ライフサイエンスコーパス: antibody that recognize

1 ytopenia if given abciximab by screening for antibodies that recognize 7E3-coated platelets.

2 The mimics elicited polyclonal antibodies that recognize a combinatorial epitope(s) for

3 st, among 205 MCC cases, 40.5% had serum IgG antibodies that recognize a portion of T-Ag shared betwe

4 ope scaffolds thus provide a means to elicit antibodies that recognize a predetermined target shape a

5 s inhibited by the binding of two monoclonal antibodies that recognize a region after residue 362.

6 n utero, humans generate natural IgM and IgA antibodies that recognize a uniform set of autoantigens

7 t endogenous PRCC is coimmunoprecipitated by antibodies that recognize a variety of pre-mRNA splicing

8 Antibodies that recognized a 21-kd subunit protein obtai

9 Affinity-purified antibodies that recognized a 62-kd subunit protein cross

10 sequences, and immunization of mice elicited antibodies that recognized a range of five cultured para

11 mouse E11 lambdagt11 library using a peptide antibody that recognized a distinct expression pattern i

12 HPC4, a calcium-specific antibody that recognizes a 12-aa tag, was used to purify

13 as indicated by binding of H185 antibody, an antibody that recognizes a carbohydrate epitope on mucin

14 ctivity to 3B5H10, an expanded polyglutamine antibody that recognizes a compact beta rich hairpin str

15 A newly identified anti-CH2 antibody that recognizes a conformational epitope bound

16 noaffinity chromatography using a monoclonal antibody that recognizes a conformational epitope in SMB

17 One such NAb is AP33, a mouse monoclonal antibody that recognizes a conserved, linear epitope on

18 us, identification of a broadly neutralizing antibody that recognizes a linear epitope is likely to b

19 This paper describes a monoclonal antibody that recognizes a molecule whose expression is

20 cycle regulatory protein, using a monoclonal antibody that recognizes a novel group of hyaluronan-bin

21 hosphatase-sensitive band reacted with MPM-2 antibody that recognizes a phosphoepitope phosphorylated

22 , these species are recognized by 3B5H10, an antibody that recognizes a two-stranded hairpin conforma

23 Radiolabeled PAM4 IgG, a monoclonal antibody that recognizes a unique epitope associated wit

24 D6) in complex with 830A, a human monoclonal antibody that recognizes a V1V2 epitope overlapping the

25 anized A33 (huA33) is a promising monoclonal antibody that recognizes A33 antigen, which is present i

26 eased 2-fold over receptors identified by an antibody that recognizes activated EGF receptors (alpha-

27 by anti-P-selectin and anti-CD154 monoclonal antibodies that recognize adhesion receptors on activate

28 se findings demonstrate that some effects of antibodies that recognize aggregated Abeta are rapid, in

29 Conformation-specific antibodies that recognize aggregated proteins associated

30 tochemistry and western blot analysis uising antibodies that recognize all forms of PAI-2.

31 Using an antibody that recognizes all amino-termini isoforms of S

32 Western blotting, using an antibody that recognizes all Fos family members, reveale

33 ed-coil template for immunization to prepare antibodies that recognize alpha-helical protein sequence

34 structured in solution and unable to produce antibodies that recognize alpha-helices in native protei

35 LDL-LPL binding was inhibited by monoclonal antibodies that recognize amino acids 380-410 in the C-t

36 zes nonfibrillar oligomers; OC, a polyclonal antibody that recognizes amyloid fibrils of various mole

37 e ER DBD is dimerized either by a monoclonal antibody that recognizes an attached epitope tag or by e

38 IIH (TFIIH) was developed using a monoclonal antibody that recognizes an epitope in ERCC3 (XPB), the

39 biomanufactured as a fusion to a monoclonal antibody that recognizes an epitope in glycoprotein, res

40 4B6.13, a conformation-sensitive monoclonal antibody that recognizes an epitope in repeat 1C.

41 plexes were not supershifted by a monoclonal antibody that recognizes an epitope in the C terminus; h

42 Changes in Ci protein levels, detected by an antibody that recognizes an epitope in the carboxy-termi

43 In one case, reactivity with a monoclonal antibody that recognizes an epitope in the lamin tail do

44 ese hybridomas, 260.8, produced a monoclonal antibody that recognizes an epitope specific for B. thet

45 therefore, is the therapeutic application of antibodies that recognize and bind LPA as their antigen.

46 We have identified antibodies that recognize and block different affinity s

47 drome is a thrombophilic condition marked by antibodies that recognize anionic phospholipid-protein c

48 the clinical type of arthritis, a polyclonal antibody that recognizes antigenic determinants througho

49 Palivizumab, a humanized murine monoclonal antibody that recognizes antigenic site II on both the p

50 mmuno-affinity separation of the VLDF, using antibodies that recognize apolipoprotein B-100 and not a

51 nger isoform NHE3 by use of three monoclonal antibodies that recognize at least two distinct epitopes

52 LI was obtained with two separate monoclonal antibodies that recognize Atm specifically.

53 Signals produced by antibodies that recognize both alpha- and beta-subunits

54 Using two antibodies that recognize both iASPP and iASPP(RAI), we

55 s known that the C. trachomatis MOMP elicits antibodies that recognize both linear and conformational

56 and FPR2 were partially immunopurified using antibodies that recognize both receptors (NFPRa) or unph

57 Using antibodies that recognize both these proteins, we examin

58 Highly specific antibodies that recognized both the rodent and human for

59 n contrast, a large fraction of MBC produced antibody that recognized both wild-type (WT) and mutant

60 Immunolocalization studies with an antibody that recognizes both DCD1 and ADD1 showed that

61 forebrain, identifying basal cells using an antibody that recognizes both early (dlx1/2) and late (d

62 f iPmel17 when compared with alphaPEP13h, an antibody that recognizes both iPmel17 and mPmel17.

63 e isoform, recognized by an immunoglobulin M antibody that recognizes both mammalian VAMP-1 and VAMP-

64 subunit and an affinity-purified polyclonal antibody that recognizes both NR2A and 2B subunits were

65 By using an antibody that recognizes both TRalpha and TRbeta, we fou

66 roduction of specific, high titer polyclonal antibodies that recognize cAMP.

67 canine CD34 and the production of monoclonal antibodies that recognize canine CD34 have been the basi

68 This assay employed a monoclonal antibody that recognizes Cd(II)-EDTA complexes as captur

69 In this method, a monoclonal antibody that recognizes Cd(II)-EDTA complexes was direc

70 refractory to neutralization, especially by antibodies that recognize CD4-induced epitopes and certa

71 V-1 to inhibition by soluble CD4 and the 17b antibody that recognizes CD4-binding-induced epitopes.

72 Monoclonal antibodies that recognize cell-surface proteins on candi

73 We have generated antibodies that recognize ChAT or VAChT in a model organ

74 munoprecipitation of virion proteins with an antibody that recognizes Chk2.

75 n was confirmed by Western analysis, with an antibody that recognizes cleaved caspase-3.

76 body (MAb) T1-2 or tefibazumab, a monoclonal antibody that recognizes clumping factor A expressed on

77 -induced thrombocytopenia (HIT) is caused by antibodies that recognize complexes between platelet fac

78 d P. yoelii malaria parasites is mediated by antibodies that recognize conformational epitopes of PyM

79 ty requires folded antigen and production of antibodies that recognize conformational epitopes on the

80 Thus, HCV-infected individuals can produce antibodies that recognize conserved conformational epito

81 Broadly neutralizing antibodies that recognize conserved Env epitopes are tho

82 Moreover, antibodies that recognize conserved orthologous cell-sur

83 Antibodies that recognize Coq1p, a hexaprenyl diphosphat

84 Precipitation with antibodies that recognized CPAF dimers removed the prote

85 imals and which contain several neutralizing antibodies that recognize different epitopes on the toxi

86 ur separate FSH-receptor-specific monoclonal antibodies that recognize different FSH receptor epitope

87 binding specificities of a set of monoclonal antibodies that recognize different phosphoepitopes on t

88 ing of two anti-P-selectin function blocking antibodies that recognized different epitopes of P-selec

89 ome (ubiquitinome), we utilized a monoclonal antibody that recognizes diglycine (diGly)-containing is

90 unoprecipitates of PTPmu obtained with three antibodies that recognize distinct epitopes in the phosp

91 The mAbs could be resolved into 19 clades of antibodies that recognize distinct epitopes present on a

92 in a few days, even from a cocktail of three antibodies that recognize distinct epitopes.

93 ession in human, monkey, and rat brains with antibodies that recognize distinct, evolutionarily conse

94 virus more susceptible to neutralization by antibodies that recognize diverse epitopes, in particula

95 Mice infected with B31 by tick bite produced antibodies that recognized each of the Erp proteins with

96 The antibody that recognizes early intermediates in vitro al

97 orf72 protein properties, we developed novel antibodies that recognize either C9-L or C9-S.

98 blot analysis was performed using monoclonal antibodies that recognize either CD44H (hematopoietic; e

99 lyzed immunohistochemically using monoclonal antibodies that recognize either only the long form or b

100 SV2, a synaptic-vesicle antibody; and opsin antibodies that recognize either the short or long/middl

101 a phospho-specific primary and normalization antibody that recognized either the target protein regar

102 proteins could be coimmunoprecipitated by an antibody that recognizes either protein.

103 , we treated the CNS with NO donors and used antibodies that recognize elevated levels of cyclic 3;,5

104 Altered protein glycosylation and antibodies that recognize endogenous glycans have been a

105 unique to the oxidized form while excluding antibodies that recognize epitopes common to oxidized an

106 the binding of several anti-CCR5 monoclonal antibodies that recognize epitopes in the second extrace

107 but weakly neutralizing or nonneutralizing, antibodies that recognize epitopes involving the fusion

108 Using a monoclonal antibody that recognizes ERK consensus site phosphorylat

109 we report the isolation of human monoclonal antibodies that recognize erythrocytes infected by diffe

110 Using an antibody that recognized extended CasSD in vitro, we obs

111 epletion of the Abeta(1-42) solution with an antibody that recognizes fibrillar oligomers dramaticall

112 host cell cytosol, while precipitation with antibodies that recognized free CPAF fragments alone did

113 sed by the deposition of preexisting natural antibodies that recognize Galalpha1-3Gal (alphaGal)-term

114 Conformation-dependent antibodies that recognize generic epitopes that are spec

115 (3) A neutralizing antibody that recognizes heparin binding EGF-like growth

116 The discovery of broadly neutralizing antibodies that recognize highly conserved epitopes in t

117 t effect on virus entry or neutralization by antibodies that recognize HIV-1 envelope glycoprotein se

118 Anti-TRA-1 antibodies that recognize human pluripotent stem cells s

119 ncodes in humans intrinsically self-reactive antibodies that recognize I/i carbohydrates expressed by

120 s infection or immunization.Broadly reactive antibodies that recognize influenza A virus HA can be pr

121 The identification of antibodies that recognize invariant structures on the in

122 normal and cancerous pancreas using specific antibodies that recognize KGF and KGFR/FGFR-2 and examin

123 ted that the majority carried cross-reacting antibodies that recognize KSHV or macaque rhadinovirus a

124 ies may be human analogs of mouse monoclonal antibodies that recognize ligand-induced binding sites (

125 Several of the antibodies that recognize linear Abeta segments also rea

126 t permeabilization cannot be used when using antibodies that recognize lipid components such as O4 su

127 bits and A/J (H-2K) mice produced high-titer antibodies that recognized liver-stage parasites in infe

128 e C motif) were used as antigens to generate antibodies that recognize many different phosphoproteins

129 Using a pan-specific antibody that recognizes many MHCI variants for biochemi

130 It is also precipitated by a monoclonal antibody that recognizes mature virus particles but not

131 1, detected using an activation-specific MEK antibody that recognizes MEK only when specifically phos

132 Antibodies that recognize microbial B lymphocyte superan

133 s mature virus particles but not bound by an antibody that recognizes monomeric or denatured capsid p

134 estern blots, using domain-specific anti-htt antibodies that recognize N- and C-terminal domains of h

135 tin, we assembled a panel of highly specific antibodies that recognize native yeast proteasome subuni

136 Using a phospho-specific antibody that recognizes NET1 phosphorylated on serine 1

137 Subunit-specific antibodies that recognize NMDAR1, GluR1, GluR4, and mGlu

138 Using an anti-pan neurofilament antibody (that recognizes non-phosphorylated neurofilame

139 or eyes were reacted with M204, a monoclonal antibody that recognizes nonfibrillar oligomers; OC, a p

140 Immunofluorescence with an antibody that recognized NR1 and another that recognized

141 nofluorescence-based assay with a monoclonal antibody that recognizes nucleoprotein in the form of vR

142 HA detected in the cytoplasm reacted with an antibody that recognizes only the nonmethylated form of

143 The use of a conformation-dependent antibody that recognizes only the oligomeric precursors

144 blots from cardiac microsomes, including the antibody that recognizes only triadin 1.

145 antigen, B. parapertussis Deltawbm, induced antibodies that recognized other antigens but did not ef

146 Furthermore, a monoclonal mouse antibody that recognizes oxidation-specific epitopes in

147 bearing regions were prominently reactive to antibodies that recognize oxidized alpha-syn oligomers,

148 Antibodies that recognize p53 only when it has been modi

149 to DNA damage, we have developed polyclonal antibodies that recognize p53 only when it is phosphoryl

150 Toxoplasma gondii induces production of IgG antibodies that recognize parasite antigens different fr

151 ormulated in oil-in-water adjuvants produced antibodies that recognize parasitized erythrocytes by IF

152 low the virus to escape serum neutralization antibodies that recognized parental SHIVSF33.

153 the brain and colocalized with PHF1 and MC1 antibodies that recognize pathological tau.

154 ophoran species, by using a broadly reactive antibody that recognizes PDF/PDH peptides in numerous sp

155 l for the efficient generation of monoclonal antibodies that recognize peptide in the context of MHCI

156 We created a fluorescent-labeled antibody that recognizes periostin and binds specificall

157 In fact, auto-antibodies that recognize phospholipids themselves are n

158 bstrates that mediate these effects, we used antibodies that recognize phosphopeptide sites containin

159 An antibody that recognizes phosphorylated RyRs yields equa

160 ating cultures and developing nerves with an antibody that recognizes phosphorylated substrates for t

161 Immunostaining neurons with an antibody that recognizes phosphorylated substrates of MA

162 estern blot analysis using a phosphospecific antibody that recognizes phosphotyrosine 1173 of the EGF

163 d germline progenitors of two rat monoclonal antibodies that recognize pig xenoantigens.

164 Pregnant mothers develop antibodies that recognize placental variants worldwide,

165 hat each had a strong immunoglobulin G (IgG) antibody that recognized platelets sensitized with abcix

166 , Pca1 immunization generated cross-reactive antibody that recognized Pneumocystis jirovecii and Pneu

167 We have developed linkage-specific antibodies that recognize polyubiquitin chains joined th

168 the sperm extract which cross-reacts with an antibody that recognizes precursor, but not mature, fert

169 y the neurotransmitter serotonin and that an antibody that recognizes preferentially the multimeric A

170 y enzyme-linked immunosorbent assay using an antibody that recognizes products of the V(H)4-34 gene.

171 prime-gp120 protein boost regimen generated antibodies that recognize protein scaffolds bearing V1/V

172 These rabbits also generated antibodies that recognized protein scaffolds bearing V1/

173 target cell, followed by immunodepletion of antibodies that recognize proteins from a nontarget cell

174 After generating a panel of 150 monoclonal antibodies that recognizes proteins recruited to the pha

175 ble gp120 epitopes, but not by several other antibodies that recognize proximal epitopes.

176 activity using the GRK phosphosite-specific antibody that recognizes pS(355,356).

177 We characterized monoclonal anti-PSCA antibodies that recognize PSCA expressed on the surface

178 in variable regions from a murine monoclonal antibody that recognize Pseudomonas aeruginosa serogroup

179 accine elicited serum IgG and intestinal IgA antibodies that recognized purified recombinant LC3 prot

180 belongs to a class of potently neutralizing antibodies that recognize quaternary epitopes on HIV-1.

181 native ES products adsorbed to alum induced antibodies that recognized rAceES-2, while rAceES-2-alum

182 Recently, we generated monoclonal antibodies that recognize regions proximal to glycosylat

183 f cocktails of cross-neutralizing monoclonal antibodies that recognize residues within the glycoprote

184 s can be visualized using Y10B, a monoclonal antibody that recognizes ribosomal RNA.

185 A monoclonal anti-RyR1 antibody that recognizes RyR1 and its 1400-amino acid N-

186 cent mouse lung fibroblasts and screened for antibodies that recognized senescence-associated cell-su

187 However, the combination of 2 monoclonal antibodies that recognized separate epitopes on the same

188 Phosphospecific antibodies that recognize sequences surrounding Ser(P)-3

189 sequence RXRXX(pS/pT) and a phosphospecific antibody that recognizes serine 21/9 of glycogen synthas

190 zing in dengue virus, there are neutralizing antibodies that recognize serotype-conserved epitopes in

191 study provide the first direct evidence that antibodies that recognize shared subunits of human RNAPs

192 Antibodies that recognize small molecule ligands (hapten

193 Monoclonal antibodies that recognize specific antigens of interest

194 Monoclonal antibodies that recognize specific carboxyl-terminal dom

195 In addition, using antibodies that recognize specific cross-linking domains

196 toxic cross-reactive effector lymphocytes or antibodies that recognize specific determinants on targe

197 glycan-binding proteins, such as lectins and antibodies that recognize specific determinants within g

198 of radioactive phosphate or phospho-specific antibodies that recognize specific substrates or sequenc

199 ied in human cells by its reactivity with an antibody that recognizes specific sites of mitotic phosp

200 s accomplished through the application of an antibody that recognizes SUMO-2 and -3, but not SUMO-1.

201 er a virus sensitive to neutralization by an antibody that recognizes that epitope.

202 says indicate that the antigen binds well to antibodies that recognize the above epitopes.

203 Using phospho-specific antibodies that recognize the activated form of ERKI/II,

204 e in the binding of two different monoclonal antibodies that recognize the active conformation of the

205 Monoclonal antibodies that recognize the adenylate cyclase toxin bu

206 Humanized monoclonal antibodies that recognize the alpha chain of the IL-2 re

207 om three different individuals, RBS-directed antibodies that recognize the avian-adapted H1 strain in

208 Human antibodies that recognize the CCR5-binding region of gp1

209 tion of Env with potent broadly neutralizing antibodies that recognize the CD4-binding site (CD4bs an

210 Immunocytochemistry with antibodies that recognize the core, Z2, and Z4 domains o

211 ted to contribute to masking the trimer from antibodies that recognize the gp120 receptor-binding reg

212 Broadly neutralizing antibodies that recognize the HIV-1 envelope protein hav

213 n productive infection by microinjecting two antibodies that recognize the intact CPV capsid into the

214 conformational F254-277 epitope must elicit antibodies that recognize the intact virus.

215 other HA mutations can confer resistance to antibodies that recognize the K166 area, leading to emer

216 its inhibition with monoclonal anti-NCAM Fab antibodies that recognize the known heparin-binding doma

217 vances in the production and availability of antibodies that recognize the Lys-varepsilon-Gly-Gly (K-

218 immunity against bacteria typically involves antibodies that recognize the microbial surface and prom

219 ized by Western blot analysis using specific antibodies that recognize the N-terminal, middle and C-t

220 nd encompassing a functional domain, induces antibodies that recognize the native protein and interfe

221 Using antibodies that recognize the p20 and p10 subunits of ac

222 ctivation loop, as revealed by site-specific antibodies that recognize the phosphorylated form of the

223 developed to detect the activation by using antibodies that recognize the phosphorylated forms of bo

224 nsect arthropods, we isolated two monoclonal antibodies that recognize the products of Pax3/7 genes i

225 We have used monoclonal antibodies that recognize the pronephric tubules or pron

226 light chain antibody, but not with two other antibodies that recognize the two known isoforms of kine

227 rification, using stringent washes to remove antibodies that recognize the unmodified protein and low

228 Antibodies that recognize the V2 region at the apex of t

229 ociated with the development of neutralizing antibodies that recognize the viral envelope (E) protein

230 that lacked bactericidal activity, contained antibodies that recognized the LPS of B. pertussis.

231 We used antibodies that recognized the phosphorylated forms of E

232 FAK at Ser-910, as revealed by site-specific antibodies that recognized the phosphorylated state of t

233 Immunization of mice with pure pili produced antibodies that recognized the pilin glycan.

234 ons of BALB/c mice with MVA/S produced serum antibodies that recognized the SARS S in ELISA and neutr

235 allow the virus to escape serum neutralizing antibodies that recognized the SIVMneCL8 parent.

236 hat only a minority of the patients produced antibodies that recognized the tested B31 Erp proteins.

237 Using an antibody that recognized the putative cross-linking sequ

238 his with the membrane topography of 327C, an antibody that recognizes the active conformation of CD18

239 ns reacted strongly with the 23C6 monoclonal antibody that recognizes the alpha V beta 3 integrin (th

240 With the use of an antibody that recognizes the carboxy terminus of all kno

241 escribed Pr20, a TCR mimic (TCRm) human IgG1 antibody that recognizes the cell-surface ALY peptide/HL

242 ng immunogold localization of an antipeptide antibody that recognizes the cloned MOR, MOR1.

243 as MOR was localized by using an antipeptide antibody that recognizes the cloned MOR, MOR1.

244 Here, we describe a novel monoclonal antibody that recognizes the conserved heterosubtypic ep

245 n of this large gene family, we developed an antibody that recognizes the conserved zinc fingers link

246 cted with NIS/PSA-pEGFP-1 using a monoclonal antibody that recognizes the COOH-terminus of hNIS revea

247 Both variants were detected by a CREB antibody that recognizes the CREBDelta amino terminus, b

248 nization, only the CDR3 region from a murine antibody that recognizes the cytokine hbetaNGF was graft

249 B:270-570 to MTP but not to M2, a monoclonal antibody that recognizes the FLAG peptide.

250 molecularly linked to a humanized monoclonal antibody that recognizes the GD2 disialoganglioside expr

251 13F6-1-2 is a murine monoclonal antibody that recognizes the heavily glycosylated mucin-

252 wever, chromatin immunoprecipitation with an antibody that recognizes the hyperphosphorylated form of

253 Injection of L. variegatus eggs with another antibody that recognizes the L. variegatus egg SFK also

254 contraction is specifically inhibited by an antibody that recognizes the matricryptic site in the fi

255 ed neutropenic rabbits, using a neutralizing antibody that recognizes the mature TGF-beta protein.

256 ing anti-human immunodeficiency virus type 1 antibody that recognizes the membrane-proximal external

257 inding of 4E10, another broadly neutralizing antibody that recognizes the membrane-proximal region of

258 Indirect immunofluorescence assays using an antibody that recognizes the N terminus of Nup98 reveale

259 ever, they were supershifted by a monoclonal antibody that recognizes the N terminus.

260 and represents the only reported monoclonal antibody that recognizes the naturally-occuring N-acyl h

261 Using an antibody that recognizes the nitrated Hsp90, we found im

262 Using a substrate-directed phospho-specific antibody that recognizes the optimal PKD consensus motif

263 to pinpoint the binding site of a monoclonal antibody that recognizes the peptide from residues 78 to

264 This comprises a mouse monoclonal antibody that recognizes the phosphorylated form of seri

265 ns were analyzed by Western blotting with an antibody that recognizes the phosphorylated PKC consensu

266 rst established an anti-prefoldin monoclonal antibody that recognizes the prefoldin complex but not i

267 were recognized by an antibody to PG-100, an antibody that recognizes the proteoglycan form of macrop

268 s were labeled by immunofluorescence with an antibody that recognizes the ribbon protein ribeye.

269 49 (HuCC49DeltaCH2), a recombinant humanized antibody that recognizes the TAG-72 antigen expressed on

270 positively with monoclonal antibody 3F11, an antibody that recognizes the terminal disaccharide of la

271 We describe the generation of a monoclonal antibody that recognizes the third intracellular loop (I

272 A specific anti-PITP antibody that recognizes the two mammalian PITP isoforms

273 The activity was partially blocked by an antibody that recognizes the two most abundant outer mem

274 hromatin immunoprecipitation (ChIP) using an antibody that recognizes the yeast SUMO peptide.

275 an be used to produce functional recombinant antibodies that recognize their target antigens.

276 The ability of monoclonal antibodies that recognize these epitopes to neutralize v

277 Circulating antibodies that recognize these glycans are present in p

278 To date, antibodies that recognize these structures on leukocytes

279 However, whether antibodies that recognize these underlying peptides have

280 A phosphospecific antibody that recognizes these sites showed that MRK is

281 dividuals born between 1965 and 1979 possess antibodies that recognize this region of HA.

282 S*XXXX was used as an antigen to generate an antibody that recognizes this motif.

283 Reverse engineering a protective antibody that recognizes this oligosaccharide revealed t

284 To generate a polyclonal antibody that recognizes this pyridinium bisretinoid mol

285 t can be monitored immunochemically by using antibodies that recognize Thr-197 phosphorylated enzyme

286 R and ErbB-2 at sites detected by PTP101, an antibody that recognizes threonine phosphorylation at co

287 Further studies with modification-specific antibodies that recognize TP2K88me1 and TP2R92me1 modifi

288 cans may be critical to allow elicitation of antibodies that recognize trimeric Env and neutralize vi

289 180 copies/particle of the A-helix produced antibodies that recognized trimeric HA and the elicited

290 itation analysis of cDNA-RNA hybrids with an antibody that recognizes trimethylguanosine revealed tha

291 To test this hypothesis, antibodies that recognized two NBU1-encoded proteins, Pr

292 unoblotted with eight well characterized tau antibodies, that recognize two phosphorylation-insensiti

293 ehyde allows immunocapture of U2 snRNA using antibodies that recognize U2B'' fused to the generic GFP

294 inant CSP, conformation-dependent monoclonal antibodies that recognized unfixed P. falciparum sporozo

295 in multigravida women has been attributed to antibodies that recognize VAR2CSA on the infected erythr

296 Opsonization of IEs by cytophilic antibodies that recognize VAR2CSA represents an importan

297 robed with a panel of commercially available antibodies that recognize various classes of G-protein a

298 e DS-1 VP8* core indicates that neutralizing antibodies that recognize VP8* of human rotavirus strain

299 West African outbreak; (iii) non-GP binding antibodies that recognize wild type Sudan or Bundibugyo

300 Here, using a monoclonal antibody that recognizes wild-type PrP, but not PrP 102L