Healthcare is benefiting from the increasingly rapid introduction of new technology, from battery free MEMS implants and robotics used in surgery, through to AI and genetic engineering in drug development.
At TTP, we partner with organisations around the world to help introduce these new solutions, by designing and delivering advanced technology based healthcare solutions that improve both patient and commercial outcomes.
Addressing the need and creating the value
TTP integrates optical design for first-of-its-kind non-invasive intra-cranial pressure monitor
Improving the consistency of advanced drug delivery to the eye
Closing the loop for the next generation of neuromodulation therapy products
World’s first multimodality multiplexing microarray system enabled by TTP SureDrop technology
Digital pathology using nanoparticles
em. TTP’s Digital Therapeutic for Borderline Personality Disorder
Sensing with biomimetic glucose binding molecules
CoVent – TTP’s rapid manufacture ventilator for COVID-19 patients
TTP fast-tracks development of world’s first DNA-based service for personalised lifestyle recommendations
We work at the intersection of physics, engineering and the biological sciences, creating and developing new technology for the life science industry.
Pharmaceutical companies face substantial challenges, from constraints in health spending to weakening drug pipelines. Yet opportunities exist for those bold enough to adapt, ranging from connected devices that drive adherence to generic devices at cost points previously thought impossible.
Disruptive change is rolling through the medical device industry as value-based healthcare and digitisation spread from niches to the mainstream. This is a challenging time, but it presents real opportunities for those ambitious companies prepared to reinvent themselves.
The diagnostic market is at a moment of change. New approaches, such as sequencing, are gaining traction; companion diagnostics are driving closer integration with therapy; continuous monitoring is enabling new diagnostic information; and market drivers are demanding low cost distribution of clinical quality data.
Human therapies are adapting to tackle increasingly complex immunological diseases and conditions. These therapies often rely on tightly controlled cell cultures in order to produce therapeutic drugs efficiently, such as monoclonal antibodies or culture of the patient’s own genetically-engineered cells, as part of an autologous cell therapy workflow.
Emerging biosensor technologies are enabling the measurement and analysis of valuable trace markers, leading to improved clinical outcomes by allowing the accurate observation of previously undetectable physiological signals in real time.
Increasing numbers of people are suffering from chronic conditions. Through the creation of tiny, fully integrated real-time measurement systems, smart implants are bringing the benefits of laboratory-grade telemetry to their lives.
Healthcare consumers are no longer willing to accept a poor user experience, and the consumer world has set their expectations sky-high. We design products and health experiences encompassing both physical and digital products for the healthcare consumers of tomorrow.
Medical imaging is required to meet the needs of advanced diagnostics and the demands of emerging markets, presenting the sector with sizeable rewards for innovation.
Surgery is a fertile area for medical device innovation with remarkable developments occurring in minimally invasive and robotic assisted techniques. The future of the operating room relies on intraoperative technologies which improve clinical and economic values as measured by procedure outcome, workflow efficiency and patient safety.
Cell and Gene Therapies can cure the incurable. With more than a decade of experience, TTP works in partnership with companies to solve the challenges of these complex therapies. Together we will improve patient access and save lives.
Neurotechnology promises to revolutionise the treatment of a wide range of diseases. Improving outcomes for patients depends on bringing together an understanding of the pathology with the medical device hardware needed to physically interface with the nervous system.
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