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1  of six hFSH isoform preparations derived by chromatofocusing.
2  concanavalin A affinity chromatography, and chromatofocusing.
3 eing dominant, were observed in pericytes by chromatofocusing.
4 ysiological fluids are commonly separated by chromatofocusing.
5 arose, hydroxyapatite, phenyl-Sepharose, and chromatofocusing.
6 pitation, anion exchange chromatography, and chromatofocusing.
7 ium sulfate precipitation, ion-exchange, and chromatofocusing.
8 y concanavalin-A affinity chromatography and chromatofocusing.
9 H-dependent reductases were characterized by chromatofocusing after gel filtration.
10  chromatographic procedures, gel filtration, chromatofocusing, and anion exchange chromatography.
11 ange chromatography (AEC) followed by either chromatofocusing (CF) or hydrophobic interaction chromat
12        To effect this protein pI separation, chromatofocusing(CF) is employed whereby a pH gradient i
13 no Q, hydroxylapatite, phenyl-Sepharose, and chromatofocusing fast protein liquid chromatography from
14 omatography and the apyrase active band from chromatofocusing gels.
15                                     Gradient chromatofocusing generates linear pH gradients on anion-
16 ificantly improved performance that gradient chromatofocusing has in protein separations compared to
17 sults are compared with that of conventional chromatofocusing in the chromatography of several protei
18 nd then renatured at pH 7.8 and separated by chromatofocusing into GST 1-1, 1-2, and 2-2.
19                                     Gradient chromatofocusing is also compared with conventional NaCl
20 w chromatofocusing technique called gradient chromatofocusing is characterized.
21 lar sieve chromatography on Sephacryl S-100, chromatofocusing on Polybuffer exchanger 94, and affinit
22 ins was achieved in less than 20 min using a chromatofocusing resin and two buffers in a microcentrif
23                                     Gradient chromatofocusing results are compared with that of conve
24                                     Gradient chromatofocusing shows superior performance, with resolu
25                                        A new chromatofocusing technique called gradient chromatofocus
26 ses from inherent advantages in the gradient chromatofocusing technique in optimizing conditions pert
27  in peak width achieved with the pH gradient chromatofocusing technique through the manipulation of b
28 , anion-exchange column packings are used in chromatofocusing to demonstrate the resolution and speed
29 involves fractionation according to pI using chromatofocusing with analytical columns in the first di