NOVELTY - The method involves placing a measurement device (1) comprising a probe (2) with pressure sensor (8) to acquire pressure signal which is converted into electric signal by a strain gauge or piezo-electric film. The probe is connected to an electronic board (15) with a signal analysis unit to analyze the signal by a microcontroller that controls electro-stimulation based on fatigue state of the muscles and intensity of muscular rehabilitation by visual, sound or tactile templates indicating intensity, time of muscular contraction and time of rest period between two contractions, to a patient.    USE - Method for measuring physiological vaginal and peri-vaginal signals e.g. pressure and pressure variations, peri-vaginal and clitoridien pulse, intra cavernous clitoridean pressure, vaginal temperature and pertinent physiological signal (all claimed) during contraction of peri-vaginal muscles of a patient during sleep to rehabilitate the patient with sexual dysfunctions and incontinences. Can also be used for measuring lubrication of blood flow, and vaginal and clitoridien circulation and controlling evolution of circulation.    ADVANTAGE - The method permits the patient to verify that voluntary contractions of the patient causes rise of pressure on the pressure sensor of the probe to prove that right muscles are contracted because of the contraction of the peri-vaginal muscles, without contraction of abdominal muscles, while preventing disturbances during the measurement of physiological vaginal and peri-vaginal signals.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a measurement device for implementing a method for measuring physiological vaginal and peri-vaginal signals during contraction of peri-vaginal muscles, comprising a probe.    DESCRIPTION OF DRAWING(S) - The drawing shows a side sectional view of a device for measuring physiological vaginal and peri-vaginal signals of a patient.    Measurement device (1)    Probe (2)    Electro-stimulation strip (7)    Pressure sensor (8)    Electronic board (15)