What are the clinical applications of the atomic knife?

Category: Healthcare

Question Description:

What are the clinical applications of Atomic Knife?

Answer:

Atomic Knife minimally invasive treatment of tumors uses the most advanced minimally invasive implantation technology in the world, without surgery, minimally invasive implantation, safe and reliable, painless for the patient, and free of the sequelae and toxic side effects of traditional treatment.

(1) TPS designated treatment plan: Using TPS system to reconstruct the tumor shown in the CT film into a three-dimensional image and make precise treatment plan.

(2) Using special implantation equipment, "atoms" are precisely implanted into the tumor:

1. Puncturing of the tumor is done through the use of the "atoms". (18) The tumor is not a tumor, but it is a tumor that has been implanted. (8)Bu yoke scar? The first step in the process is the use of a peptide to create a peptide. The first step is to use the peptide as the peptide for the treatment of the patient. Under the guidance of the T or B ultrasound, the puncture needle with "atoms" is directly pierced into the tumor and implanted into the "atoms" so that they are evenly distributed in the tumor to kill the cancer cells.

2. Luminal implantation: For tumors in the luminal canal, such as esophageal cancer, rectal cancer, cervical cancer and so on. The tumor area is exposed through the cavity mirror, and the "atom" is directly implanted into the tumor body.

3. Surgical implantation: While removing the tumor, implantation can be done in the residual foci of the tumor, suspected metastatic lymph nodes, and around the important organs to prevent recurrence and metastasis.

(3) Atomic implantation: Post-operative radiographs are taken to verify the implantation effect.

Since the "atoms" are implanted directly into the tumor and are uniformly distributed in a three-dimensional shape, the implantation of the "atoms" requires a special three-dimensional treatment planning system. Based on the lesion images obtained from ultrasound and CT scanning, the spatial distribution of Atom implantation is simulated, and the number of Atom implantations and the dose distribution to the tumor and surrounding organs at risk are determined to guide the clinical Atom implantation. "Atomic implantation. After radioactive "atomic" brachytherapy, due to the activities of the human body and the relative movement of organs, it is necessary to verify the quality of "atomic" implantation by flat film and/or CT scan, and analyze whether the spatial distribution of "atoms" after implantation is the same as that of "atoms" after implantation. The spatial distribution of the "atoms" after implantation can be analyzed to determine whether the spatial distribution matches the treatment plan before implantation, whether there are variations in the dose distribution, and whether the implanted "atoms" have shifted.

The promotion and application of "Atomic Knife" in the treatment of tumors

This technology has been promoted for many years in the United States, Japan and other developed countries in the world, and was first introduced into China in 2000 by Prof. Shen Wenjiang, a leading radiation oncologist in China, and is now a key project of the Ministry of Health for the promotion of the treatment of tumors.

The Armed Police Force Guangxi General Hospital introduced the technology for the first time in the southwest region and set up the "Atomic Knife" minimally invasive tumor treatment center. Through the clinical treatment of thousands of patients with various types of tumors, the effective rate reaches 100%, the local shrinkage rate is more than 95%, and more than 90% of clinical symptoms have been significantly improved. For solid tumors in various parts of the body, such as lungs, esophagus, liver and gallbladder, pancreas, rectum, cervix, surface, prostate, brain, limbs and so on, the efficacy of the treatment is especially obvious, and the cure rate is high. Given that the technology requires multidisciplinary collaboration **** with the completion of the Armed Police Guangxi General Hospital "Atomic Knife" minimally invasive treatment center of tumors organized by the national multidisciplinary field of renowned experts, professors composed of clinical expert group, for each tumor patients to carry out careful diagnosis and treatment. For this reason, CCTV's "Road to Health" and "Into Science", Hunan TV's "Science and Technology Loop", and Shanghai TV and many other domestic media have conducted a large number of interviews and special reports.

The main indications for which the "atomic knife" is the most suitable treatment

Malignant tumors are still the leading cause of death in China, and there are more patients with advanced stages of disease, which reduces the chances of surgical treatments; tumor infiltration and invasion of important organs often affects the resection of tumors, and the emergence of "metastatic cancer" signals the emergence of "metastatic cancer", which is the most common form of cancer. The appearance of "metastatic cancer" signals the arrival of advanced stage of cancer, and metastatic foci are more than two in one organ, which makes the treatment extremely difficult. The application of "Atomic Knife", implanting "atoms" into the body, helps to kill the tumor as a whole, does not reduce the physiological function of organs, reduces the creation of tissues and treatment complications, and improves the survival rate of patients.

1. Treatment of various primary tumors and various metastatic tumors.

Lung cancer, mediastinoma, pleural mesothelioma, breast cancer, thyroid cancer, esophageal cancer, gastric cancer, rectal cancer, colon cancer, pancreatic cancer, cholangiocarcinoma, hepatocellular cancer, nasopharyngeal cancer, orbital tumors, tongue cancer, carcinoma of the floor of the mouth, cancer of the buccal mucosa , prostate cancer, gynecological tumors, soft tissue tumors, gliomas, metastatic tumors of brain, meningiomas, bone tumors

2.Tumor cells infiltrating important organs Tumors that cannot be completely resected

3. Tumor patients who are unwilling to undergo surgical resection, external irradiation, chemotherapy; or tumor patients with poor or failed external irradiation, or resistance to chemotherapy

4. Important functional tissues that need to be preserved or the surgery will involve important organs, such as tumors in deep part of the brain

5. Primary tumors that are inoperable, such as giant hepatocellular carcinoma, Lung cancer, nasopharyngeal cancer, etc.

6. Metastatic tumor foci or isolated tumor metastases after surgery, which have lost the value of surgery, such as multiple metastatic tumors of the lungs

7. Prophylactic implantation in the area of residual tumors or the margins of incision are too close to the tumors (less than 0.5cm) during surgery