneficial in medical settings, where it can enhance care for elderly and vulnerable individuals in environments where staff presence is limited. The system generates alerts for risky activities and provides objective data on patient vitals, enabling informed care planning. Oxehealth's technology combines proprietary algorithms that leverage deep learning, computer vision, and signal processing, making it suitable for various sectors, including healthcare, security, and retail. Its Digital Care Assistant supports clinicians and caregivers in mental health facilities, prisons, and home care, facilitating proactive interventions based on real-time data. Oxehealth is recognized for achieving the world’s first medical device certification for its software, demonstrating its commitment to enhancing patient care through innovative technology.

Zilico develops medical diagnostic devices using electrical impedance spectroscopy technology. Its primary product, ZedScan, enhances cervical cancer diagnosis by providing real-time, objective assessments alongside colposcopy.

Creavo Medical Technologies Ltd. is a UK-based medical device company focused on developing innovative imaging technologies for acute medical settings. Incorporated in 2014, the company has its headquarters in Coventry and additional facilities in Leeds. Creavo specializes in creating portable, battery-powered devices that utilize magnetocardiography to detect heart-related issues, such as acute coronary syndromes and ischemia, directly at the patient's bedside. Founded by a team of clinical, research, and business experts, the company aims to improve diagnostic techniques and enhance patient outcomes in healthcare settings. Creavo Medical Technologies was previously known as Quantum Imaging Limited before rebranding in September 2016.

Alesi Surgical Ltd. is a company based in Cardiff, United Kingdom, specializing in the development and commercialization of laparoscopic surgical smoke handling systems. Founded in 2009 as a spin-out from the Welsh Institute for Minimal Access Therapy, Alesi Surgical focuses on creating products that enhance the safety, efficiency, and outcomes of surgical procedures. Its innovative tools are portable and suitable for both laparoscopic and robot-assisted surgeries, utilizing electrostatic precipitation technology to eliminate surgical smoke and maintain a clear visual field during operations. The company distributes its products to hospitals across Europe, the Middle East, New Zealand, and Australia, leveraging its access to experienced surgeons and surgical trainers to identify challenges in surgical procedures and design effective solutions.

SAW DX Ltd is a technology development company based in Glasgow, United Kingdom, that specializes in designing and manufacturing point-of-care (POC) diagnostic devices. The company leverages innovative Acoustic-Flow technology, which utilizes surface acoustic waves to drive diagnostic tests by manipulating fluid movement and microstructures on disposable chips. This approach allows for on-chip sample processing without the need for preprocessing, streamlining the diagnostic process. SAW DX's product offerings include prototypes for diagnosing sexually transmitted infections, demonstrator readers and cartridges for tuberculosis assays, and platforms for enriching parasites and performing molecular detection with low-cost disposable chips. The company primarily serves life sciences and diagnostics organizations seeking to enhance their diagnostic capabilities through advanced POC solutions. Incorporated in 2013, SAW DX aims to provide faster, more efficient, and cost-effective diagnostic methods for infectious diseases.

Stratium Limited is a manufacturer of mid-infrared quantum cascade lasers (QCL) based in Cardiff, United Kingdom. Established in 2015, the company specializes in providing compound semiconductor lasers to original equipment manufacturers (OEM) for various commercial applications. Stratium's QCLs support critical functions in environmental monitoring, vehicle emission tracking, vehicle collision avoidance, breath diagnostics, and petrochemical process oversight. The lasers are designed to deliver precise mid-infrared emissions essential for advanced gas analysis, utilizing innovative wavelength selection technology that enhances their compactness, stability, and performance. These features make Stratium's products suitable for sensitive detection of molecular species employing techniques such as cavity ring-down spectroscopy, cavity enhanced absorption spectrometry, and photoacoustic spectroscopy, enabling clients to effectively monitor airborne substances.

Azellon Limited is a company based in London, United Kingdom, that specializes in the development and commercialization of a unique tissue repair technology utilizing mesenchymal stem cells combined with a biological scaffold. The company's primary product, Cell Bandage, is designed for the repair of avascular meniscal tears in the knee, addressing a significant issue in orthopedic treatment where surgeons often resort to partial or complete meniscus removal. This conventional approach can lead to osteoarthritic changes in the knee joint over time. Developed by Professor Anthony Hollander, Azellon's technology has demonstrated notable success in in-vitro models over a five-year research period. Established in 2007, Azellon Limited aims to offer a more effective solution for knee injuries that preserves the meniscus and promotes natural healing.

Oxehealth Ltd. is a technology company based in Oxford, United Kingdom, that specializes in non-contact vital signs monitoring. Founded in 2012, it has developed the Oxecam software, which allows for the remote measurement of heart rate, respiratory rate, and blood oxygenation using digital video cameras. This innovative approach is particularly beneficial in medical settings, where it can enhance care for elderly and vulnerable individuals in environments where staff presence is limited. The system generates alerts for risky activities and provides objective data on patient vitals, enabling informed care planning. Oxehealth's technology combines proprietary algorithms that leverage deep learning, computer vision, and signal processing, making it suitable for various sectors, including healthcare, security, and retail. Its Digital Care Assistant supports clinicians and caregivers in mental health facilities, prisons, and home care, facilitating proactive interventions based on real-time data. Oxehealth is recognized for achieving the world’s first medical device certification for its software, demonstrating its commitment to enhancing patient care through innovative technology.

OxSyBio Ltd. is a biotechnology company based in London, United Kingdom, specializing in the development of advanced 3D printing techniques for creating tissue-like and functional tissues intended for medical research and clinical applications. Founded in 2014, the company focuses on innovative methods that utilize three-dimensional networks of lipid monolayer aqueous droplets, which can conduct electrical signals along designated pathways and self-fold into intricate structures. These engineered tissues aim to facilitate organ repair or replacement, supporting precision medicine initiatives. The technology builds upon pioneering research from Professor Hagan Bayley's group at the University of Oxford, emphasizing the integration of chemical and synthetic biology in the field of regenerative medicine.

Creavo Medical Technologies Ltd. is a UK-based medical device company focused on developing innovative imaging technologies for acute medical settings. Incorporated in 2014, the company has its headquarters in Coventry and additional facilities in Leeds. Creavo specializes in creating portable, battery-powered devices that utilize magnetocardiography to detect heart-related issues, such as acute coronary syndromes and ischemia, directly at the patient's bedside. Founded by a team of clinical, research, and business experts, the company aims to improve diagnostic techniques and enhance patient outcomes in healthcare settings. Creavo Medical Technologies was previously known as Quantum Imaging Limited before rebranding in September 2016.

Oxehealth Ltd. is a technology company based in Oxford, United Kingdom, that specializes in non-contact vital signs monitoring. Founded in 2012, it has developed the Oxecam software, which allows for the remote measurement of heart rate, respiratory rate, and blood oxygenation using digital video cameras. This innovative approach is particularly beneficial in medical settings, where it can enhance care for elderly and vulnerable individuals in environments where staff presence is limited. The system generates alerts for risky activities and provides objective data on patient vitals, enabling informed care planning. Oxehealth's technology combines proprietary algorithms that leverage deep learning, computer vision, and signal processing, making it suitable for various sectors, including healthcare, security, and retail. Its Digital Care Assistant supports clinicians and caregivers in mental health facilities, prisons, and home care, facilitating proactive interventions based on real-time data. Oxehealth is recognized for achieving the world’s first medical device certification for its software, demonstrating its commitment to enhancing patient care through innovative technology.

Azellon Limited is a company based in London, United Kingdom, that specializes in the development and commercialization of a unique tissue repair technology utilizing mesenchymal stem cells combined with a biological scaffold. The company's primary product, Cell Bandage, is designed for the repair of avascular meniscal tears in the knee, addressing a significant issue in orthopedic treatment where surgeons often resort to partial or complete meniscus removal. This conventional approach can lead to osteoarthritic changes in the knee joint over time. Developed by Professor Anthony Hollander, Azellon's technology has demonstrated notable success in in-vitro models over a five-year research period. Established in 2007, Azellon Limited aims to offer a more effective solution for knee injuries that preserves the meniscus and promotes natural healing.

Activiomics Ltd. is a biotechnology company specializing in biomarker technology and phosphoproteomics solutions aimed at enhancing biomarker discovery and drug candidate profiling. The company has developed a patented mass spectrometry-based technology that facilitates the global quantitative analysis of phosphorylation sites, which are critical mediators of cellular processes. This technology, known as TIQUAS (Targeted In-depth QUAntification of cell Signalling), allows for the quantification of thousands of phosphorylation events from tissue samples. By identifying and quantifying proteins and phosphoproteins that correlate with disease progression and drug administration, Activiomics aims to transform the development of diagnostics and therapeutic strategies.

Azellon Limited is a company based in London, United Kingdom, that specializes in the development and commercialization of a unique tissue repair technology utilizing mesenchymal stem cells combined with a biological scaffold. The company's primary product, Cell Bandage, is designed for the repair of avascular meniscal tears in the knee, addressing a significant issue in orthopedic treatment where surgeons often resort to partial or complete meniscus removal. This conventional approach can lead to osteoarthritic changes in the knee joint over time. Developed by Professor Anthony Hollander, Azellon's technology has demonstrated notable success in in-vitro models over a five-year research period. Established in 2007, Azellon Limited aims to offer a more effective solution for knee injuries that preserves the meniscus and promotes natural healing.

Cerogenix is a drug discovery and diagnostics.