IgM-specific immunoblot analysis of different HCMV recombinant antigens with a selected serum sample from an HCMV-seronegative patient with acute EBV-induced.

Slides:

Advertisements

Similar presentations

Fig. 2. IgE Immunoblotting analysis with pooled sera of egg-allergic patients. (A) shows an immunoblot result using native serum. (B) is a immunoblot result.

Advertisements

Sensitivity, specificity, positive predictive value, and negative predictive value for the different cutoffs used. Sensitivity, specificity, positive predictive.

Antigen-specific TCRβ clonotypes map to the TCRβ repertoire at markedly different frequencies. Antigen-specific TCRβ clonotypes map to the TCRβ repertoire.

Autoradiographs of cDNA gene array of regulatory genes from untreated control (column A) and quercetin-treated (column B) cells. Autoradiographs of cDNA.

Effect of quercetin on colony-forming abilities of prostate cancer cell lines with different aggressive potentials. Effect of quercetin on colony-forming.

SpA-SEA-D227A-induced CTL lyse MAb-coated EC

Houston et al., 2009 Figure S1 A B

The K594ScFv-SEA-D227A fusion protein targets CTL to lyse EA

Effect of OPN on apoptosis of DCs

Ex vivo IL-6 production. Ex vivo IL-6 production. Human whole blood was stimulated with the indicated doses of the E. coli O113 endotoxin that was used.

Autoantibodies in a Subgroup of Patients with Linear IgA Disease React with the NC16A Domain of BP1801 Detlef Zillikens, Karin Herzele, Matthias Georgi,

Proinflammatory activities of Lactobacillus subcellular fractions.

Immunoreactive secreted proteins from clones of S

Flow cytometry analysis of TNF-β- and IL-10-producing CD33+ cells.

Signal transduction induced by Lactobacillus spp.

Hematological alterations after endotoxin injection.

Proteins previously reported in published MALDI IMS studies and their frequency of observation in the present study. Proteins previously reported in published.

A, Western blot analysis of fetuin-A in AGA (lanes 1–5 and 10–13) and IUGR (lanes 6–9, 14, and 15) UC plasma samples. A, Western blot analysis of fetuin-A.

Western blot results for serum samples obtained from experimentally vaccinated dogs prior to and at various times (weeks) following initial vaccination.

Kinetics of CXC chemokine appearance after endotoxin injection.

(Left) Selected IgM immunoblot reactivities.

Profiles of anti-inflammatory cytokines after endotoxin injection.

Autoantibodies to Bullous Pemphigoid Antigen 180 Induce Dermal–Epidermal Separation in Cryosections of Human Skin Cassian Sitaru, Enno Schmidt, Steffen.

Effect of route of administration (i.v. versus i.p.).

Effects of E. coli and S. aureus infection on levels of TNF-α and IL-1β in milk. Effects of E. coli and S. aureus infection on levels of TNF-α and IL-1β.

(A) CDK2 and p53 gene expression levels, as quantitated by real-time quantitative PCR with SYBR Green master mix (Stratagene, La Jolla, Calif.). (A) CDK2.

PCR amplification of the ORF encoding the cytosolic p36 protein of M

IgG Autoantibodies from Bullous Pemphigoid Patients Recognize Multiple Antigenic Reactive Sites Located Predominantly Within the B and C Subdomains of.

Characterisation of eSRS21 protein using an anti-eSRS21 antibody.

Pulmonary vaccination induces a long-term immune memory response to antigen challenge. Pulmonary vaccination induces a long-term immune memory response.

Allergy to human seminal fluid: Cross-reactivity with dog dander

Sensitivity and specificity plots of human epididymis protein 4 (HE4) (A and B, respectively) and carbohydrate antigen 125 (CA-125) (C and D, respectively)

Antibody titers against surface antigens of B

IL-6 production with increasing doses of endotoxin.

FeLV p27 antigenemia ELISA data.

Intracellular TNF-α and IL-4 expression in gated CD33+ monocytes by three-color flow cytometry. Intracellular TNF-α and IL-4 expression in gated CD33+

The NTP increases tyrosine phosphorylation of PLC-γ1.

Schematic representation of the reactivities of IgM antibodies induced against Gly-Ala repeats of EBNA-1 and against glycine-rich motifs of HCMV antigens,

Western blot assay of an acute MIF-positive serum showing reactivity with the 135- and 115-kDa specific protein antigens of Rickettsia conorii and Rickettsia.

Scattergrams showing IgG- and IgA-specific OD490 values measured with the Campylobacter-specific P18/P39 ELISA in sera from healthy controls and from GBS.

Comparison of OPN production by mature DCs and activated macrophages.

OPN mediates maturation from immature DCs to mature DCs

Reactivity of the anti-p36 MAbs against whole M

Effects of intramammary infection with E. coli or S

IFN-γ-producing T-cells in SLE patients and healthy controls upon EBV antigen stimulation. IFN-γ-producing T-cells in SLE patients and healthy controls.

Activated T-cells in SLE patients and healthy controls upon EBV antigen stimulation. Activated T-cells in SLE patients and healthy controls upon EBV antigen.

Flow cytometry analysis of intracellular cytokine expression in control PBMC (left set of panels) and following either PMA-ionomycin activation (middle.

Representative cytokine and cytotoxicity responses to CMV peptides on day 0 and day 7 in one HLA A2+ donor. Representative cytokine and cytotoxicity responses.

HBoV1 transcription map.

Antibody titers against surface antigens of M

Eight weeks after primary i. n

Bortezomib induces an NRF2 signature and NRF2 protein in tumor cells from leukemic MCL. Gene sets regulated by bortezomib (Supplementary Tables S3 and.

Effect of HL60 cell age (expressed in cell passage) on opsonophagocytic activity. Effect of HL60 cell age (expressed in cell passage) on opsonophagocytic.

Identification of the recombinant structural proteins expressed in recombinant baculovirus-infected Sf9 cells by immunofluorescence assay with rabbit anti-FMDV.

Microcolonies of S. pneumoniae serotype 6B on a Todd-Hewitt agar-yeast extract plate with an overlay containing TTC and antibiotic after 18 h of incubation.

Dot plot comparison of EBNA-1 with recombinant antigens 52/3 (aa 297 to 433 of pUL44) and UL57/3 (aa 545 to 601 of pUL57) of HCMV, containing glycine-rich.

Effects of intramammary infection with E. coli or S

Flow cytometric gating strategy used to identify CD69 surface expression on CD4 (left paired columns) and CD8 (right paired columns) T lymphocytes. Flow.

Distributions of levels of antibodies to periodontal pathogens and plasma vitamin C concentrations. Distributions of levels of antibodies to periodontal.

Schematic illustrations of indirect and bridging ELISA testing procedures for measuring Abs against protein drugs (e.g., EPO). Schematic illustrations.

Quantitation of apoptosis in M. aviumsubsp

Lkt antibody titers of vaccinated and control groups of BHS

Immunoblot of scFv antibody detected with an anti-FLAG antibody.

OPN production by immature DCs and mature DCs treated with PAMPs

Distribution of responses to vaccine antigens in the culture-positive individual group and the control group. Distribution of responses to vaccine antigens.

Mean reciprocal IFA titer results for serum samples from experimentally vaccinated animals. Mean reciprocal IFA titer results for serum samples from experimentally.

Amino acid sequence of antigenic fragments 52/3 and UL57/3 of pUL44 and pUL57, respectively, and sequence comparison by dot plot analysis. Amino acid sequence.

The NTP inhibits the AFC response to SRBC

Indirect immunofluorescence reactions on primate smooth muscle tissue for EMA detection depicting the following: (A) prozone reactions at low dilution.

Surface CD4 and CD14 and intracellular TNF-α expression in PBMCs

Presentation transcript:

IgM-specific immunoblot analysis of different HCMV recombinant antigens with a selected serum sample from an HCMV-seronegative patient with acute EBV-induced IM (serum sample 8 [Table 1]). IgM-specific immunoblot analysis of different HCMV recombinant antigens with a selected serum sample from an HCMV-seronegative patient with acute EBV-induced IM (serum sample 8 [Table 1]). Amino acid numbering with respect to HCMV proteins in recombinant antigens is given in brackets. The positions of molecular mass markers are shown on the left. Dieter Lang et al. Clin. Diagn. Lab. Immunol. 2001; doi:10.1128/CDLI.8.4.747-756.2001