Librate Ultrasound Gel
Composition:
Ultrasound gel is a water-based gel that is specifically formulated to facilitate the transmission of ultrasound waves. The typical composition includes:
- **Water**: The primary solvent, usually making up 80-90% of the gel.
- **Glycerin**: A humectant that helps maintain moisture and provides a smooth texture.
- **Carbomer**: A thickening agent that gives the gel its viscosity.
- **Sodium Hydroxide**: Used to adjust the pH of the gel.
- **Preservatives**: Such as methylparaben or propylparaben, to prevent microbial growth.
- **Other Additives**: May include colorants or fragrances, although many medical-grade gels are fragrance-free and clear.
#### Indications:
Ultrasound gel is used in various medical and diagnostic procedures, including:
- **Diagnostic Ultrasound**: To visualize internal organs, blood flow, and fetal development during pregnancy.
- **Therapeutic Ultrasound**: In physical therapy to promote tissue healing and reduce pain.
- **Echocardiography**: For imaging the heart and assessing cardiac function.
- **Vascular Studies**: To evaluate blood vessels and detect abnormalities.
- **Musculoskeletal Imaging**: For assessing muscles, tendons, and joints.
- **Guided Procedures**: Such as biopsies or injections, where real-time imaging is required.
#### Contraindications:
While ultrasound gel is generally safe, it should not be used in the following situations:
- **Allergy**: In patients with known allergies to any of the gel's components.
- **Open Wounds**: Avoid application on open or infected wounds unless specifically indicated by a healthcare professional.
### Conclusion
Ultrasound gel is an essential component in various medical imaging and therapeutic procedures, providing a medium for effective ultrasound wave transmission. Proper application and understanding of its composition and indications are crucial for optimal results in ultrasound examinations.
Delivery (waybill) nationwide takes 4–7 business days through our courier partners. Delivery is free Nationwide.