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1 nventional TIMS involving Pu purification by anion exchange resin.
2  preconcentrated on a minicolumn packed with anion exchange resin.
3 ng chromatography on lysine-Sepharose and an anion exchange resin.
4  into the mesoionic title compounds using an anion exchange resin.
5 in/peptide bioadsorbents to those of LayneRT anion exchange resin.
6 ped flow-cell system utilizing scintillating anion-exchange resin.
7 he water sample and the concentration on the anion-exchange resin.
8 gnificantly with pertechnetate uptake on the anion-exchange resin.
9 on of neutral to basic peptides by the added anion-exchange resin.
10  ion chromatography on AG1-X8 strongly basic anion-exchange resin.
11 eters were determined for five commonly used anion exchange resins.
12 tter than commercially available strong base anion exchange resins.
13 tion in a packed bed of amine-functionalized anion exchange resins (AERs) with a pH swing regeneratio
14                          Results showed that anion-exchange resins (AERs) exhibited significant adsor
15                                              Anion-exchange resins (AERs) have long been employed for
16 he samples by ion exchange chromatography on anion exchange resin AG 1-X4 with NH4NO3 and measured by
17 loys a commercial pipette tip packed with an anion-exchange resin and comprises four primary steps: t
18 ists of a packed bed containing a mixture of anion-exchange resin and scintillating plastic beads.
19  for 5 min with a 20% (w/v) suspension of an anion-exchange resin and sterilely filtered into a seale
20 tatively isolated from plasma via the use of anion-exchange resins and then detected and quantified i
21                                              Anion exchange resins are important tools for the remova
22                               However, spent anion exchange resins are themselves regenerated using b
23 his study examined removal of anionic OCs by anion exchange resins (AXRs) as a promising alternative.
24 l approximately 760 microm diameter AG 1 x 4 anion-exchange resin beads were determined using acousti
25 cation of large amounts of nucleotides using anion-exchanging resin but has shown the promise of enri
26  for the pretreatment and appropriate use of anion exchange resins by drinking water utilities and fo
27 ng water utilities and for the production of anion exchange resins by manufacturers.
28 g large volumes of water through cation- and anion-exchange resin columns in the field to collect sod
29                   Synthesis of scintillating anion exchange resin consisted of diffusing a fluor, 2-(
30                          EDTA binding to the anion exchange resins could saturate the resin, decrease
31 esin, PPL- and C18 - SPE cartridges, and one anion exchanging resin-diethylaminoethyl (DEAE) -cellulo
32 F2-Eu) with either TEVA resin or strong base anion-exchange resin (Dowex 1 x 8-400(Cl)).
33 )Lmol(-1)cm(-1)), fixed on a Dowex 1-X8 type anion-exchange resin for 10mL, 100mL, 500mL, and 1000mL,
34 In bench-scale batch and column experiments, anion exchange resins from a large, representative group
35                  Chromate is retained on the anion-exchange resin from water at parts-per-billion lev
36  underivatized monosaccharides on pellicular anion-exchange resin (HPAE) using pulsed amperometric de
37  (in a 1- to 2-ml sample) was bound to 15 mg anion-exchange resin, interfering ions were removed in a
38           Most importantly, the mixed bed of anion exchange resins is self-regenerated with the rejec
39 nd quenched (131)I by 5 min of stirring with anion-exchange resin renders a multi-gigabecquerel-level
40 this research was to develop a scintillating anion exchange resin selective for monitoring (129)I at
41  an appropriate mixture of self-regenerating anion exchange resins that selectively remove and replac
42 riately designing or tuning the mixed bed of anion exchange resins, the process can be extended to ne
43 ydrates can be separated by using Dowex 1-X8 anion exchange resin, this method can be used specifical
44 s added to anoxic extractions using a strong anion exchange resin to separate dissolved U(IV) and U(V
45                                              Anion exchange resin treatment is a commonly used techni
46                                        Using anion exchange resins, we also found that a significant
47 lammonium chloride) (polyDADMAC) polymer, or anion exchange resin were examined.
48              Both strong (Q) and weak (DEAE) anion exchange resins were found to adsorb surprisingly
49 The protein demonstrates little affinity for anion exchange resins, with contaminating proteins remov