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1 d with high radiochemical yield, purity, and specific radioactivity.
2 generating high radiochemical yield and high specific radioactivity.
3 onomeric endotoxin.protein complexes of high specific radioactivity.
4  the higher test-retest variability of brain-specific radioactivity.
5 high radiochemical purity, and >90 GBq/mumol specific radioactivity.
6 er was produced in high purity and with high specific radioactivity.
7 e obtained the (3)H-labeled ligand with high specific radioactivity.
8 ted with Nuclisome particles with increasing specific radioactivity.
9  in high yields, radiochemical purities, and specific radioactivities.
10 es of 1, 2, and 3 were synthesized from high-specific radioactivity [11C]methyl iodide using a high-t
11 ndard deviation] [351.5 MBq +/- 125.8]; mean specific radioactivity, 1200 mCi/mmol +/- 714 [44.4 GBq/
12 ed by reduction with sodium boro[3H]hydride (specific radioactivity 50 microCi/micromol for the trans
13 ed in 40%-60% yield, with 1.4-1.9 MBq/microg specific radioactivities and greater than 95% purity.
14 thesis of [(3)H]MRS2279 to high (89 Ci/mmol) specific radioactivity and have used this molecule as a
15 zed in suitable radiochemical yield and high specific radioactivity and purity.
16 In vivo molecular imaging may be improved if specific radioactivity at the target site could be incre
17 t an antibody linked to polymers to increase specific radioactivity can be visualized on SPECT images
18             These data were analysed using a specific radioactivity curve-matching program called TFL
19 ansferred from 32P-labeled cells differed in specific radioactivity from bulk cell proteins: glycopho
20 olated yields ( approximately 65%) with high specific radioactivities (>3300 mCi/mumol).
21 produced in adequate radiochemical yield and specific radioactivity (>74 GBq/micromol [2,000 Ci/mmol]
22 thod for the determination of L-[14C]lactate specific radioactivity in complex biological samples con
23 86 was modified to at least a 6-fold greater specific radioactivity in the inside-out vesicles than i
24 step in a radiochemical yield of 14% +/- 7%, specific radioactivity in the range of 888-3,774 GBq/mum
25 ne multiple determinations of L-[14C]lactate specific radioactivity in tracer metabolic studies.
26 in high radiochemical yield and purity, with specific radioactivities of more than 83.92 GBq/mumol.
27 adiochemical yield in 29 min with an average specific radioactivity of 1,222 GBq/micromol (33,024 mCi
28 rected radiochemical yields of 30%-35% and a specific radioactivity of 11-12 GBq micromol(-1).
29                                          The specific radioactivity of [(3)H]tyrosine-labeled (pro)in
30 l-trans-retinol was added, as predicted, the specific radioactivity of [3H]all-trans-retinyl esters i
31  imine position by NMR spectroscopy, and the specific radioactivity of [3H]azidodantrolene sodium was
32  peaked earlier than that of [3H]PC, and the specific radioactivity of [3H]glycerol-labeled DAG was m
33 h the cytoplasmic [gamma,beta-(32)P]ATP; the specific radioactivity of actin-bound ADP was equal to t
34 he beta-phosphate of cytoplasmic ATP and the specific radioactivity of actin-bound phosphate was equa
35 the method can also be used to determine the specific radioactivity of L-[14C]pyruvate.
36                                 However, the specific radioactivity of newly formed 11-cis-retinol st
37 istent with this finding, measurement of the specific radioactivity of PC in plasma and liver indicat
38                      With this approach, the specific radioactivity of the alloyed gold nanoparticles
39 ns of the new procedure to a wide variety of specific radioactivities ranging from carrier-free to a
40                                              Specific radioactivities ranging from carrier-free to tr
41                                          The specific radioactivities reported here are 2.7 and 1.1 C
42               It is possible to use a higher specific radioactivity to increase the sensitivity at lo
43 oxinCD14 and endotoxinMD-2 complexes of high specific radioactivity to measure: 1) interaction of rec
44 ntapeptide substrate FL[3H-R,S]EAL with high specific radioactivity to probe the timing of glutamyl C
45                                              Specific radioactivity up to 9.8 Ci/mmol was reached in
46 ere estimated, and metabolite pool sizes and specific radioactivities were determined.
47 reactivity and their respective incorporated specific radioactivities were unaltered.

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