Lab Resources

NeuRRo Laboratory Resources

Dr. Krishnan directs the Neuromuscular & Rehabilitation Robotics Laboratory (NeuRRo Lab) at the University of Michigan, Ann Arbor campus. NeuRRo Labs’s focus is to elucidate the neurobiological processes that drive plasticity and recovery after an injury to neuromusculoskeletal system and develop new interventions to mitigate neuromotor impairments. The NeuRRo Lab (~1200 sq. ft.) is located at a conveniently accessible location in Ann Arbor with ample free parking spaces within the building premise for patients, visitors, and families of research participants.

NeuRRo Lab: The NeuRRo Lab consists of a Strength and Neuromuscular Assessment Room (477 sq. ft.) and a Robotics Research Room (750 sq. ft.). The NeuRRo lab houses:

  • A Biodex Strength Testing System (Pro 4) for use in strength testing and rehabilitation

  • 4 Magstim Transcranial Magnetic Stimulation Units with Bistim connecting modules for cortical and neuromuscular plasticity assessment

  • Standard figure-of-8 and double-cone coils for upper- and lower-extremity transcranial magnetic stimulation

  • A 28 Channel (16 EMG, 4 Auxiliary, and 8 event) Motion Labs EMG system (MA-300 28)

  • A 16 Channel Delsys Trigno Wireless EMG System

  • A Bertec Fully Instrumented Treadmill

  • A 12-Camera Motion Capture System (Qualisys Miqus M3)

  • An OptiTrack Trio 3D Camera System

  • A high voltage constant current Peripheral Nerve and Muscle Electrical Stimulator (Digitimer – DS7AH)

  • A high voltage constant current Peripheral Nerve and Muscle Electrical Stimulator (Digitimer – DS7A)

  • A high power constant voltage Transcranial Electrical Stimulator (Digitimer – D185)

  • 2 portable Transcranial Direct Current Stimulation units (EMPI Dupel and Soterix Medical)

  • A Mobility Lab Portable Gait and Balance Analysis System (APDM) with several Opal Inertial Measurement Unit sensors

  • Carnetsoft Driving Simulator with adaptive hand controls

  • Several custom-designed robotic devices

  • An AIR300 Pneumatic Leg Extension Device (Keiser)

  • An AIR300 Leg Press Device (Keiser)

  • A Pneumatic Air Compressor System (Keiser)

  • Several High Definition Cameras and Myomotion and Motive software to perform kinematic analysis

  • Cintiq 24HD interactive pen display for processing imaging data (Wacom)

  • Treadmills (Woodway)

  • Several National Instruments Data Acquisition and Signal Conditioning Modules

  • Several Dell workstations, monitors, and software, and access to printers and office supplies.

  • A Fully Equipped Machine Shop with Grizzly 12 speed drill press, Milwaukee metal cutting band saw, Dewalt VSR drill, Dayton arbor press, keyway and broach kit, benchtop vices, 155-pc. drill bit set, hand tools (files, tap and die set, countersinks, hammers, wrenches, dremel, etc.), Sindoh professional 3D printer (3DWOX DP200), KEYSIGHT Signal and Waveform Generator, Tektronix Oscilloscope, Dr. Meter and KEYSIGHT Power supply, Soldering system, etc.

Apart from these resources the NeuRRo Lab has full access to the Lokomat Robotic Gait System with advanced controllers (Hocoma) and InMotion ARMTM located in the Med Rehab Facility.

Computer: Computer workstations in the NeuRRo Lab include 14 Dell personal computers, one 48 core Intel Xeon E5 HP Z840 system for high-speed computing and optimization, and 3 laptops. Software includes SPSS, Adobe Acrobat Pro, Sigmaplot, TableCurve 3D, Endnote, LabVIEW, Poser, and Microsoft Office Professional. Apart from these, there is full access to several computing and engineering software packages through CAEN and UM remote portal.

Office: Individual office space is available for Dr. Krishnan (approximately 120 sq. ft.) in the Burlington Building. The office contains a laptop and a desktop personal computer and sufficient filing space for project materials. There are also shared printer, fax, and copy machines available.