Technology



Biomechanical mapping, transvaginal, with report

This technology was developed by a development partner, Artann Laboratories, within the scope of the NIH/NIA grant ( Phases I-IV).

Biomechanics of the Female Pelvic Floor

Definitions

Tactile Imaging is a medical imaging modality translating the sense of touch into a digital image. The tactile image is a function of P(x,y,z), where P is the pressure on soft tissue surface under applied deformation and x,y,z are coordinates where pressure P was measured. The tactile image is a pressure map on which the direction of tissue deformation must be specified.

Functional Tactile Imaging translates muscle activity into dynamic pressure pattern P(x,y,t) for an area of interest, where t is time and x,y are coordinates where pressure P was measured. It may include:
  1. muscle voluntary contraction,
  2. involuntary reflex contraction,
  3. involuntary relaxation,
  4. specific maneuvers.
Biomechanical Mapping = Tactile Imaging + Functional Tactile Imaging

Clinical Applications

Many of tissue or organ disorders and diseased conditions are significantly manifested in changes of their mechanical properties such as elasticity, muscle tone and strength. Therefore, the biomechanical mapping of a human organ or tissue of interest opens new possibilities in medical imaging, diagnostic, targeted treatment and monitoring.

Patents

    Issued
  1. Methods and probes for vaginal tactile and electromyographic imaging and location-guided female pelvic floor therapy. No. 9,861,316; January, 2018.
  2. Method and device for measuring tactile profile of vagina. No. 8,840,571; February, 2014.
  3. Methods for assessment of improvements in pelvic organ conditions after an interventional procedure. No. 8,419,659; November, 2013.
  4. Methods for assessment of pelvic organ conditions affecting the vagina. No. 8,187,208; May, 2012.
  5. Method of characterization and differentiation of tissue. No. 8,142,368; March, 2012.
  6. Tactile sensor array for soft tissue elasticity imaging. No. 8,069,735; December, 2011.
  7. Methods for characterizing vaginal tissue elasticity. No. 8,052,622; November, 2011.
  8. Method and device for real time mechanical imaging of prostate. No. 7,922,674; April, 2011.
  9. Human tissue phantoms and methods for manufacturing thereof. No. 7,419,376; September, 2008.

  10. Pending
  11. Methods for biomechanical mapping of the female pelvic floor. No. 16,055,265; August 2018.
  12. Methods and probes for vaginal tactile and ultrasound imaging. No. 15,249,672; August, 2016.
  13. Method and probe for providing tactile feedback in laparoscopic surgery. No. 15,219,536; July, 2016.

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