Phone
+90 532 203 7931HIPEC, formally referred to as Hyperthermic Intraperitoneal Chemotherapy, is a new approach to the treatment of cancers of the abdominal cavity. These include, but are not limited to, peritoneal carcinomatosis, ovarian cancer, and some forms of colorectal cancer. The mode of treatment for HIPEC is unlike other chemotherapy modes in that while most chemotherapy is administered intravenously, HIPEC delivers hot chemotherapy directly into the abdomen. This approach enables the administration of higher concentrations of chemotherapy right at the place where the cancer cells are, thus assuring better outcomes of the treatment with minimized systemic side effects.
Normally, HIPEC is conducted right after cytoreductive surgery, which is the surgical removal of the tumor that can be visibly seen. Upon completion of surgery, the intra-abdominal cavity is circulated with heated chemotherapy solution for around 60 to 90 minutes. The heat increases the absorption of the chemotherapy by the cancer cells, thereby increasing its effectiveness. At the end of the treatment, the solution is drained and the incision closed. Thus, this modality of surgery and HIPEC acts as a strong one-two punch against cancers within the abdomen, be they primary or recurrent, and provides fresh hope to those whose previous treatment options were limited.
Conditions most associated with HIPEC are those cancers that have spread within the peritoneal cavity itself but that have failed to metastasize to more distant organs. These include conditions like peritoneal carcinomatosis, pseudomyxoma peritonei, mesothelioma, and some forms of ovarian and colorectal cancers. It works best when the cancer is confined within the abdominal cavity and can be surgically reduced to a minimal tumor burden before the chemotherapy is applied.
Most patients that consider HIPEC have few alternatives with conventional therapy; hence, HIPEC becomes so helpful in those conditions whereby standard chemotherapy and radiation have failed to control the disease. This decision is thus undertaken after very careful evaluation by a multidisciplinary team that includes surgical oncologists, medical oncologists, and radiologists who assess the overall health of the patient, the extent of his disease, and the possible benefits of the procedure.
Though HIPEC is a unique treatment modality to various abdominal cancers, there are other treatments that can serve as alternatives, which depend on the patient's actual condition and general health status. Traditional systemic chemotherapy remains the standard treatment for a large number of tumor types, including those that have already spread beyond the peritoneal cavity. Radiation therapy may also be used in certain cases, particularly for localized control of tumor growth.
Other options include targeted therapy, which uses drugs designed to attack specific cancerous cells based on their genetic or molecular profile. Then there is immunotherapy, which exploits the body's immune system in the fight against cancer-especially for patients who possess specific genetic markers that render them candidates for these treatments. Even so, HIPEC often represents a more localized, effective treatment option in comparison for patients with peritoneal carcinomatosis and similar conditions.
Therefore, the main advantage with HIPEC is that it can provide a high concentration of chemotherapy to the tumor surfaces in the abdominal cavity while limiting its exposure to the rest of the body. This kind of local treatment will increase the killing of cancerous cells and reducing tumor size by chemotherapy, thereby prolonging survival and quality of life in patients with advanced abdomen cancers.
However, like all medical procedures, HIPEC also carries some risks. Complications include infection, bleeding, or injury to nearby organs associated with major surgery combined with heated chemotherapy. Patients can develop side effects from the chemotherapy itself, including nausea, vomiting, and temporary hair loss. The patient should discuss possible risks and benefits of this treatment with his/her medical team to determine whether HIPEC is right for them.
Preparation for HIPEC involves many aspects: comprehensive assessment of general health, imaging studies to assess tumor burden, and possibly a biopsy to confirm the diagnosis. Preoperative testing may also include blood work and cardiac evaluation in some instances to demonstrate appropriate physical fitness to undergo surgery.
Many patients will be placed on a special diet several days before the surgery and will need to undergo bowel preparation to clear the intestines of food residue. Such preparation reduces the danger of complications during the operation and provides easier access to the abdominal cavity for the surgeon. A patient should also inform the doctor about their medications, as part of them will be changed or stopped temporarily before the procedure.
The HIPEC procedure begins with cytoreductive surgery, during which the surgeon removes as much of the visible tumor as possible within the abdominal cavity. This is a very vital step in any HIPEC procedure, since its success lies in the reduction of tumor burden before the chemotherapy application. The surgery can be quite extensive and may take several hours based on the size and number of tumors.
Once the surgical resection is complete, the HIPEC treatment can begin. A heated chemotherapy solution, usually in the range of 42 to 43 degrees Celsius, is circulated throughout the abdominal cavity using a special pump. The chemotherapy is then allowed to "bathe" the area for 60 to 90 minutes, ensuring any remaining microscopic cancer cells are exposed to the treatment. Once chemotherapy has been drained, the surgical team closes the incision and transfers the patient to a recovery area where they can be closely monitored.
Recovery from HIPEC may be long and laborious, with the risk of major surgical complications added to the chemotherapy effects. Thus, a prolonged stay in the hospital-usually for several days-is quite essential for them to observe any signs and complications, such as infection, bleeding, and even organ dysfunction. Hence, the basic supportive care includes pain management, nutritional support, and physical therapy for regaining strength and mobilization in the early postoperative period.
Recovery time at home varies among patients, but most are allowed to take it easy for a number of weeks and are counseled to avoid heavy lifting of objects and very strenuous activities. Follow-up visits to the medical care provider are recommended with regards to continued monitoring of the recovery process, side effects, and treatment effectiveness. Further imaging studies may also be needed after a period of time to assess any recurrence of the cancer.
Long-term follow-up is an important feature of care following HIPEC. Patients will be required to visit with their oncology team in routine follow-up that will include physical examinations, blood tests, and imaging studies to search for any evidence of cancer recurrence. The frequency of such visits will be related to the individual patient's condition and the treatment plan in general.
Follow-up care other than for recurrence includes management of any long-term side effects due to the surgery and chemotherapy. Nutritional needs may be considered, pain or discomfort managed, and other facets of support provided to enable the patients to be mentally equipped to deal with the problems associated with recovery. The emphasis is on ensuring that patients not only survive but thrive after their treatment, with the best quality of life possible.