Hyperthermia for Brain Tumours

Hyperthermia for Brain Tumours

Hyperthermia therapy has emerged as an advanced treatment option for managing brain tumours, specifically glioblastoma, when combined with chemotherapy and/or radiation therapy. The London Welbeck Hospital proudly offers this innovative approach using the EHY-2030 device, a state-of-the-art loco-regional modulated electro-hyperthermia (mEHT) system.

The EHY-2030 device is designed to deliver targeted, precise hyperthermia treatments to improve therapeutic outcomes and enhance patient comfort. This CE-marked medical device is intended for professional use and features advanced technology, ensuring safe and effective treatment tailored to individual needs.

Key Features of the EHY-2030 Device

The intuitive touch screen display allows seamless control and monitoring of treatment parameters and progress, from setup to completion.

  • Built-in Electrode Identification: Ensures the correct electrode is used, with lifetime management and integrated communication with the central controller.

  • Controlled Surface Temperature: Designed to enhance patient comfort during treatment.

  • Precise Placement: LED indicators support accurate electrode positioning for optimal treatment delivery.

  • Electrode Options:

    • Smart Electrode M (maximum output: 150 W).

    • Smart Electrode L (maximum output: 250 W).

  • Comfort-Focused Treatment Bed: Incorporates specially designed mattresses and a waterbed for enhanced patient comfort.

  • Manual Patient Stop Button: Provides patients with additional reassurance and control during their sessions, reducing treatment-related anxiety.

Technical Specifications
  • Mains Voltage: 100-230 VAC, 50/60 Hz.
  • RF Power Output: Up to 350 W (effective) / 800 W (peak power).
  • Nominal Load: 50 Ohms.
  • Output Carrier Frequency: 13.56 MHz.
  • Modulating Frequency: Pink noise.
  • Device Dimensions: 1320 mm (H) x 2500 mm (L) x 1150 mm (W).
  • Weight: 200 kg.
  • Space Requirements:

Minimum: 12 m².

Recommended: 14 m².

  • Operating Conditions:

Temperature: +15°C to +30°C.

Relative Humidity: 20%-60% (non-condensing).

Air Pressure: 800-1060 hPa.

Benefits of Hyperthermia for Brain Tumours

Hyperthermia therapy enhances the efficacy of conventional treatments by increasing tumour sensitivity to chemotherapy and radiation. The EHY-2030 device’s precision technology ensures that the treatment is targeted and minimizes discomfort, making it a viable option for patients seeking advanced, integrative care for glioblastoma.

At The London Welbeck Hospital, we are committed to providing cutting-edge medical solutions, and hyperthermia therapy represents a breakthrough in brain tumour treatment, offering hope and improved quality of life for our patients.

FAQS

Inverted nipples can occur naturally or may be the result of factors such as tight or shortened milk ducts, underdeveloped nipple tissue, scarring from previous trauma or surgeries, or certain medical conditions. The exact cause of inverted nipples can vary from person to person.

Inverted nipple correction is a relatively common procedure. Many individuals seek this surgery to address cosmetic concerns or difficulties with breastfeeding or self-confidence related to inverted nipples.

In some cases, inverted nipple correction can improve the ability to breastfeed by releasing constricted tissues and allowing the nipple to protrude outward. However, the impact on breastfeeding can vary depending on individual anatomy and other factors. It’s important to discuss your specific situation with a healthcare professional.

Inverted nipple correction surgery generally has a low risk of affecting nipple sensation. However, there is a small possibility of temporary or permanent changes in nipple sensation, including increased or decreased sensitivity. Discuss any concerns about nipple sensation with your surgeon during the consultation.

While inverted nipple correction surgery aims to provide long-lasting results, there is a small risk of recurrence, especially in cases where the inversion is caused by tight or shortened milk ducts. Recurrence rates vary depending on individual factors, and revision surgery may be necessary in rare cases.

Inverted nipple correction surgery involves making small incisions, typically around the base of the nipple or along the edge of the areola. With proper surgical technique and care, scars can be well-concealed and fade over time. Your surgeon will make efforts to minimize visible scarring and provide guidance on scar management.

Yes, inverted nipple correction can be performed on one nipple only, depending on your needs and preferences. Your surgeon will assess your individual case and discuss the best approach for achieving symmetry and the desired outcome.

You can typically see some initial improvement immediately after the surgery. However, it may take a few weeks or months for the swelling to fully subside and for the final results to become apparent. The healing process and timing of final results can vary among individuals.

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