This item is extraordinary news. I do not pre3tend to know the present level of MRI resolution, but have the sense that it was fuzzy at scales that mattered. You certainly were unable to use it as a final diagnostic tool in cases such as heart disease. After all, an angiogram is a method of eyeballing the artery blockage.
This new level of resolution changes everything. It now makes the MRI the primary diagnostic for all these internal problems.
It also gives us a well resolved control system for sending tools into the body whose size is super small. Not quite floating through the blood stream but certainly able to imagine running a needle probe with vastly more capability than today.
This also sets the stage for computerized tomography that is capable of been amazingly accurate. This will lead to computerized diagnostics that will be revolutionary for medicine.
INTERN DAILY
IBM makes MRI scans 100 million times better
by Staff Writers
San Francisco (AFP) Jan 13, 2009
This new level of resolution changes everything. It now makes the MRI the primary diagnostic for all these internal problems.
It also gives us a well resolved control system for sending tools into the body whose size is super small. Not quite floating through the blood stream but certainly able to imagine running a needle probe with vastly more capability than today.
This also sets the stage for computerized tomography that is capable of been amazingly accurate. This will lead to computerized diagnostics that will be revolutionary for medicine.
INTERN DAILY
IBM makes MRI scans 100 million times better
by Staff Writers
San Francisco (AFP) Jan 13, 2009
IBM on Tuesday said it has enhanced magnetic resonance imaging (MRI) technology 100-million-fold, paving the way to one day see what is going on at molecular levels in people's bodies.
IBM researchers working with the Center for Probing the Nanoscale at Stanford University in California have created a microscope that, with further development, could give 3D images of proteins.
"This technology stands to revolutionize the way we look at viruses, bacteria, proteins, and other biological elements," said Mark Dean, vice president of strategy and operations for IBM Research.
The microscope takes advantage of "magnetic resonance force microscopy" (MRFM) that detects miniscule amounts of magnetism.
The imaging technique can peer below surfaces of cells without damaging organic material, according to IBM.
The technique was used on a tobacco mosaic virus measuring just 18 nanometers across and achieved resolution down to four nanometers. A nanometer is one-billionth of a meter.
"MRI is well known as a powerful tool for medical imaging, but its capability for microscopy has always been very limited," said IBM Research manner of nanoscale studies Dan Rugar.
"Our hope is that nano MRI will eventually allow us to directly image the internal structure of individual protein molecules and molecular complexes, which is key to understanding biological function.
