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etic technology because it has a lot of drawbacks such as; hair loss, nausea, diarrhea, or death and significant number of the operation to replace the cancer cells without using this technology face failure. Chemotherapy is the principal cancer treatment modality which has decreased cancer mortality rate over the years. Chemotherapy causes setbacks such as nausea, diarrhea, and hair loss. Nanomagnetic technology is a scientific advancement in biomedical engineering that offers a safer alternative to chemotherapy.

Chemotherapy was unspecific in its action thereby had the risk of damaging healthy cells. Cases where nanomagentic technology was used, recorded fewer risks. Biomedical engineering should, therefore, be recommended as a safer alternative to chemotherapy as a cancer treatment modality According to the worldwide cancer statistics, 14.1 million people were diagnosed with cancer up to the year 2012. Out of these cases, 8.2 million mortality was reported. The United States alone reports more than 5000 cancer incidences every year.

Out of this cases 137 occurred among children aged under the age of fourteen years and 59 were leukemia cases (Robert, 2013). Leukemia is an infectious disease where blood-forming organs like the bone marrow produce a large number of leucocytes, suppressing the production of normal blood cells. Nanomagnetic technology is the use of soft magnetic cores with high resistivity for diagnosis (Schulz, 2009). What drawbacks do cancer cells have, and how biomedical engineering helps to treat these drawbacks?

Chemotherapy should be replaced by nanomagnetic technology because it has a lot of drawbacks such as; hair loss, nausea, diarrhea, or death and significant number of the operation to replace the cancer cells without using this technology face failure. The replacement of chemotherapy with nanomagnetic technology will reduce the side effects of chemotherapy. The study will use books and articles as the sources of information. The