Train.Red Research Library
Train.Red is backed by research, designed for performance!
Veröffentlichungen
2026
Comparison of muscle oxygenation and total hemoglobin levels during isokinetic concentric and eccentric contractions at different speeds in athletes
Guzel et al
BMC Sports Sci Med Rehabil
Effect of live-high, train-low strategy induced by chroniclow-dose carbon monoxide exposure on haematologicalparameters and performance in trained individuals
Porcelli et al
Experimental Physiology
Measuring Muscle Post-Exercise Oxygen Consumption in Individuals with a Family History of Diabetes
McCully et al
J. Funct. Morphol. Kinesiol.,
Exploring the physiological limits of aging: a case study of the male 50-km world record in the 80+ age category
Porcelli
Frontiers in Physiology
2025
Effect of Oral Versus Nasal Breathing on Muscular Performance, Muscle Oxygenation, and Post-Exercise Recovery
Balestra et al
Sports
Towards Explainable Multimodal Sensing for Swimming Analysis: Early Findings from the SWIM-360 Project
Montebello et al
Sensors
The effect of spasticity severity on peripheral muscle oxygenation in hemiparetic stroke patients: a cross-sectional study
Nazliel et al
Stroke Rehabilitation
Oxidations- und O2-Diffusionsfunktion im Triceps brachii von Freizeitschwimmern und Weltklasseschwimmern
Nazliel et al
Experimental Physiology
2024
Muskelstoffwechsel bei multipler Muskelstimulation mit einem erschwinglichen Gerät
McCully et al
J. Funct. Morphol. Kinesiol.
Comparing Muscle Oxygenation and Maximal Blood Lactate Concentration in Division I College Middle-Distance Athletes: A Speed Reserve Ratio Analysis
Braeden
California State University
Untersuchung der Energieumwandlungs- und -rückgewinnungsprozesse bei Wettkampfleistungen im Kunstturnen am Ringgerät
Pek
Marmara Universitesi
2023
Assessing Stability and Accuracy of a Novel Commercial Wearable Near-Infrared Spectroscopy Device
Colier et al
SPIE
Application of a Recurrent Neural Network to Predict the Oxygenated Recovery State Following Maximum Isometric Hand Gripping Exercise
Colier et al
SPIE
Investigation of the Effects of Different Exercise Models on Heart Rate Variability and Muscle Oxygen Saturation
Kalkan et al
Fenerbahçe Üniversitesi
Our researchers come from diverse backgrounds worldwide, representing universities, hospitals, and laboratory institutes. Here are a few of our trusted researchers:
How to Cite Our Products in Publications
When using our devices in your research, please make sure to properly cite them in your text and reference list. For in-text citations, you can use one of the following formats:
Train.Red PLUS 2.0
In-text citation:
- "We used the Train.Red PLUS 2.0 (Train.Red, 2024) to measure …"
- "(Train.Red PLUS 2.0, The Netherlands, www.train.red)"
Reference list:
Train.Red PLUS 2.0 (2024). Train.Red PLUS 2.0 [Device that was used]. https://www.train.red
Train.Red FYER 2.0
In-text citation:
- "We used the Train.Red FYER 2.0 (Train.Red, 2024) …"
- "(Train.Red FYER 2.0, The Netherlands, www.train.red)"
Reference list:
Train.Red FYER 2.0 (2024). Train.Red FYER 2.0 [Device that was used]. https://www.train.red
Train.Red beleuchtet Ihre Leistung auf der Grundlage von Lichttechnologie. Der FYER blickt mit Nahinfrarotspektroskopie (NIRS) in Ihre Muskeln. Der Sensor übersetzt die Sauerstoffsättigung und (De-)Oxyhämoglobinveränderungen in Ihrem Muskelgewebe mit Hilfe von künstlicher Intelligenz und einer freundlichen Benutzeroberfläche in Echtzeit-Schlüsselmerkmale.
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