Hysteromyomectomy Gynecology Surgery Gyn Probe For Deep Tissue Resection Repair Scars

Gyn Probe

Gyn Probe operates based on advanced technological principles. It may utilize ultrasound, electrical conductivity, or other specialized sensing mechanisms to interact with the female reproductive organs. For example, in ultrasound - based Gyn Probes, high - frequency sound waves are emitted from the probe's tip. These waves travel through the tissues, and the echoes are detected and analyzed to create detailed images of the internal structures such as the uterus, ovaries, and fallopian tubes. This allows for the identification of abnormalities, tumors, cysts, or other conditions with great precision.

Gyn Probe Procedure

1. May be performed laparoscopically or abdominally.

2. Explore abdomen and pelvis; identify adnexal structures.

3. Clamp ovarian vessels proximal to the ovary and ligate.

4. Incise peritoneum of the anterior and posterior leaves of the broad ligament toward the uterine cornu.

5. Clamp the junction of the fallopian tube and uterine cornu; and ligate at the utero-ovarian vascular anastomosis;

6. Repeat for other ovary if billateral.

7. If only oophorectomy is required, divide the mesosalpinx and uteroovarian vascular supply adjacent to the falloppian tube.

Technical Parameters

Gyn Probe Indications:

1. Myomectomy

2. submucous myoma

3. submucous uterine myoma

4. uterine submucous myoma

5. submucous myoma of uterus

6. hysteroscope submucous myoma electrosection

Gyn Probe Procedures for Oophorectomy

1. Maybe performed laparoscopically or abdominally.

2. Explore abdomen and pelvis, identify adnexal structures;

3. Clamp ovarian vessels proximal to the ovary and ligate;

4. Incise peritoneum of the anterior and posterior leaves for the broad ligament toward the uterine cornu;

5. Clamp the junction of the fallopian tube and uterine cornu, and ligate at the utero-ovarian vascular anastomosis;

6. Repeat for other ovary if bilateral.

7. If only oophorectomy is required, divide the mesosalpinx and utero-ovarian vascular supply adjacent to the fallopian tube.

Working Principle

The plasma technology of Better Health is the plasma energy gener- ated by stimulating NaCl in physiological saline with a 100KHz square wave.The high-speed charged particles in the plasma can break the molecular bonds of the human body,causing proteins and other tissues to decompose and vaporize into low molecular weight gases such as H2,02,CO2,N2,and methane.

Under a stable electric field of 100KHz square wave,particles will achieve a longer acceleration time,ultimately forming high-speed charged particles with kinetic energy,which can break molecular bonds and cause minimal damage to surrounding tissues.The treat- menttemperature is low,and the processes of cutting,ablation,and hemostasis are completed within 40-70℃ .

Advantages

1. High - Resolution Imaging
   • Enables clear visualization of even the smallest anatomical details, facilitating early detection of diseases and more accurate diagnosis.
2. Patient Comfort
   • The carefully designed probe shape and size, along with smooth insertion, reduce discomfort during examinations and procedures.
3. Minimal Invasiveness
   • In surgical applications, the Gyn Probe helps in performing minimally invasive procedures, leading to shorter recovery times, less pain, and reduced risk of complications for patients.