Research

Stromatec Funded Research

• Automated Connective Tissue Torque Sensor 2 (R44 AT004379) PI: R Davis; Funded by: NIH NCCAM
• Acupuncture Needling Torque Sensor (R43 AT002021) PI: R Davis; Funded by: NIH NCCAM
• Acupuncture Needling Force and Motion Sensor (R44 AT002021) PI: R Davis; Funded by: NIH NCCAM
• Automated Connective Tissue Torque Sensor (R43 AT004379) PI: R Davis; Funded by: NIH NCCAM
• Scar Ablation Using High Intensity Focused Ultrasound; PI: H. Langevin; Funded by: NSF VT EPSCOR
• Connective Tissue Motion Measure (R43 AT006085) PI: R.Davis; Funded by: NIH NCCAM

Langevin UVM Basic Science Supporting Research

• Connective tissue mechanotransduction (RO1 AT 001121) PI: H. Langevin; Funded by: NIH NCCAM
• Soft tissue biomechanical behavior during acupuncture in low back pain
  (R01) PI: H. Langevin; Funded by: NIH NCCAM
• Acupuncture mechanism: mechanotransduction model (R01) PI: H. Langevin; Funded by: NIH NCCAM
• Investigation of the Effect of Acupuncture Needling on Connective Tissue using Ultrasound (R21) PI: H. Langevin; Funded by: NIH NCCAM
• Biomechanical effect of Acupuncture Needling (R01) PI: H. Langevin; Funded by: NIH NCCAM