Molecular Imaging Technology Method Information

There are many deadly and scary diseases, tumors, and cancers abound. In today’s every evolving world we are constantly researching, and developing ways to better understand and target these cancers. With Molecular Imaging Technology both doctors and scientists can view a patient like never before.

The biggest benefit to these technologies is that they are all non-invasive. They do not have to open up a patient to see what they are getting into, instead with this technology they can see exactly where everything is. Giving surgeons an exact plan of what they need to do, and how they are going to do it.

An MRI is fairly common term used today. MRI means magnetic resonance imagining. This technology uses magnets to create both functional and morphological images which it is very adept at. This gives a full body scan, looking at the entire picture. If a more specific imaging is requested, various other methods and technologies work for other parts of the body,

Next there is optical imaging, which essentially uses lights to map out the body. The main downside to this method is that it does not penetrate as deep as some of the others. However it does have the benefit of having little to no safety concerns as far as cancer metastasis goes. Some people may prefer this over the MRI, but it will not give as intense an image.

Single photon emission Computed Tomography, also known as SPECT uses gamma energy. This can be a very easy and cost effective procedure to create an image of a brain. The gamma is reflected back multiple times around the head, until a full map of the brain is created. Gamma is not the only radiation that can be used, however it is the most common. This technology is typically cheaper to use and create.

A PET is also known as a positron emission tomography. This is similar in ways to the previously mentioned SPECT. Based on the type of radiation that is being used, which is considered less potent and a much lower health concern, it is also more costly to use it and the machine. The benefit of this procedure is that it allows the mapping of a fully rotating, three dimensional image.

Each of these procedures have different advantages which allow them to work more effectively in specific areas of the body. As an area of interests, new methods are always being researched, and developmentally tested. As time has told, it is a trying field to identify the target exactly that you are looking for in this process. Many medical scientists are constantly pushing the limits, attempting to improve upon these procedures being that is an area with such great interest. At the very least, we have a start.

From this you can determine that there are a large variety of ways to use Molecular Imaging Technology. The technology produces benefits that are astounding in that it helps both doctors and patients. Every different method goes about imaging in a slightly different way, but to help all mankind is the goal though detecting various cancers, injuries, and diseases.

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