| Isotope (60) |  |
| Radioisotope (12) | |
| Stable isotope (11) | |
| Isotope (60) | |
| Radioisotope (12) | |
| Stable isotope (11) | |
and more environmentally friendly way to enrich stable isotopes, which are used for medical imaging and nuclear powernd are some of the world most expensive chemical commodities.
A combination of factors have created a looming shortage of several stable isotopes. Last year, the Government Accountability Office released a report warning that there may soon be a shortage of lithium-7
professor of physics in the University of Texas at Austin and author of the study. ne ounce of a stable isotope that needs the calutron to separate it can run around $3 million. hat roughly 2, 000 times the price
the new method for enriching stable isotopes, called MAGIS (magnetically activated and guided isotope separation), needs little energy due to its use of low-powered lasers and permanent magnets.
Many stable isotopes are precursors to the short-lived radioisotopes used in medical imaging cancer therapies, and nutritional diagnostics.
which in turn decays to a stable isotope of iron producing characteristic gamma rays. Nobody had seen directly these gamma rays says Churazov.
the researchers label their target protein with carbon-13 a stable isotope of carbon while the rest of the proteins are unlabeled. his technique has the potential to really open up a wide range of studies,
The researchers also used an analytic technique to determine the fractionation of the stable isotopes of one of these contaminants,
researchers explored whether the H3. 3 variant was labeled with that stable isotope (ewhistones) or if they were free of the label (lderhistones).
and living mice with an amino acid called L-methionine, enriched for naturally occurring stable isotopes of carbon and hydrogen,
and living mice with an amino acid called L-methionine, enriched for naturally occurring stable isotopes of carbon and hydrogen,
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