• Problem

        You want to know how mechanical properties and behaviour of the muscle-tendon complex (MTC) affects knee movement, and how MTC changes lead to dysfunction.

        Solution

        TMG™ Knee Muscle-Tendon Complex Measurement is a ground-breaking functional diagnostics system that directly measures knee MTC tension development and force transmission in a simple, non-invasive way.

      • How it works?

        • measurement

          TMG™ Knee Muscle-Tendon Complex Measurement accurately measures tension delays and amplitudes of the knee MTC, elicited through twitch-type stimulation at fixed knee angles.

        • analytics

          MTC tension delays and amplitudes describe how elastic energy and mechanical buffering behave during isometric or dynamic knee extension.

        • action

          Using unique TMG™ Knee Muscle-Tendon Complex Measurement data, a better understanding of how changes in MTC affect knee movement and function can be developed.

        • intervention

          To fine-tune diagnostics, rehab and training, TMG™ Knee Muscle-Tendon Complex Measurement is used to assess the effects of any interventions on MTC properties and behaviour.

      • MEASUREMENT DEVICE

        Our patented measurement device was developed in cooperation with the Laboratory for Biomedical and Muscle Biomechanics at the University of Ljubljana, Slovenia. We provide every customer with on-site installation and user training, a 12-month guarantee and software support, including upgrades and on-site service.

        • 1. Electrical Stimulator
        • 2. Digital Sensor
        • 3. Tripod & Manipulating Hand
        • 4. Electrodes
        TMG-74-res
      • USER-FRIENDLY INTERFACE

        TMG’s proprietary software interface is user-friendly and delivers all relevant data in a compelling way. The results, displayed in numeric and graphic formats, are stored in a secure database, and can be exported in various formats. We provide our customers with software upgrades and on-site service.

        tmg-interface
      • Testimonials

        “TMG is a promising technology.”

        joernProf. Dr. Joern Rittweger, Manchester Metropolitan University

        “TMG is a promising technology which I want to apply in various research projects in the future. As a non-invasive technique, tensiomyography can be easily applied in most of my studies.”

      • Selected References

        TMG™ Research is used by eminent research institutions.

        • Nanyang Technological University, Singapore
        • Medical University Gottingen, Germany
        • University of Mainz, Germany
        • University of Bochum, Germany
        • Kokushikan University, Japan
        • University of Brussels, Belgium
        • The Technological and Higher Education Institute of Hong Kong
        • Manchester Metropolitan University, UK
        • University of Malaya, Malaysia
        • North West University Potchefstroom, South Africa
        • University of Primorska, Slovenia
        • University of Maribor, Slovenia
        • University of Ljubljana, Slovenia
        • Stirling University, Scotland, UK
        • University of Costa Rica, Costa Rica
        • University of Craiova, Romania
        • University of Barcelona, INEF Barcelona, Spain
        • University of Granda, Spain
        • University of Lerida, Spain
        • University of Seville, Spain
        • University of Vigo, Spain
        • University of Bath, UK
        • University of Castilla la Mancha, INEF Toledo, Spain
        • European University of Madrid, Spain
        • Beijing sport university, China
        • Nanjing Sport university, China
        • See all references

      • Problem

        Muscle and tendon tension and force data during activity are relevant and essential to experts, but require highly specialised, frequently invasive work.

        Solution

        TMG™ MC Monitoring Research System is a unique, ground-breaking method to measure in-situ tension changes in muscle and tendon, directly, selectively, non-invasively during various types of muscle activity.

        TMG-239
      • MEASUREMENT DEVICE

        Our patented measurement device was developed in cooperation with the Laboratory for Biomedical and Muscle Biomechanics at the University of Ljubljana, Slovenia. We provide every customer with on-site installation and user training, a 12-month guarantee and software support, including upgrades and on-site service.

        • 1. Wireless data logger
        • 2. MC sensors
        • 3. Sensor tips
        • 4. Adhesive patches
        TMG-74-res
      • USER-FRIENDLY INTERFACE

        TMG’s proprietary software interface is user-friendly and delivers all relevant data in a compelling way. The results, displayed in numeric and graphic formats, are stored in a secure database, and can be exported in various formats. We provide our customers with software upgrades and on-site service.

        Universal DAQ system connection option (NEW)

        (click to see the flyer)

        tmg-interface
      • Testimonials

        “TMG is a promising technology.”

        joernProf. Dr. Joern Rittweger, Manchester Metropolitan University

        “TMG is a promising technology which I want to apply in various research projects in the future. As a non-invasive technique, tensiomyography can be easily applied in most of my studies.”

      • Selected References

        TMG™ Research is used by eminent research institutions.

        • University of Greenwich, UK
        • University of Malaya, Malaysia
        • Queen Mary University of London, UK
        • Kokushikan University, Japan
        • University of Ljubljana, Slovenia
        • University of Primorska, Slovenia

    • Problem

      Complete understanding of muscle fatigue is limited by a distinct lack of insight and evidence into how local muscle mechanical effects affect fatigue.

      Solution

      Determining interplay of neural, metabolic and mechanical changes is essential to understanding local muscle fatigue. TMG™ Local Muscle Fatigue
      is a valid and highly sensitive method to quantify mechanical effects.

    • How it works?

      • measurement

        TMG™ Local Muscle Fatigue assessments after activating using a particular muscle will show distinctive fatigue-induced changes.

      • analytics

        Fatigue-induced changes are particular to type and volume of contractions performed, allowing precise analysis of the effects of exercise.

      • action

        Assessing local muscle fatigue is essential in therapeutic settings, paramount for training optimization and provides new insights in fatigue research.

      • intervention

        A better understanding of local muscle fatigue mechanisms leads to improved training optimization and better treatment outcomes.

    • MEASUREMENT DEVICE

      Our patented measurement device was developed in cooperation with the Laboratory for Biomedical and Muscle Biomechanics at the University of Ljubljana, Slovenia. We provide every customer with on-site installation and user training, a 12-month guarantee and software support, including upgrades and on-site service.

      • 1. Electrical Stimulator
      • 2. Digital Sensor
      • 3. Tripod & Manipulating Hand
      • 4. Electrodes
      TMG-74-res
    • USER-FRIENDLY INTERFACE

      TMG’s proprietary software interface is user-friendly and delivers all relevant data in a compelling way. The results, displayed in numeric and graphic formats, are stored in a secure database, and can be exported in various formats. We provide our customers with software upgrades and on-site service.

      tmg-interface
    • Testimonials

      “TMG is a promising technology.”

      joernProf. Dr. Joern Rittweger, Manchester Metropolitan University

      “TMG is a promising technology which I want to apply in various research projects in the future. As a non-invasive technique, tensiomyography can be easily applied in most of my studies.”

    • Selected References

      TMG™ Research is used by eminent research institutions.

      • Nanyang Technological University, Singapore
      • Medical University Gottingen, Germany
      • University of Mainz, Germany
      • University of Bochum, Germany
      • Kokushikan University, Japan
      • University of Brussels, Belgium
      • The Technological and Higher Education Institute of Hong Kong
      • Manchester Metropolitan University, UK
      • University of Malaya, Malaysia
      • North West University Potchefstroom, South Africa
      • University of Primorska, Slovenia
      • University of Maribor, Slovenia
      • University of Ljubljana, Slovenia
      • Stirling University, Scotland, UK
      • University of Costa Rica, Costa Rica
      • University of Craiova, Romania
      • University of Barcelona, INEF Barcelona, Spain
      • University of Granda, Spain
      • University of Lerida, Spain
      • University of Seville, Spain
      • University of Vigo, Spain
      • University of Bath, UK
      • University of Castilla la Mancha, INEF Toledo, Spain
      • European University of Madrid, Spain
      • Beijing sport university, China
      • Nanjing Sport university, China
      • See all references

    • Problem

      You find treating chronic muscle conditions challenging because they are affected by many factors and you cannot accurately and reliably measure muscle function.

      Solution

      The interplay of non-physical factors, disturbed motoric abilities and disrupted muscle functions in chronic musculoskeletal conditions requires careful TMG™ Chronic Muscle Change Diagnostics analysis to guarantee treatment success.

      TMG-54
    • How it works?

      • measurement

        TMG™ Chronic Muscle Change Diagnostics’ proven high objectivity and low variability make it the perfect tool for longitudinal muscle function evaluations.

      • analytics

        TMG™ Chronic Muscle Change Diagnostics assessments inherently allow muscle status evaluations without interference of non-muscle related factors that may cloud other assessments.

      • action

        The effects of treatments on muscle function can be precisely and objectively monitored over a long period of time.

      • intervention

        TMG™ Chronic Muscle Change Diagnostics is perfectly suited to evaluate effects of expensive medicines and efficiency of treatments on a muscle level.

    • MEASUREMENT DEVICE

      Our patented measurement device was developed in cooperation with the Laboratory for Biomedical and Muscle Biomechanics at the University of Ljubljana, Slovenia. We provide every customer with on-site installation and user training, a 12-month guarantee and software support, including upgrades and on-site service.

      • 1. Electrical Stimulator
      • 2. Digital Sensor
      • 3. Tripod & Manipulating Hand
      • 4. Electrodes
      TMG-74-res
    • USER-FRIENDLY INTERFACE

      TMG’s proprietary software interface is user-friendly and delivers all relevant data in a compelling way. The results, displayed in numeric and graphic formats, are stored in a secure database, and can be exported in various formats. We provide our customers with software upgrades and on-site service.

      tmg-interface
    • Testimonials

      “TMG is a promising technology.”

      joernProf. Dr. Joern Rittweger, Manchester Metropolitan University

      “TMG is a promising technology which I want to apply in various research projects in the future. As a non-invasive technique, tensiomyography can be easily applied in most of my studies.”

    • Selected References

      TMG™ Research is used by eminent research institutions.

      • Nanyang Technological University, Singapore
      • Medical University Gottingen, Germany
      • University of Mainz, Germany
      • University of Bochum, Germany
      • Kokushikan University, Japan
      • University of Brussels, Belgium
      • The Technological and Higher Education Institute of Hong Kong
      • Manchester Metropolitan University, UK
      • University of Malaya, Malaysia
      • North West University Potchefstroom, South Africa
      • University of Primorska, Slovenia
      • University of Maribor, Slovenia
      • University of Ljubljana, Slovenia
      • Stirling University, Scotland, UK
      • University of Costa Rica, Costa Rica
      • University of Craiova, Romania
      • University of Barcelona, INEF Barcelona, Spain
      • University of Granda, Spain
      • University of Lerida, Spain
      • University of Seville, Spain
      • University of Vigo, Spain
      • University of Bath, UK
      • University of Castilla la Mancha, INEF Toledo, Spain
      • European University of Madrid, Spain
      • Beijing sport university, China
      • Nanjing Sport university, China
      • See all references

    • Problem

      You cannot objectively and accurately define the perfect combination of muscle treatment techniques and modalities, and what volume intensity ratio will most benefit recovery.

      Solution

      TMG™ Acute Muscle Change Diagnostics offers clinicians and researchers a unique opportunity to objectively qualify and quantify the effects of various techniques and modalities on muscle function.

      TMG-183
    • How it works?

      • measurement

        Regularly measure muscle response with TMG™ Acute Muscle Change Diagnostics during and after administering certain therapeutic techniques or modalities.

      • analytics

        Objective TMG™ Acute Muscle Change Diagnostics responses help identify and quantify the early and delayed effects of therapy.

      • action

        Based on the TMG™ Acute muscle change diagnostics responses more accurately determine proper dose and combination of modalities for greater therapy benefit.

      • intervention

        More informed determination of volume intensity ratio and treatment combination leads to faster therapeutic results and higher patient satisfaction.

    • MEASUREMENT DEVICE

      Our patented measurement device was developed in cooperation with the Laboratory for Biomedical and Muscle Biomechanics at the University of Ljubljana, Slovenia. We provide every customer with on-site installation and user training, a 12-month guarantee and software support, including upgrades and on-site service.

      • 1. Electrical Stimulator
      • 2. Digital Sensor
      • 3. Tripod & Manipulating Hand
      • 4. Electrodes
      TMG-74-res
    • USER-FRIENDLY INTERFACE

      TMG’s proprietary software interface is user-friendly and delivers all relevant data in a compelling way. The results, displayed in numeric and graphic formats, are stored in a secure database, and can be exported in various formats. We provide our customers with software upgrades and on-site service.

      tmg-interface
    • Testimonials

      “TMG is a promising technology.”

      joernProf. Dr. Joern Rittweger, Manchester Metropolitan University

      “TMG is a promising technology which I want to apply in various research projects in the future. As a non-invasive technique, tensiomyography can be easily applied in most of my studies.”

    • Selected References

      TMG™ Research is used by eminent research institutions.

      • Nanyang Technological University, Singapore
      • Medical University Gottingen, Germany
      • University of Mainz, Germany
      • University of Bochum, Germany
      • Kokushikan University, Japan
      • University of Brussels, Belgium
      • The Technological and Higher Education Institute of Hong Kong
      • Manchester Metropolitan University, UK
      • University of Malaya, Malaysia
      • North West University Potchefstroom, South Africa
      • University of Primorska, Slovenia
      • University of Maribor, Slovenia
      • University of Ljubljana, Slovenia
      • Stirling University, Scotland, UK
      • University of Costa Rica, Costa Rica
      • University of Craiova, Romania
      • University of Barcelona, INEF Barcelona, Spain
      • University of Granda, Spain
      • University of Lerida, Spain
      • University of Seville, Spain
      • University of Vigo, Spain
      • University of Bath, UK
      • University of Castilla la Mancha, INEF Toledo, Spain
      • European University of Madrid, Spain
      • Beijing sport university, China
      • Nanjing Sport university, China
      • See all references

    • Problem

      As a leading performance specialist or muscle physiology expert, you need to reliably and precisely determine muscle fibre type composition without an invasive procedure.

      Solution

      TMG™ Non – Invasive Determination of Muscle Fibre Type Composition is a non-invasive, objective and simple-to-use solution to determine fibre type composition in a matter of minutes, without any ethnical issues.

      TMG-42
    • How it works?

      • measurement

        Studies confirm that TMG™ Non – Invasive Determination of Muscle Fibre Type Composition data correlate extremely well with muscle biopsy analysis, to precisely determine %MHC-I in muscles.

      • analytics

        Add TMG™ Non – Invasive Determination of Muscle Fibre Type Composition response data to regression equations to determine %MHC-I or muscle fiber type composition.

      • action

        Obtain accurate and validated muscle fibre type composition determination for your research or training monitoring.

      • intervention

        Non-invasive fibre composition determination is very convenient for research purposes and monitoring record-breaking training schedules.

    • MEASUREMENT DEVICE

      Our patented measurement device was developed in cooperation with the Laboratory for Biomedical and Muscle Biomechanics at the University of Ljubljana, Slovenia. We provide every customer with on-site installation and user training, a 12-month guarantee and software support, including upgrades and on-site service.

      • 1. Electrical Stimulator
      • 2. Digital Sensor
      • 3. Tripod & Manipulating Hand
      • 4. Electrodes
      TMG-74-res
    • USER-FRIENDLY INTERFACE

      TMG’s proprietary software interface is user-friendly and delivers all relevant data in a compelling way. The results, displayed in numeric and graphic formats, are stored in a secure database, and can be exported in various formats. We provide our customers with software upgrades and on-site service.

      tmg-interface
    • Testimonials

      “TMG is a promising technology.”

      simeProf. Dr. Boštjan Šimunič, University of Primorska

      “TMG is an alternative which could also stands for fresh in muscle mechanics methodology. It gives us something that cannot be measured without invasive procedures. Therefore, excellent for science and also for professionals..”

    • Selected References

      TMG™ Research is used by eminent research institutions.

      • Nanyang Technological University, Singapore
      • Medical University Gottingen, Germany
      • University of Mainz, Germany
      • University of Bochum, Germany
      • Kokushikan University, Japan
      • University of Brussels, Belgium
      • The Technological and Higher Education Institute of Hong Kong
      • Manchester Metropolitan University, UK
      • University of Malaya, Malaysia
      • North West University Potchefstroom, South Africa
      • University of Primorska, Slovenia
      • University of Maribor, Slovenia
      • University of Ljubljana, Slovenia
      • Stirling University, Scotland, UK
      • University of Costa Rica, Costa Rica
      • University of Craiova, Romania
      • University of Barcelona, INEF Barcelona, Spain
      • University of Granda, Spain
      • University of Lerida, Spain
      • University of Seville, Spain
      • University of Vigo, Spain
      • University of Bath, UK
      • University of Castilla la Mancha, INEF Toledo, Spain
      • European University of Madrid, Spain
      • Beijing sport university, China
      • Nanjing Sport university, China
      • See all references