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1 h the sugar portion labeled with a stable or radioactive isotope.
2  of the rate of release and clearance of the radioactive isotope.
3 ation of the cancer cells without the use of radioactive isotopes.
4 vity of NMTs without resorting to the use of radioactive isotopes.
5 imaging patients following administration of radioactive isotopes.
6  out with pulse or pulse-chase methods using radioactive isotopes.
7 offer a number of advantages over the use of radioactive isotopes.
8 cooling), and perhaps heat from the decay of radioactive isotopes.
9 e, we synthesize one-atom-thick films of the radioactive isotope (125)I on gold that are stable under
10 itial abundance and half-life of the extinct radioactive isotope 146Sm are still debated, weakening t
11 d by the electrospray process) employing the radioactive isotope 210Po to produce neutralizing specie
12             Proteins were pulse-labeled with radioactive isotope (35S or 14C) in cells at discrete cy
13 delta(37)Cl) along with the abundance of the radioactive isotope (36)Cl were used to trace perchlorat
14            This approach avoids the need for radioactive isotopes and is less labor intensive and fas
15  most stable nuclei, fewer results exist for radioactive isotopes, and statistical-model predictions
16                                              Radioactive isotopes are used most often to determine th
17 uggests that as additional measurements with radioactive isotopes become feasible with the operation
18 nching of tryptophan fluorescence as well as radioactive isotope-binding studies indicated that DOX w
19  evolution is dominated by a large number of radioactive isotopes contributing to the heating rate(2,
20 ration in the presence and absence of highly radioactive isotopes from bench to plant scale.
21  absolute nuclear charge radii of long-lived radioactive isotopes (half-life above ~ 20 years), but t
22  the methods by which they are conjugated to radioactive isotopes have delineated methods to increase
23                        Iron-60 ((60)Fe) is a radioactive isotope in cosmic rays that serves as a cloc
24 contrast, millions of people were exposed to radioactive isotopes in the fallout from the Chernobyl a
25 -length proteins, iron beads, liposomes, and radioactive isotopes into cells in culture and animal mo
26 gers occur infrequently, their deposition of radioactive isotopes into the pre-solar nebula could hav
27      Trace element (lithium) and short-lived radioactive isotope (lead-210 and radium-226) data show
28 tened security concerns have made the use of radioactive isotopes less attractive for routine laborat
29  deficiency but is limited due to the use of radioactive isotopes like [57Co]- or [14C]-cyanocobalami
30               Radiochemical studies with the radioactive isotope manganese-52 ((52)Mn, t(1/2) = 5.6 d
31                                          Two radioactive isotopes measurable by ICP-SFMS are the high
32 hifted resonance lines of the singly ionized radioactive isotope of beryllium, (7)Be, in the near-ult
33 oordinate complexes with a positron-emitting radioactive isotope of copper, (64)Cu.
34                                    Using the radioactive isotope of fluoride, (18)F, we developed an
35 r testing fallout (supplied predominantly by radioactive isotopes of iodine) and self-reported lifeti
36             Radiometals comprise many useful radioactive isotopes of various metallic elements.
37 h an antibody, either naked or conjugated to radioactive isotopes or cytotoxic agents, may prove usef
38                                              Radioactive isotopes originating from the damaged Fukush
39 he short distance treatment of cancer with a radioactive isotope placed on, in, or near the lesions o
40         We will review the use of stable and radioactive isotopes pointing out the importance of the
41                     Radiocarbon ((14)C) is a radioactive isotope that is useful for determining the a
42 re predicted to eject material rich in heavy radioactive isotopes that can power an electromagnetic s
43                                Conjugating a radioactive isotope to a fungal-specific antibody conver
44                                  We employed radioactive isotopes to quantify occluded cations under
45 zation of the channel population by assaying radioactive isotope uptake into these proteoliposomes.
46                     TRT combines a cytotoxic radioactive isotope with a molecularly targeted agent to