One of the marvels of modern medicine is the development of in vivo imaging for cancer evaluation. This process views the living organism for signs of malignancy and produces a more accurate view than prior technologies. It is a preferred method partly because it is a noninvasive procedure. Not only does it allow for the examination of existing disease, but it can also help with the diagnosis.

This specific methodology can allow oncologists to more accurately diagnose and treat patients. Using molecular imaging can help doctors determine the severity of the disease and state an expected prognosis for patients. It also helps determine the type of treatment that should be used and the level of aggression at which the disease should be attacked. This is a tremendous benefit as it saves the patient from undue levels of radiation and chemotherapy.

Once treatment has begun, the procedure can measure the progress of the current therapy and lead physicians to alter treatments accordingly. Using these images, targeted treatments can be used more accurately with less danger of damaging healthy tissue near the diseased area. This ability greatly improves on past technologies where much damage occurred to normal tissue while attempting to isolate diseased tissue with radiation.

Another benefit is the ability to more easily locate the precise area for insertion of a biopsy needle to withdraw sample tissue for evaluation. This more precise process lessens the length of time required to perform such biopsies as well as narrows the margin of error in locating the tissue in question. It also functions as a prescreening tool.

Biomedical imaging is widely supported by many cancer research professionals and continues to be promoted around the world. Workshops and seminars are helpful in spreading the word about this cutting edge technology that is changing the approach to this deadly disease. As this process continues to evolve, the patient is finding more comfort than from former modalities that caused greater discomfort and less accurate findings. The in vivo process is changing the face of diagnosis, treatment, and evaluation of progress by allowing real time access to the affected organs and tissues of the body.

The technology continues to grow and adapt with other technologies such as using fluorescents. Hopefully, the new techniques being developed will enable scientists to analyze the multiple problems that develop with some forms of malignancy such as breast tumors. Understanding metastasis is one result that is eagerly sought.

Another area of research is focused on creating safer agents for targeted molecular imaging. These agents are hoped to be processed rapidly once inside the body to improve diagnostic processes. All of these various methods can also require less animal testing which has been a concern for some people.

Overall, patients and doctors both prefer to diagnose and treat malignancies with less invasive procedures such as this. It is a promising tool for many areas of concern, including the breast, the colon and rectal area and even abdominal tumors. Bio-luminescence uses the enzymes of the firefly which lights up the area in question and helps monitor the growth of tumors.

Author Bio: The cutting-edge digital imaging company provides modalities designed for preclinical research, such as photoacoustic and molecular imaging. They specialize in the highest quality of biomarker, micro imaging, mouse heart, scientific digital imaging, and photoacoustic systems.

Category: Medicines and Remedies
Keywords: health, society, technology, wellness, cancer, medicine, remedy, science, doctor, medical