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1 s Tiam1, and were primarily increased in the membrane fraction.
2 ty of WalJ(Spn) were recovered from the cell membrane fraction.
3 pA, but not PspF, mainly associated with the membrane fraction.
4 NARE Vam3, AP-3 shifts from the cytosol to a membrane fraction.
5  X-100-insoluble to the Triton X-100-soluble membrane fraction.
6 amounts of FtsK, FtsQ, FtsI, and FtsN in the membrane fraction.
7 n indicated that Frmpd1 stabilizes AGS3 in a membrane fraction.
8 , and KChIP3x are highly associated with the membrane fraction.
9 the analysis of an Escherichia coli enriched membrane fraction.
10 oteins (FPs) and FPs targeted to the nonraft membrane fraction.
11 rked reduction in the Triton X-100-resistant membrane fraction.
12 c reticulum, and the mitochondria-associated membrane fraction.
13 lpha (PKCalpha) translocated from cytosol to membrane fraction.
14 cantly lower NOS3 enrichment in the caveolar membrane fraction.
15 a positive regulatory protein of NOX, to the membrane fraction.
16 ys mutants were predominantly present in the membrane fraction.
17 iculum (RER) and vesicles present in a Golgi membrane fraction.
18 t is associated predominantly with the outer membrane fraction.
19 S, Rac1 was activated and relocalized to the membrane fraction.
20 tributed between the cytoplasm and the inner membrane fraction.
21 e plasma membrane but also with a less dense membrane fraction.
22 (ICD), which was loosely associated with the membrane fraction.
23 t failed to translocate to the caveolin-rich membrane fraction.
24 ntitative proteomics of a tonoplast-enriched membrane fraction.
25 ally associated with the detergent-resistant membrane fraction.
26 199-amino-acid protein that localized to the membrane fraction.
27 e in Bax accompanied by translocation to the membrane fraction.
28 dly accumulate in the mitochondrion-enriched membrane fraction.
29   Endogenous EFA6R was present in the plasma membrane fraction.
30 bidopsis tissues and present in a microsomal membrane fraction.
31 on on the sites identified in the human lens membrane fraction.
32  cholesterol cofractionate with this buoyant membrane fraction.
33 tion to the purified mitochondria-associated membrane fraction.
34 , and oligomers are enriched in the synaptic membrane fraction.
35 Orb2A is also found enriched in the synaptic membrane fraction.
36 ouble basic residues also lodged in the cell membrane fraction.
37 ation of CD95 with the lipid raft-containing membrane fraction.
38 ins generally are most abundant in the inner membrane fraction.
39 howed that PAP-7A was highly enriched in the membrane fraction.
40 zine-1-carboxylic acid in both cytosolic and membrane fractions.
41 f localization of proteins within lipid raft membrane fractions.
42 crose gradients, APM1 occurs in unique light membrane fractions.
43 dria, and ribosomes, were identified in both membrane fractions.
44 rifugation was used to isolate cytosolic and membrane fractions.
45  L-type Ca2+ channel alpha1 subunit in heart membrane fractions.
46 to be present in detergent-resistant, plasma membrane fractions.
47 inA and M7 are associated with each other in membrane fractions.
48 lar-weight polymer that was detected only in membrane fractions.
49 C class II compartment (MIIC) and the plasma membrane fractions.
50 ubunit of the sodium pump) from human kidney membrane fractions.
51  receptor is retained in detergent-resistant membrane fractions.
52 aling increased PTEN phosphatase activity in membrane fractions.
53 e B neurons and enhanced PKC activity in the membrane fractions.
54 n) were found in detergent-soluble (nonraft) membrane fractions.
55 or determining SKase activity in subcellular membrane fractions.
56  GIRK3 was found primarily in higher-density membrane fractions.
57 Ca proteins were restricted to caveolin-poor membrane fractions.
58 eracts and colocalizes with cdk5 in cellular membrane fractions.
59  and cAbl are found basally in Cav1-enriched membrane fractions.
60 ntaxin 4, and TI-VAMP/VAMP7 were detected on membrane fractions.
61 d to both detergent-sensitive and -resistant membrane fractions.
62 te N-hydroxylation assays done with isolated membrane fractions.
63 iled to recruit TRAF6 to detergent-insoluble membrane fractions.
64 -bound Abeta(4)(2) were recovered from brain membrane fractions.
65 nd allene oxide synthase (AOS) activities in membrane fractions.
66 d PACSIN 1 was found in neuronal cytosol and membrane fractions.
67 ers within extracellular, intracellular, and membrane fractions.
68 slocation of NET.NK1R complexes to raft-rich membrane fractions.
69 tochalasin B-stimulated neutrophils or their membrane fractions.
70  amount of tight junction protein present in membrane fractions.
71 as SAUR63:HA was present in both soluble and membrane fractions.
72 ence, but both are present in nuclear and SR/membrane fractions.
73  forms are proposed to be localized in these membrane fractions.
74 umarate via fumarate reductase by suppressor membrane fractions.
75             The protein was localized in the membrane fractions.
76 ased AKT2 phosphorylation in the cytosol and membrane fractions; 3) insulin increased AS160 localizat
77 ation of soluble V-ATPase V(1) subunits to a membrane fraction, a marker of V-ATPase activation.
78  to recruit p190B into a detergent-insoluble membrane fraction, a process that is accompanied by a de
79 ulated adenylyl cyclase activity in striatal membrane fractions, AC1/8 double-knock-out (DKO) mice do
80  membrane was significantly increased in the membrane fraction after differential centrifugation and
81     Recombinant NPM decreased GTP binding in membrane fractions after activation of CXCR4 by CXCL12.
82  Galphas redistributes from raft- to nonraft-membrane fractions after chronic antidepressant treatmen
83 ansfected cells, DAT was in cholesterol-rich membrane fractions after mild detergent extraction.
84 secretase complex in the detergent-insoluble membrane fraction along with its substrates, APP-CTFalph
85 MR2 and MTMR13 cofractionate in both a light membrane fraction and a cytosolic fraction; and (iii) MT
86 exes initially reside in a detergent-soluble membrane fraction and acquire detergent insolubility as
87 iation of ULBP1 with the detergent-resistant membrane fraction and caused a significant reduction of
88 alized exclusively in the target cell plasma membrane fraction and correspondingly were visualized at
89 he entire procedure--beginning with isolated membrane fraction and finishing with MS data acquisition
90 SphK activity was mainly associated with the membrane fraction and phosphorylated predominantly the D
91             Direct examinations of the outer membrane fraction and protein assembly revealed that cel
92 ity pool of PI4KIIalpha in a separable dense membrane fraction and this response was further enhanced
93 ated by immunoprecipitation from solubilized membrane fractions and able to produce amyloid beta-pept
94 iated phosphorylation we observe in isolated membrane fractions and co-localization of the beta2AR an
95  Through a rigorous isolation of "native" PD membrane fractions and comparative mass spectrometry-bas
96 or vasotocin led to increases in PKCalpha in membrane fractions and concurrent decreases in PKCalpha
97 sed amounts of both Csk and PTPN22 in T cell membrane fractions and decreased association of PTPN22 w
98 s but was not found within the intracellular membrane fractions and may represent a new member of the
99                               For both crude membrane fractions and proteoliposomes composed of lens
100  with GAPDH and pyruvate kinase in rat heart membrane fractions and that Kir6.2 protein co-localize w
101  identify Rab27b in purified tubulovesicular membrane fractions and used immunoblot and immunofluores
102 analysis showed that SOK was copurified with membrane fractions and was exposed on the surface of S.
103 , MtAhpE was found to be associated with the membrane fraction, and since mycothiol is hydrophilic, d
104 418 (37%) only in secretory vesicle-enriched membrane fractions, and 127 (11%) in both fractions.
105 as the predominant S-nitrosylated protein in membrane fractions, and following isoproterenol and isch
106 at septin 7 is found in both cytoplasmic and membrane fractions, and immunofluorescence microscopy sh
107 us, equal distribution between cytosolic and membrane fractions, and increasing levels of protein exp
108 nogen-binding proteins were discerned in the membrane fractions, and only relatively minor difference
109 1087 in C. tepidum decreased SQR activity in membrane fractions, and the CT1087 mutant could not grow
110 Heme agarose captured ZnuD in enriched outer membrane fractions, and this binding was inhibited by ex
111  CYBASC1 is strongly enriched in TO-enriched membrane fractions, and TO fractions contain an ASC-redu
112           Myo1c separated in the same plasma membrane fractions as E-cadherin, and Myo1c KD caused a
113 gpA-, RgpB-, and Kgp-immunoreactive bands in membrane fractions as well as the culture supernatant of
114 noprecipitated with mGlu5 in the hippocampal membrane fraction, as well as when overexpressed in huma
115 co-localized in lipid raft/caveolin-enriched membrane fractions, as determined by gradient centrifuga
116  myocytes, we detected Cav-3 in both buoyant membrane fractions (BF) and heavy/non-buoyant fractions
117 n association with the lipid raft-containing membrane fraction but also those of inactive CD95 molecu
118 to a 14-kDa protein of whole cells and their membrane fractions but not after protease treatment.
119 ls decreased the level of endogenous AGS3 in membrane fractions by approximately 50% and enhanced the
120 phosphorylation of the beta2AR in the washed membrane fraction caused minimal desensitization of ISO
121  of its association with low buoyant density membrane fractions, commonly termed lipid rafts.
122 blotting of low-density, detergent-insoluble membrane fractions confirmed that tight junction protein
123 7 proteins from cytosol into the 100,000 x g membrane fraction containing the plasma membrane.
124 associated with sterol/sphingolipid-enriched membrane fractions containing BIG/TIR3 and partitions in
125 facilitate the generation of PC2 activity in membrane fractions containing pro-PC2.
126          The human lens fiber cell insoluble membrane fraction contains important membrane proteins,
127 TRPV1 in this system: namely, a minor plasma membrane fraction controlling 45Ca2+ uptake, and the pre
128  Upon dodecylmaltoside solubilization of the membrane fraction, Cx26M34A and Cx26V84L are stable as h
129 s reconstituted with proteins from the outer membrane fractions derived from bacteria in the mid- and
130 ng intact cells as a receptor source because membrane fractions derived from these cells failed to di
131 exists primarily in the Triton X-100-soluble membrane fraction, distinct from the Triton-insoluble fr
132 ocedure to prepare a raft-like intracellular membrane fraction enriched for the trans-Golgi network (
133                                            A membrane fraction enriched in vesicles containing the ad
134        Unexpectedly, kcne2 (-/-) ventricular membrane fractions exhibited 50% less mature Kv1.5 prote
135            Photoaffinity labeling in a crude membrane fraction, followed by "click chemistry" with a
136 ed within HeLa cells and can be found in the membrane fraction following subcellular fractionation.
137 -surface nanodiamond digestion of an E. coli membrane fraction for shotgun proteomics.
138 e extracts, GerD-FLAG was found in the inner membrane fraction from dormant spores and was present at
139 isolation of a virion-associated cytoplasmic membrane fraction from HSV-infected cells.
140 dy, we performed a proteomic analysis of the membrane fraction from latex bead-containing (LBC) phago
141  partially purified detergent extract of the membrane fraction from the archaeon S. solfataricus that
142 ge factor Tiam1 were found associated with a membrane fraction from which they co-immunoprecipitated
143 t only 40% of the capacity of the equivalent membrane fraction from wild-type plants.
144 zyme and also tested with crude extracts and membrane fractions from bacteria and yeast.
145                             We also isolated membrane fractions from both naive and HCV-positive cell
146                                              Membrane fractions from cultured rat sensory neurons fol
147                                         When membrane fractions from E. coli strains K12, O157, and P
148 in Xenopus oocytes after microinjection with membrane fractions from either HH or control hypothalamu
149               Western blots of cytosolic and membrane fractions from hippocampus showed a significant
150 ctivation, we isolated endoplasmic reticulum membrane fractions from long-term Western diet-fed wild
151             Changes in Rho GTPase content of membrane fractions from lovastatin-treated PTM cells wer
152                          Furthermore, plasma membrane fractions from metastatic IECs contained both f
153 med by identification of endogenous ClC-4 in membrane fractions from mouse brain homogenate enriched
154                                However, when membrane fractions from strain O157 were incubated with
155 -dimensional gel electrophoresis of isolated membrane fractions from strain UA159 and three mutants (
156                   Immunoblot of crude plasma membrane fractions from the hippocampus showed a slight
157  vivo at the Ser-419 site in the soluble and membrane fractions from the leaves but not from the inte
158                                    In plasma membrane fractions from the vma mutants, activity of the
159 paring the protein profiles of cell wall and membrane fractions from wild-type and DeltasecA2 mutant
160                            Here we show that membrane fractions from WT but not CD38(-/-) mouse heart
161                                              Membrane fractions harboring NeuES and KpsC together cou
162                                         Only membrane fractions harboring NeuES and KpsCS could form
163 s, but its recovery in a detergent-insoluble membrane fraction has suggested possible raft associatio
164                        Studies with isolated membrane fractions have shown that calmodulin (CaM) inhi
165  and immunoadsorption to enrich for specific membrane fractions, here we show that, when parental Chi
166 sessed by immunofluorescence and low-density membrane fraction immunoblotting); iii) increased claudi
167 orylated BCAP is transiently enriched in the membrane fraction in response to LPS treatment, suggesti
168 on with actin filaments and F-actin-enriched membrane fractions in both intact macrophages and a nove
169 ter 4 (GLUT4) levels were detected in muscle membrane fractions in Cip4-null mice under insulin stimu
170  cells and found that CyPA is recruited into membrane fractions in HCV-replicating cells via an inter
171 d for the purification of Cyt b from PLB-985 membrane fractions in order to confirm the appropriate m
172  by measuring superoxide anion production in membrane fractions in the absence of cytosolic component
173                Proteomic analysis of retinal membrane fractions indicated that C1q and C3 are membran
174  virtually exclusively into Triton-insoluble membrane fractions indicating that the channels are targ
175 th membrane particulate and surface-enriched membrane fractions, indicating that oligomeric hRFC is e
176 rity of immunogenic proteins remained in the membrane fraction, individually picked total and immunog
177                            iNOS localized to membrane fraction is predominantly monomeric, but dimeri
178 on of Fc(epsilon)RI with detergent-resistant membrane fractions is inhibited by 1-butanol, which subv
179    ATP-stimulated release of MHC-II in these membrane fractions is observed within 15 min and results
180                                       A cell-membrane fraction isolated from Escherichia coli overexp
181   We recently demonstrated that mixed plasma membrane fractions isolated from rat hepatocyte couplets
182 ibly, and saturably bound to enriched plasma membrane fractions isolated from Z. mays leaves with an
183 d for immunoprecipitation against hepatocyte membrane fractions, it bound to alpha2-Heremans-Schmid g
184 R agonists promote PP2A translocation to the membrane fraction, leading to the dephosphorylation of t
185  cyanobacteria, Western blotting of isolated membrane fractions located SynCaK mainly to the plasma m
186 lso termed mitochondrial detergent-resistant membrane fractions (mDRM), play a role as platforms for
187 P-A) binds live M. pneumoniae and mycoplasma membrane fractions (MMF) with high affinity.
188   The activity was present only in the outer membrane fraction obtained from an ampD mutant.
189 stion, we identified 2 090 proteins from the membrane fraction of a leukemia cell line (K562).
190 c antibody to adaA reacted with the purified membrane fraction of acute group isolates by Western blo
191 al vaccine candidates, proteins in the outer membrane fraction of bacteria were separated by two-dime
192 of glutamate, ATP, Mg(2+), and the ribosomal/membrane fraction of bacterial cell extract.
193 TNFalpha receptor 1 (TNFR1) increased in the membrane fraction of bystander cells.
194 naBS371P constitutively recruits DnaD to the membrane fraction of cells, where DnaB and oriC are enri
195 ptionally upregulated and accumulated in the membrane fraction of deguelin-treated cells, as indicate
196 trimer" AcrB was expressed well in the inner membrane fraction of DeltaacrB DeltarecA strains, as a l
197 hains, but not with caveolin-1 in the plasma membrane fraction of endothelial cells.
198 2A as a novel FSTL1-binding partner from the membrane fraction of endothelial cells.
199 , specifically regulating the cascade when a membrane fraction of ERK is activated via a PKC-dependen
200 nine-binding proteins were isolated from the membrane fraction of F. nucleatum ATCC 23726 and identif
201   Non-dimensional steady-state solutions for membrane fraction of GTPase are presented in multidimens
202 itative proteomics analyses using the plasma membrane fraction of HeLa cells expressing either wild-t
203  was enriched in the mitochondria-associated membrane fraction of hepatocytes.
204 on of DAG revealed that DAG increased in the membrane fraction of high fat-fed mice, leading to PKCep
205  shock protein 90alpha (Hsp90alpha) from the membrane fraction of high glucose-treated endothelial ce
206 nd was associated with the detergent-soluble membrane fraction of mature virions, consistent with two
207 eriments localized Zm Derlin proteins to the membrane fraction of microsomes.
208 ipitation at late times postinfection in the membrane fraction of mutant virus-infected cells.
209 g44 fusion was also shown to localize in the membrane fraction of P. aeruginosa independently from it
210 e presence of CNTNAP2 in the synaptic plasma membrane fraction of rat forebrain lysates.
211 nd its corresponding activity are present in membrane fraction of RBL cells, 3) exogenous CIF (extrac
212 sicle formation, we found an increase in the membrane fraction of Sec16A, a key regulator of COPII ve
213 t PtlH is exclusively localized to the inner membrane fraction of the cell in a wild-type strain of B
214 All subassemblies localized primarily to the membrane fraction of the cell.
215 rotein kinase C (PKC) epsilon isoform to the membrane fraction of the hearts and the protective effec
216 ric acid receptor regulation in the synaptic membrane fraction of the rat mPFC following extinction a
217 ysis confirmed that ExoU was targeted to the membrane fraction of transfected cells.
218 tigen were associated with the cytoplasm and membrane fraction of unstimulated platelets, and these f
219  localized to both the cytoplasmic and inner membrane fractions of a mutant strain of B. pertussis th
220 normalities in the fatty acid composition of membrane fractions of CF platelets.
221  membrane-expressed DAT, but synaptic plasma membrane fractions of DAT-tg mice show only a 30% increa
222 2 and cytosolic phospholipase A2 activity in membrane fractions of fibroblasts derived from patients
223                                 Results with membrane fractions of human PMN demonstrated specific bi
224 ta1 subunit expression was reduced in plasma membrane fractions of human WFS1 mutant fibroblasts and
225 vity is often elevated in both cytosolic and membrane fractions of malignant breast tissue and correl
226  fusion proteins and extracted from purified membrane fractions of Nicotiana benthamiana or Arabidops
227  both at the dense tubular system and plasma membrane fractions of platelets.
228  a major pool of SIRPbeta1 within the plasma membrane fractions of PMN.
229 quaporin-9 (AQP9) from detergent-solubilized membrane fractions of Sf9 insect cells.
230                            We analyzed outer membrane fractions of yeast mitochondria and identified
231 n neither increased localization into "light membrane" fractions of sucrose gradients nor decreased s
232 ts from soluble (cytosolic) and particulate (membrane) fractions of ventral C(4) spinal segments reve
233 nding was increased in cytosolic, but not in membrane, fractions of cerebral cortex by all drugs test
234                                  Whole outer membrane fractions often protect against disease, and th
235                                         Each membrane fraction (OM, hybrid or inner membrane [IM]) co
236 accumulation of tritium in the caveolin-rich membrane fraction only when transfected with FAAH cDNA.
237 R has been detected in a detergent-resistant membrane fraction prepared from airway epithelial cells,
238 e AgCad1 protein was present in brush border membrane fractions prepared from larvae, and Cry4Ba toxi
239 and HCN1 coimmunoprecipitated with HCN4 from membrane fraction proteins.
240 m cattle immunized with the protective outer membrane fraction provides a rationale for including the
241 T were detected primarily in the cytoplasmic membrane fraction regardless of the growth medium.
242              Detergent solubilization of the membrane fraction released iNOS to the soluble fraction.
243  Kv1.5 with low-density, detergent-resistant membrane fractions requires coexpression with exogenous
244  are considered to take place in specialized membrane fractions resembling an interface between the p
245 LF6 and CSLH1 in PM-enriched and PM-depleted membrane fractions, respectively.
246                    Extensively washed plasma membrane fractions retained the 10-15-fold ISO stimulati
247             Mass spectrometry of subcellular membrane fractions revealed that the tritium accumulatio
248 itro phosphorylation experiments using Golgi membrane fractions showed that 7B2 could be phosphorylat
249                             Gel shifts using membrane fractions showed that AmpR binds to PampC in vi
250                               Examination of membrane fractions showed that both expressed receptors
251 ls and HeLa cells, and analysis of rat liver membrane fractions showed that Slc35c2 is primarily colo
252 uantification of mature cleaved alphaENaC in membrane fractions showed that the number of channels di
253 t recruitment of miRNA target transcripts to membrane fractions, shows that miRNAs inhibit the transl
254  immunoprecipitated from cytosol and nonraft membrane fractions, suggesting a redirection of signal t
255 n in detergent insoluble lipid raft/caveolae membrane fractions, suggesting that caveolin localizes a
256 of beta-arrestin2 favors its distribution in membrane fractions, suggesting that ubiquitination incre
257 e, detection of DrDps2 in the D. radiodurans membrane fraction suggests that the N-terminus of the pr
258 , which after cell disruption give rise to a membrane fraction that can be separated from mature ICM
259 ow that these Lpt proteins can be found in a membrane fraction that contains inner and outer membrane
260 3 activity was increased particularly in the membrane fraction that harbors SREBP2 and caspase-2.
261 t the soluble PKCgamma was translocated into membrane fractions that contained Cx46, Cx50, and the li
262 hat, unlike cav-1, phospho-cav-1 enriches in membrane fractions that express FA proteins and localize
263 n transport were reduced by 35% in pfk2Delta membrane fractions; they were normal in pfk1Delta.
264                                              Membrane fractions treated with alexidine dihydrochlorid
265 f NET.NK1R complexes exclusively in non-raft membrane fractions under basal/unstimulated conditions.
266 phatase Inp54p to either the raft or nonraft membrane fraction using minimal membrane anchors.
267       Proteins were isolated from crude cell membrane fractions via affinity chromatography.
268 neas, rhCNTFRalpha incorporation into the CE membrane fraction was demonstrated by Western blot analy
269 m accumulation observed in the caveolin-rich membrane fraction was not representative of intact anand
270   To identify Sepp1 receptors, a solubilized membrane fraction was passed over a Sepp1 column.
271                     A highly enriched plasma membrane fraction was prepared from newborn foreskins us
272                       GerD-FLAG in the inner membrane fraction was solubilized by Triton X-100, sugge
273 er 1 (GAB1) and EGFR, and SHP2's presence in membrane fractions was dependent on EGFR activity.
274 [(3)H]PGE(2) binding of W203A in broken cell membrane fractions was inhibited by addition of GTPgamma
275 d raft fractions, but not in cytosol/nonraft membrane fractions, was ablated with cyclodextrin.
276 t reduces cADPR and NAADP synthesis in mouse membrane fractions, was shown to bind to CD38 in docking
277                     Moreover, using the same membrane fraction, we could show direct binding of a rad
278                        Using purified plasma membrane fractions, we have analyzed antimalarial drug e
279                        Aliquots of the crude membrane fraction were run on multiple lanes of a single
280         Total cell lysates and cytosolic and membrane fractions were analyzed by Western blot.
281 oplast-enriched and plasma membrane-enriched membrane fractions were carried out to look at tissue-sp
282 RESEARCH DESIGN AND Mitochondrial matrix and membrane fractions were generated from liver, brain, hea
283           In this study, S. cerevisiae crude membrane fractions were prepared using the acid-labile d
284  peptide ligands to CRFR1alpha and CRFR2beta membrane fractions were similar, in part, to the complex
285            Extracellular, intracellular, and membrane fractions were then isolated from cortical tiss
286 ect translocation of Galphas to the non-raft membrane fraction, where it activates the cAMP-signaling
287 binant protein detected PleC and CckA in the membrane fraction, whereas it detected NtrY, NtrX, and P
288 70-kD protein in the A. thaliana chloroplast membrane fraction which migrated faster than the His-tag
289  respiratory metabolism are localized in the membrane fractions which include the outer membrane and
290 6), active caspase 8 is detected only in the membrane fraction, which contains both mitochondria and
291 ranslocation of PP2A from the cytosol to the membrane fraction, which corresponded with increased coi
292                               A high density membrane fraction, which was not solubilized by the copo
293  EWRS1 translocates into detergent-resistant membrane fractions, which contain the viral replicase pr
294 ted that wtRPE65 predominantly exists in the membrane fraction, while both of the mutants are primari
295 ents revealed that gp16 partitioned into the membrane fraction, while gp20 and gp7 remained in the so
296  or alkaline carbonate prepares an insoluble membrane fraction whose buoyant density permits its flot
297 AS1411 and immunoprecipitation of the plasma membrane fraction with anti-nucleolin antibody demonstra
298  photoreceptor inner segments and bound to a membrane fraction with characteristics of endoplasmic re
299 nslocated from the cytosolic fraction to the membrane fraction within 2 min of LPS exposure.
300  in beta1-AR density in surface and T-tubule membrane fractions without a change in beta2-AR density;

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