Muscle Data Acquisition Hardware & Software
Complete Systems
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
Integrated, Windows based, powerful and complete data acquisition and analysis system handling the entire data collection, control and analysis of muscle contractile experiments
Hardware
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
Content for the Muscle Physiologist
Sensory Encoding by Muscle Spindle Afferents
This publication review highlights Aurora Scientific instruments that can facilitate the study of sensory encoding by muscle spindle afferents.
Excellence, Innovation, and Collaboration: Student Research at the MHRC
This past April, we partnered with InsideScientific and the Muscle Health Research Centre (MHRC) at York University, a one-of-a-kind facility that fosters an interdisciplinary approach to the study of muscle physiology. We had the privilege of interviewing a number of faculty and students to highlight their research, as well as the opportunities provided to them by the MHRC.
Functional Recovery of the Musculoskeletal System Following Injury – Leveraging the Large Animal Model
Watch Dr. Sarah Greising discuss the current pathophysiologic understanding of the skeletal muscle remaining following traumatic musculoskeletal injuries.