Your Non-Invasive Solution for Proven Sm02 Monitoring
The Moxy Monitor is used by over 40 private and public universities, and research centers around the world to test muscle oxygenation by isolating the muscle layer. It features near-infrared spectroscopy (NIRS) technology and a patented algorithm that measures hemoglobin and myoglobin in the capillaries and muscle tissues with a wearable monitor. An ever-growing portfolio of published papers, proves Moxy Monitor’s accurate, flexible and cost-effective results. It has everything you need to expand your data gathering capacity and completed research to prove success quickly.
“Moxy does the heavy lifting in data collection. Many studies require technicians to run large expensive equipment such as ultrasound and MRI. Researchers can simply start the Moxy, start the study and start collecting the data.”
Carter Luck-Penn State
SmO2 & tHb Insights Delivered with Superior Accuracy
Moxy Monitor provides researchers and educators the ability to precisely assess a subject’s present performance and limitations. Using multiple NIRS sensors for research and educational purposes, researchers have come to discover that Moxy delivers real-time muscle oxygenation (SmO2) and hemoglobin index (tHb) information at research grade quality. In the lab, the Moxy can quickly adapt to other protocols and technologies. In the classroom, students are immediately engaged and find new creative ways to challenge their own thinking by applying the results!
Learn more about the Moxy Monitor Device
Research Collaboration
“I consider it (Moxy Monitor) to be a research grade device.”
Dr. Andrew Coggan, Washington University School of Medicine
Technical Information
- Moxy is a Continuous Wave NIRS system that uses light sources at 680, 720, 760, and 800 nm
- Moxy uses two send to receive spacings of 12.5 and 25 mm. This allows it to read the muscle oxygenation through about 12 mm of skin and fat.
- Moxy algorithm is the only algorithm based on a Monte Carlo model of epidermis, dermis, adipose and muscle. This allows it to measure SmO2 with useful accuracy on a scale of 0% to 100% and to maximize sensitivity to the muscle layer while minimizing sensitivity to the skin and fat.
- Moxy updates at 0.5 Hz in default mode or 2 Hz in high speed mode
- Battery life is 3 hours minimum
- 7 hours of data can be stored on each sensor
- Compatible with many training platforms
- Moxy data integrates with COSMED K5 metabolic system
Published Research Featuring Moxy Monitor
- Performance Comparison of the MOXY and PortaMon Near-infrared spectroscopy Muscle Oximeters at Rest and During Exercise
Chris J. McManus; Jay Collison; Chris E. Cooper;
- Validity and Reliability of the Moxy Oxygen Monitor During Incremental Cycling Exercise
E.M. Crum, W.J. OConnor, L. Van Loo, M. Valckx, S.R. Stannard
- V̇O2 and Muscle Deoxygenation Kinetics During Skating: Comparison Between Slide Board and Treadmill Skating
Tatiane Piucco, Rogério Soares, Fernando Diefenthaeler, Guillaume Millet, Juan Murias
- The Assessment of Muscle Oxygen Saturation in Students During Maximal VO2 Exercise and High Intensity Intervals
Simmons, Justin. (April 2017 Masters Thesis)
- The Physiological Effects of Blood Flow Restricted Muscle Stimulation
Slysz, Joshua Thomas
- Effects of Low-Intensity Exercise Training on Tissue Oxygen Saturation of Lower-Extremity in Community-Dwelling Older Adults
Jian-Guo Bau, Yu-Fang Chung and Hua-Jian Lin
- Forearm Muscle Oxygenation during Sustained Isometric Contractions in Rock Climbers
Jan Kodejska, Michail L. Michailov and Jiri Balas
- Active Recovery of the Finger Flexors Enhances Intermittent Handgrip Performance in Rock Climbers
Jiri Balas, Michail L. Michailov, David Giles, Jan Kodejska, Michaela Panackova and Simon Fryer
- Evaluación de parámetros fisiológicos en función de la saturación de oxigeno muscular en mujeres con sobrepeso y obesidad
Aldo Alfonso Vasquez-Bonilla, Alba Camacho-Cardeñosa, Marta Camacho-Cardeñosa, Ismael Martinez-Guardado, Rafael Timon, Guillermo Olcina
- The Influence of Different Paddle Paddles on the Technical Movements of the Kayakometer 皮艇测功仪上运动员不同桨频划桨对技术动作的影响
Li Meng, Zhang Lin, Suzhou University School of Physical Education
- Muscle Oxygen Saturation Measurement in Male Collegiate Basketball Players
Lucas Beltran, Craig Horswill, PhD
- Blood pressure and calf muscle oxygen extraction during plantar flexion exercise in peripheral artery disease
J. Carter Luck, Amanda J. Miller, Faisal Aziz, John F. Radtka III, David N. Proctor, Urs A. Leuenberger, Lawrence I. Sinoway, Matthew D. Muller
- Running in Hilly Terrain: NIRS is More Accurate to Monitor Intensity than Heart Rate
Dennis-Peter Born, Thomas Stöggl, Mikael Swarén, Glenn Björklund
- On the effect of sitting position, in simulated cross-country sit-skiing
Lund Ohlsson, Marie; Laaksonen, Marko S.
- Efectos del Tipo de Recuperación Sobre la Oxigenación Muscular Durante el Ejercicio de Sentadilla
Alejandro Bastida Castillo, Carlos David Gómez Carmona, José Pino Ortega
- Mathematical Modelling of Heart Rate During Cycling Exercise
Svendby, Stian Roti
Research Institutes Using Moxy Monitor
Selection of North American Universities and Research Institutions
- Calgary, University of
- Georgia, University of
- Howard University
- Iowa, University of
- Louisiana, University of
- Michigan, University of
- Nebraska Omaha, University of
- North Carolina, University of
- Penn State
- Stanford
- Utah, University of
- Virginia Tech
Selection of European Universities and Research Institutions
- Austrian Institute for Sports Medicine
- Bern, University of
- Essex, University of
- German Armed Forces Munich, University of
- German College for Sports Cologne
- Julius-Maximilians-University Würzburg
- Liverpool John Moores University
- Miguel Hernandez de Elche, University of
- Mid Sweden University
- Oslo, University of
- University Clinic Balgrist
- University College Physiotherapy Landquart
