Explore the evolution of body temperature measurement and discover how modern thermometry techniques and AI are transforming clinical diagnostics.
Establishing reference standards for lower limb thermography using DITI in healthy adults to support accurate diagnosis and future research.
New reference standards for upper limb thermography using DITI reveal key temperature patterns by region, sex and age in healthy adults.
Digital thermography reveals skin temperature changes linked to MRI findings in lumbosacral radiculopathy, supporting its role in complementary diagnosis.
Study links lower limb thermal deficits with pain, mobility and disability levels in patients with unilateral lumbosacral radiculopathy.
A comprehensive review of how ageing affects drug metabolism, polypharmacy risks and best practices for safe prescribing in older adults.
Understanding sarcopenic obesity and disordered body composition in older adults to guide personalised treatment and improve quality of life.
Using localised bioimpedance analysis to track muscle injury severity and recovery in football players through changes in resistance, reactance and phase angle.
Evaluating the validity, reliability and reproducibility of infrared thermography for skin temperature assessment in healthy individuals.
Study confirms strong reproducibility of infrared thermography in healthy individuals, with insights into variability across body regions and over time.
Systematic review highlights the role of infrared thermography in musculoskeletal rehabilitation and the importance of standardised imaging protocols.
Assessing the reliability of a manual infrared camera for measuring triceps surae muscle temperature in athletes using repeatability and ICC analysis.
Review of infrared thermography in musculoskeletal rehabilitation, highlighting its role in monitoring treatment effects and the need for standardised protocols.
Thermographic monitoring linked to 64% drop in muscle injuries among professional footballers in a longitudinal prevention study.
Assessing the reliability of a manual infrared camera for measuring triceps surae muscle temperature in athletes using repeatability and ICC analysis.
Review of key environmental, individual and technical factors affecting the accuracy of infrared thermography in human temperature assessment.
Systematic review explores the applications of bioelectrical impedance vector analysis (BIVA) in sport and exercise for tracking hydration, body composition and muscle health.
Systematic review of phase angle in sport highlights its potential as a marker of cellular health, with variability across sports, age and gender.
Study confirms bioelectrical impedance analysis can accurately estimate total and extracellular body water in healthy elderly adults with refined models.
Scoping review confirms the value of bioelectrical impedance analysis for assessing body composition and clinical outcomes in oncology patients.
Comparing bioelectrical impedance and urine osmolality to assess total body water and hydration status in acutely ill older adults.
Systematic review supports bioelectrical impedance analysis as a reliable tool for detecting sarcopenia and predicting outcomes in adults with cancer.
Comprehensive review of bioelectrical impedance analysis principles, methods and equations for assessing body composition and hydration.
Review explores the use of bioelectrical impedance analysis in athletes, highlighting current limitations and the need for sport-specific body composition equations.
Scoping review highlights the growing role of infrared thermography in orthopaedics for detecting inflammation, guiding treatment and targeting interventions.
Comprehensive review of infrared thermography in medicine, highlighting its diagnostic applications and advances in real-time thermal imaging.
Infrared thermal imaging offers a non-contact, athlete-friendly method for assessing skin temperature in sports medicine research.
Experts develop the TISEM checklist to standardise skin temperature assessment using infrared thermography in sports and exercise medicine.
Review explores the potential of infrared thermography for dynamic exercise assessment, highlighting unique thermal patterns and physiological insights.
Narrative review examines body composition assessment in athletes, with a focus on emerging applications of BIA and BIVA for tracking nutrition and performance.
Segmental BIVA shows potential in predicting injury risk and performance metrics in professional basketball players, with implications for athlete monitoring.
Combining bio-impedance and IMU data with contrastive learning boosts fitness activity recognition accuracy and highlights the value of sensor fusion.
Deep learning and thermal facial imaging enable accurate, non-invasive detection of exercise-induced fatigue from a single static frame.
Overview of medical infrared thermography in Austrian sports medicine, highlighting its role in detecting overuse and knee injuries through thermal imaging.
Infrared thermography reveals symmetrical skin temperature changes in swimmers following dryland training on a VASA Swim Ergometer.
Study finds thermal symmetry in elite soccer players’ lower limbs with low correlation between infrared thermography and creatine kinase levels.
Infrared thermography shows no significant thigh temperature change after resistance training in recreationally trained men.
Systematic review supports the use of thermography for diagnosing and preventing muscle injuries in athletes, highlighting key control variables for accurate assessment.
Infrared thermography reveals local skin temperature changes during training and recovery, offering a potential tool for monitoring athlete readiness.