Introduction to Cytoblastin 10 mg Injection:
Cytoblastin 10 mg injection is an anti-cancer medication used in the treatment of breast cancer, kidney cancer, Hodgkins disease, and non-Hodgkins lymphoma.
Cytoblastin 10 mg injection is administered as an infusion into the vein under the supervision of a specialist. Your physician will determine the necessary dose and frequency of administration based on your condition, which may change over time. It is essential to take it exactly as your doctor has advised. Misuse or overdose can lead to severe side effects. While it may take several weeks or months to see or feel the benefits, do not discontinue the medication unless instructed by your doctor.
Uses of Cytoblastin 10 mg Injection:
Non-Hodgkin Lymphoma (NHL)
Breast cancer
Kidney cancer
Hodgkins disease
Benefits of Cytoblastin 10 mg Injection:
In non-Hodgkin lymphoma (NHL):
Cytoblastin 10 mg injection helps restrict cancer growth and also hinders the action of various chemicals that are necessary for cancer growth and further spread. It is advisable to avoid crowded places and maintain good hygiene to prevent infections. Additionally, ensure adequate fluid intake, unless otherwise advised by the physician.
In breast cancer:
Cytoblastin 10 mg injection helps treat breast cancer and may be used alone or in combination with other medications or treatment modalities like chemotherapy. It alleviates symptoms associated with breast cancer, such as breast lumps, abnormal discharge from nipples, or changes in the shape or texture of the breast.
In kidney cancer:
Cytoblastin 10 mg injection assists in treating kidney cancer by halting the growth of cancer cells and preventing their further proliferation.
In Hodgkins disease:
Cytoblastin 10 mg injection inhibits or stops the growth of cancer cells and prevents the multiplication of cancer cells. It is crucial to follow your physician's instructions carefully and inform them if any side effects bother you.
Mechanism of Action of Cytoblastin 10 mg Injection:
Cytoblastin 10 mg injection blocks the replication of genetic material (DNA) in the cancer cells, thereby halting their growth and proliferation.