Electro Chemo Therapy (ECT)

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Description

Electroporation is a cutting-edge approach in cancer therapy that harnesses the power of electric fields to induce small pores, or disruptions, in the cell membranes for drug delivery or gene transfection. This technique, which differs from traditional heat or cold-based treatments, provides a new way to target and manage tumors with minimal invasiveness. Electroporation focuses on temporarily opening cell membranes through controlled electric pulses, offering a promising approach to improve the absorption of therapeutic agents into cancer cells. By combining electrical fields and membrane permeabilization, this method represents a revolutionary tool in the ongoing fight against cancer.

Electro Chemo Therapy (ECT)

Advantages and Superiority of the Electro Chemo Therapy

Electro Chemo Therapy is revolutionizing cancer treatment by offering a non-surgical approach for solid tumor therapy. This innovative method leverages electroporation, where controlled electric pulses create temporary pores in cell membranes, allowing for enhanced absorption of chemotherapeutic agents directly into cancer cells. This targeted delivery system improves the efficacy of treatments while minimizing damage to surrounding healthy tissue. As a minimally invasive alternative to traditional surgical methods, ECT provides a promising option for patients, potentially leading to quicker recovery times, fewer side effects, and better overall outcomes in the fight against cancer.

Hospital Tech Electro Chemo Therapy in Solid Tumor Therapy

Hospitech Cancer Care Innovations Company leads the way in transforming cancer diagnosis with its range of cutting-edge devices. These devices include the Cancer Diagnostic Probe (CDP), Impedimetric Tumor Detection System (ITDS), Electrical Endoscopy Mass Detection (EMD), and Electro ChemoTherapy (ECT) & Gamma Probe . These advanced technologies are designed to improve cancer detection and treatment effectiveness. Supported by research, publications, and patents, these instruments provide accurate results for early diagnosis and better patient outcomes. The company is proud of its dedicated team and unwavering commitment to making a significant impact in the healthcare industry’s fight against cancer.

The innovative use of electroporation in Electro Chemo Therapy presents a compelling case for doctors to incorporate it into their cancer treatment approaches. Electroporation, which involves using electric fields to temporarily open cell membranes, allows for improved delivery of therapeutic agents directly into cancer cells, thereby enhancing treatment effectiveness.

ECT stands out from traditional heat or cold-based methods as it offers a minimally invasive approach, resulting in targeted tumor management with fewer side effects. By embracing this groundbreaking technology, doctors have the potential to deliver advanced care and improve outcomes for their cancer patients. Electro Chemo Therapy will allow you to enhance the standard and effectiveness of the treatment provided at your healthcare facility.

 

TECHNOLOGY

TECHNOLOGY

Electrochemotherapy is an innovative medical procedure for treating solid tumors. It involves the use of a new device that applies electroporation, a technique that uses electrical pulses to create temporary pores in the cell membrane, allowing for enhanced uptake of chemotherapy drugs into the cancerous cells. This approach has shown promise in effectively treating solid tumors.

Technology of Electro Chemo Therapy in Solid Tumor Therapy

Electro chemotherapy, an innovative approach in cancer treatment, uses high-voltage electric pulses to temporarily puncture cancer cells, allowing better penetration of chemotherapy drugs. The reversibility of the created holes depends on the size and duration of the electric pulses, with a direct impact on cell survival. This technique, known as Electro chemotherapy (ECT), improves drug delivery to tumor cells, potentially enhancing treatment effectiveness and outcomes for cancer patients. The integration of electric pulses and chemotherapy presents a hopeful technology in the continuous effort to advance cancer therapies.

FEATURES

FEATURES

The Electro Chemo Therapy device stands out with its unique features that make it a valuable and effective tool, particularly due to the Electroporation procedure.

Electroporation therapy (ECT) is an innovative treatment method that creates small pores called electric pores in the cell membranes of the target area by applying a variable electric field between two or more electrodes, depending on the size and volume of the tumor. Here are the key features of ECT:

  1. Pore Creation: ECT generates electric pores in cell membranes, allowing for targeted treatment.
  2. Uniform Distribution: Proper electrode design ensures uniformly distributed pores in the target area, unaffected by tumor location.
  3. Non-Thermal Method: Since ECT is not based on heat, it minimizes damage to surrounding tissues compared to heat-based methods.
  4. Ability to Treat Adjacent Tumors: ECT can effectively treat tumors adjacent to major blood vessels.
  5. Reversible or Irreversible Electroporation (IRE): ECT can utilize both methods, tailored to the specific tumor location and characteristics, to optimize outcomes.
  6. Short Treatment Times: ECT offers significantly reduced treatment durations.
  7. Reduced Thermal Damage: The non-thermal nature of ECT minimizes damage to surrounding tissues.
  8. Ability to Treat Adjacent Tumors: ECT can effectively treat tumors adjacent to major blood vessels.
  1. Complement to Conventional Methods: Despite advances in surgery, chemotherapy, and radiotherapy, many tumors remain untreatable with these methods. ECT emerges as a complementary approach, offering a novel solution where traditional methods are inadequate.

 

Suitable Cases for Electroporation Therapy

ECT is particularly effective for certain types of cancers that can be managed with fewer complications compared to conventional surgery:

  1. Squamous Cell Carcinoma (SCC)
  2. Basal Cell Carcinoma (BCC)
  3. Melanoma
  4. Metastatic Skin Breast Cancer
  5. Superficial Angiosarcoma
  6. Primary Vascular Malfunction Recurrence
  7. Kaposi Sarcoma
  8. Skin Hemangioma
  9. Oral Cavity Masses

Complement to Conventional Methods

Despite advances in surgery, chemotherapy, and radiotherapy, many tumors remain untreatable with these methods. ECT emerges as a complementary approach, especially for primary and secondary liver tumors, offering a novel solution where traditional methods fall short.

Electro Chemo Therapy Features

  • Various electrode types for different tumors: superficial, deep-seated tumors and etc
  • Treatment for primary cutaneous BCC & SCC & melanoma
  • Non-thermal method
  • Controllable: By adjusting electric pulse parameters (e.g., voltage, duration, and frequency)
  • Rapid: The process occurs within milliseconds
  • Making the process potentially reversible and less damaging to cells
ACHIEVEMENT

ACHIEVEMENT

CLINIAL TRIAL RESULTS

CLINIAL TRIAL RESULTS

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ElectroChemo Therapy (ECT) is an innovative cancer treatment that combines high-voltage electric pulses with chemotherapy, enhancing drug delivery to solid tumor cells by creating temporary openings in their membranes.
Electroporation uses electric fields to induce small pores in cell membranes, allowing for improved uptake of therapeutic agents, such as chemotherapy drugs or genetic material, into cancer cells.
ECT offers a non-surgical, minimally invasive approach to solid tumor therapy, potentially improving treatment efficacy, reducing side effects, and preserving healthy tissue by focusing on targeted drug delivery.
ECT can be used for various tumor types, including primary cutaneous basal cell carcinoma (BCC), squamous cell carcinoma (SCC), and melanoma, with different electrode types available for treating superficial and deeper tumors.
The electroporation process occurs within milliseconds, making it a rapid treatment option that can be precisely controlled by adjusting pulse parameters.
Yes, the size and duration of the electric pulses used in ECT determine whether the temporary openings in the cell membranes are reversible, allowing for controlled cellular responses.
ECT employs various electrode types tailored for specific tumor locations and characteristics, ensuring optimal treatment delivery.
During an ECT treatment session, patients may experience a sensation from the electric pulses, but the non-thermal nature of the method minimizes discomfort and potential damage to surrounding healthy tissue.

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