Human Performance Expertise and servicesThe term ‘human performance’ should be interpreted in the broadest sense of the term as the research focus is not only on health and disease states, but also on healthy aging, and (in)activity and lifestyle.
The expertise of this technology center is characterized by research in the “man” domain. Our purpose is to support and evaluate the knowledge gained in the molecular domain and to answer mechanistic questions from the population domain with regards to human performance.
Area of expertiseWe focus on four major pillars of the human performance and their interaction:
- muscle and nerves
- heart and vessels
- brain and cognition
ServicesWe offer an outstanding and broad experience in human in-vivo measurement techniques to study functionality of individual organs, organ systems, regulatory mechanisms, and individuals as a whole, in an integrative way. These techniques can play an important role in the evaluation of new therapies and interventions at the patient level.
Our services include:
- Support on experimental design and preparation of study plans
- Assistance in all types of projects related to in vivo measurements:
- Performance of intervention studies
- Evaluation new therapies or new medicine
- Performance of research into cognitive aging
- Performance of research centered around patient and health, lifestyle
- Performance of validation studies
- Performance of patient home measurements
MyTemp temperature capsuleThe gastrointestinal temperature, measured with ingestible temperature capsules, has been established as a valid surrogate marker for measuring core body temperature. Temperature capsule systems are wireless, relatively noninvasive, and easily applicable in field-based conditions. Although several commercial systems are available, current temperature capsules and data recorders are expensive and have important restrictions such as battery lifetime and expiry.
A Dutch start-up company, myTemp, developed and patented a novel ingestible telemetric temperature capsule system, which is cheaper and does not have a battery. However, the precision of this temperature system has not been investigated yet. Therefore, we examined the validity, test–retest reliability and inertia characteristics of the myTemp ingestible temperature and compared it to the other already available temperature capsule systems.
We found that the myTemp temperature capsule is valid and reliable in measuring gastrointestinal temperature. Although, all capsule systems demonstrated an excellent validity and test-retest reliability, the myTemp system has been established as the most valid and accurate temperature capsule system.