Unveiling the Unsung Guardians Behind Radiation Therapy: Medical Physicists. Through precise dose planning, calculation, and verification, they ensure that radiation beams accurately target tumors while sparing healthy tissues. Understanding the work of medical physicists and mastering key collaboration points such as immobilization techniques and breathing training are essential to ensuring safe and effective treatment.

Learn how tumor hyperthermia works in combination with radiotherapy and chemotherapy to combat cancer. This article explains the principles, mechanisms, and indications of hyperthermia, highlighting its synergistic efficacy in solid tumors such as cervical cancer. The expert team from Department of Radiotherapy II at the Lanzhou campus provides standardized and precise comprehensive treatment plans to help patients improve therapeutic outcomes and quality of life.

Hyperthermic Intraperitoneal Chemotherapy (HIPEC) is a "precision hyperthermia" treatment for peritoneal metastatic cancer, combining high temperatures with chemotherapy drugs to eliminate residual cancer cells. This article provides a detailed overview of indications, procedures, efficacy, and risks, with professional guidance from the expert team of the Department of Radiation Oncology II.

Understanding Leukemia: Breaking Myths, Recognizing the Body’s Blood Alarm

How does heavy ion therapy achieve millimeter-level precision, hitting the target exactly where aimed? Through seven steps of precise control, integrating 3D imaging with the Bragg peak physical characteristics, it delivers high-dose tumor destruction while causing zero damage to healthy tissues. Non-invasive and painless, it offers a safe and efficient individualized treatment plan for cancer patients.

Explore the "National Heavyweight" of heavy-ion therapy and reveal how its Bragg peak effect acts like a precision missile to target and destroy tumors. This article details the advantages of heavy-ion therapy for solid tumors such as cholangiocarcinoma and liver cancer, highlighting its reduced side effects and shorter treatment duration compared to traditional radiotherapy. It also shares success stories from elderly patients, helping you understand this cutting-edge cancer-fighting technology.

When Cancer Invades the Brain’s “Protective Shield”: Understanding Intrathecal Injection for Precise

Heavy ion radiotherapy is the ideal cancer treatment technology of the 21st century. It utilizes heavy ion beams to precisely destroy tumor cells, offering clinical advantages such as high efficacy, low toxicity, and minimal side effects, making it particularly suitable for treating refractory tumors.

Gansu Wuwei Tumor Hospital successfully performed a gel implantation procedure for a patient with renal cancer and a massive inferior vena cava tumor thrombus, achieving curative carbon-ion radiotherapy while reducing the risk of intestinal damage and enhancing treatment safety and efficacy.

The Pain Comprehensive Diagnosis and Treatment Center features nine specialized therapeutic technologies, including PCA patient-controlled analgesia pumps, targeted radiofrequency ablation for herniated discs, and spinal endoscopic techniques. It offers minimally invasive, precision pain management solutions suitable for cancer-related pain, chronic pain, and other conditions, emphasizing stepwise treatment protocols and rapid rehabilitation.