ライフサイエンスコーパス: cation exchange resin

1 finished beer, which were extracted through cation exchange resin.

2 etal ions on Dowex Marathon C, a strong acid cation exchange resin.

3 nd to sorption onto a commercially available cation exchange resin.

4 extraction using silica gel C-18 and DSC-SCX cation-exchange resin.

5 tion of the detergent extract onto anion and cation exchange resins.

6 n of cationic polypeptides using a selective cation exchange resin ablated most of the intrinsic acti

7 The removal of cationic polypeptides using a cation-exchange resin ablated the activity of nasal flui

8 Although cation exchange resin adsorption captures only a small f

9 The (99m)Tc solution was passed through a cation exchange resin and an alumina cartridge, followed

10 Using on-probe sample cleanup with a cation-exchange resin and a matrix mixture of (1:1) 6-hy

11 The (63)Cu-(63)Zn mixture was trapped on a cation-exchange resin and rinsed with water, and the (63

12 Prairie Pothole Region (PPR) using XAD-8, a cation exchange resin, and PPL, a styrene-divinylbenzene

13 ipitation, water washing, purification using cation-exchange resin, and stabilization with a monolaye

14 ew grams of low-cost, commercially available cation exchange resin can be repurposed to extract heavy

15 the separation of trehalulose from SBH using cation exchange resin (CEA) in batch adsorption mode.

16 significant adsorption of PFASs compared to cation-exchange resins (CERs), nonionic resins (NIRs), a

17 orption mechanism of organic contaminants on cation exchange resins (CXRs) will enable application of

18 bromide (DODAB) has been immobilized onto a cation exchange resin, Dowex 50WX2, and its thermotropic

19 removal capacity of the HSBS and that of the cation exchange resin for the three metals demonstrates

20 d complexed zinc, and identified appropriate cation exchange resins for the individual systems.

21 Though highly selective organic cation exchange resins have been developed for most poll

22 Comparing WAC with a strong acid cation exchange resin illustrated the critical role of t

23 Use of a cation exchange resin in Al(3+)-form for hardness remova

24 The dSPE using a strong cation exchange resin increased the selectivity and sens

25 d to monitor heavy metal pollution that uses cation-exchange resin sachets and the micro-XRF core-sca

26 h renal failure is frequently treated with a cation exchange resin (sodium polystyrene sulfonate, her

27 hore-complexed Th interacted strongly with a cation-exchange resin suggesting that, even when complex

28 performing traditional solid acid catalysts (cation-exchange resins, sulfated oxides, and acidic zeol

29 plished using a combination of a strong-acid cation exchange resin to separate barium and radium from

30 umn followed by a second column using a weak cation-exchange resin to elute the lead isotope as [(203

31 EXS combines a weak acid cation exchange resin (WAC) to concentrate ammonia, a bi

32 Both magnetically enhanced and nonmagnetic cation exchange resins were converted to Na, Mg, Ca, Sr,

33 from decommissioned modules by weakly acidic cation exchange resin, which could be released as solubl

34 reconcentration and passage through Ag+-form cation-exchange resin, which removes divalent sulfur gas

35 thereal diazomethane over peptides on strong cation exchange resin within a microfluidic device, pept