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1 esicles are separated from the microsomes by differential centrifugation.
2 omes from conditioned media were purified by differential centrifugation.
3 tinfection, and mycoplasmas were isolated by differential centrifugation.
4 wo superoxide pools that can be separated by differential centrifugation.
5 f plasma-derived exosomes (EXOs) isolated by differential centrifugation.
6 from normal human subjects were isolated by differential centrifugation.
7 rosomal fractions obtained from the cells by differential centrifugation.
8 from normal urine samples through multistep differential centrifugation.
9 t-preconditioned rat livers were isolated by differential centrifugation.
10 Mitochondria were separated by differential centrifugation.
11 swollen (Ca(2+)-exposed) mitochondria after differential centrifugation.
12 Cellular fractionation was performed by differential centrifugation.
13 en concentrated supernatant was subjected to differential centrifugation.
14 d with the ribosomal subcellular fraction by differential centrifugation.
15 ated into soluble and insoluble fractions by differential centrifugation.
16 with the ribosomal subcellular fractions by differential centrifugation.
17 tor was found in the particulate fraction by differential centrifugation.
18 were directly purified from mature seeds by differential centrifugations.
20 e aggregate of the cellular protein Sup35 by differential centrifugation analysis and microscopic loc
23 in a nonionic detergent buffer, enriched by differential centrifugation and by preparative isoelectr
24 et fraction prepared from wild-type cells by differential centrifugation and comigrated upon velocity
25 lar mitochondrial fractions were isolated by differential centrifugation and digestion techniques.
26 an, mouse and rat brain were fractionated by differential centrifugation and discontinuous Percoll gr
28 tly increased in the membrane fraction after differential centrifugation and in the biotinylated prot
31 on of MRP-1 was examined in ES cell lines by differential centrifugation and membrane solubilization
32 n-gamma (IFN-gamma)-activated macrophages by differential centrifugation and Percoll density gradient
33 dle and purifying the intact chloroplasts by differential centrifugation and Percoll gradient centrif
34 red cells using two methods for EV recovery, differential centrifugation and polyethylene glycol prec
35 from neonatal murine dermis by a sequence of differential centrifugation and selective culture condit
36 ably transfected clones was determined after differential centrifugation and showed that NOSII cataly
38 mbranes were isolated from cultured cells by differential centrifugation and solubilized with sodium
39 embranes were isolated from these regions by differential centrifugation and their purity checked by
40 cles were separated from the erythrocytes by differential centrifugation, and both the vesicles and m
41 siculosomes were concentrated by filtration, differential centrifugation, and exclusion chromatograph
43 ogenized in isotonic buffer, fractionated by differential centrifugation, and then subfractionated by
44 r lavage fluid (BAL) by two types of methods-differential centrifugation (DC) and equilibrium buoyant
46 After fractionation of M. tuberculosis by differential centrifugation, Eis protein appeared mainly
49 in an EGTA-containing buffer and purified by differential centrifugation followed by fractionation on
51 were fractionated by nitrogen cavitation and differential centrifugation, followed by free flow elect
54 ration of bacteria and EV from samples using differential centrifugation, genomic DNA was extracted a
55 size separation by either chromatography or differential centrifugation identified the major DTH act
58 eractive ligands (termed BRASIL) is based on differential centrifugation in which a cell suspension i
59 later processed by tissue homogenization and differential centrifugation into a membrane preparation
60 icular cartilage vesicles (ACV), isolated by differential centrifugation of adult hyaline articular c
63 investigated Obg's cellular associations by differential centrifugation of crude B. subtilis extract
65 er cells enriched for SHPCs were prepared by differential centrifugation of primary liver cell disper
67 obtained after subcellular fractionation and differential centrifugation of the clonal striatal cells
69 The recombinant arrays were characterized by differential centrifugation over the range of 0-50 mm Mg
71 with the whole cell lysate, fractionation by differential centrifugation results in a better separati
72 post-nuclear membrane fractions prepared by differential centrifugation revealed a slightly smaller
73 Selective detergent extraction followed by differential centrifugation revealed that some of the po
76 ganisms were purified from infected blood by differential centrifugation, separated by sodium dodecyl
79 upernatants of EC cultures were subjected to differential centrifugation steps to collect larger and
83 nd inside-out vesicles had been separated by differential centrifugation, the modified polypeptide of
84 ethod that utilizes Balch homogenization and differential centrifugation to obtain two distinct vesic
85 nsensitive fragment of gelsolin, followed by differential centrifugation to purify the thick filament
88 nd then the extract was size fractionated by differential centrifugation/ultrafiltration for analysis
89 cles were incubated ex vivo +/- insulin, and differential centrifugation was used to isolate cytosoli
90 uce DNA rings from the silent HMR locus, and differential centrifugation was used to isolate the ring
91 s determined by dynamic light scattering and differential centrifugation, was less straightforward.
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