Muscle Data Acquisition Hardware & Software2021-10-18T15:17:54-04:00

Muscle Data Acquisition Hardware & Software

Complete Systems

600A: Real-Time Muscle Data Acquisition and Analysis System

600A: Real-Time Muscle Data Acquisition and Analysis System

A precision, real-time controller and data acquisition system for Aurora Scientific apparatus and measurement devices

605A: Dynamic Muscle Data Acquisition and Analysis System

605A: Dynamic Muscle Data Acquisition and Analysis System

Integrated, Windows based, powerful and complete data acquisition and analysis system handling the entire data collection, control and analysis of muscle contractile experiments

Hardware

604A: Data Acquisition Signal Interface

The 604A Analog-to-Digital Interface was designed to enable physiology researchers to easily interface a Dual-Mode muscle lever, force transducer, high-speed length controller and stimulator to a National Instruments PC-based A/D card. The 604A Interface consists of a 1U (1.75”) high, 19” wide, rack-mount case with BNC connectors on the front and a ribbon cable connector on the back. 604B and 604D models accommodate four or two setups (respectively), while the 604B also provides integrated stimulator control.

Software

615A: Dynamic Muscle Control and Analysis Software

Dynamic Muscle Control and Analysis Software Suite handles experimental control, data collection and data analysis for muscle contractile experiments

650A: Real-Time Muscle Data Acquisition and Analysis Software

650A: Real-Time Muscle Data Acquisition and Analysis Software

Precise, custom software designed for real-time data acquisition, instrument control and data analysis with unique, integrative features. Includes force and SL control capability

901D: High-Speed Video Sarcomere Length

A simple, turn-key system for measuring sarcomere spacing in isolated muscle preparations.

Content for the Muscle Physiologist

Forward Advances in Biomechanics

October 28th, 2024|Muscle Physiology, Publication Review|

In the context of muscle, the field of biomechanics explores how muscles generate force, produce movement, and interact with the surrounding muscle architecture, such as bones and tendons. These assessments are critical to understanding how muscles function during movement and how injuries arise, as well as informing rehabilitative practices and therapeutic strategies. The following publication review features recent advances in this field – ranging from the mechanical properties of rotator cuff muscles to the impact of lengthening and force velocity on different muscle groups.

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