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  • Book
    edited by Gunnar Houen.
    Contents:
    Peptide Antibodies: Past, Present, and Future / Gunnar Houen
    Structure of natural and recombinant antibodies / Hui Ma and Richard O'Kennedy
    Prediction of antigenic B and T cell epitopes via energy decomposition analysis : description of the web-based prediction tool BEPPE / Claudio Peri ... [et al.]
    Prediction of antibody epitopes / Morten Nielsen and Paolo Marcatili
    Fmoc solid-phase peptide synthesis / Paul R. Hansen and Alberto Oddo
    Peptide-carrier conjugation / Paul R. Hansen
    Solid-phase peptide-carrier conjugation / Gunnar Houen and Dorthe T. Olsen
    Analysis of peptides and conjugates by amino acid analysis / Peter Højrup
    Characterization of synthetic peptides by mass spectrometry / Bala K. Prabhala ... [et al.]
    Interpretation of tandem mass spectrometry (MSMS) spectra for peptide analysis / Karin Hjernø and Peter Højrup
    Polyclonal Peptide Antisera / Tina H. Pihl, Kristin E. Illigen, and Gunnar Houen
    Production and screening of monoclonal peptide antibodies / Nicole Hartwig Trier ... [et al.]
    Production of epitope-specific antibodies by immunization with synthetic epitope peptide formulated with CpG-DNA- liposome complex without carriers / Dongbum Kim, Younghee Lee, and Hyung-Joo Kwon
    Thioredoxin-displayed multipeptide immunogens / Angelo Bolchi ... [et al.]
    Purification of natural and recombinant peptide antibodies by affinity chromatographic strategies / Hui Ma and Richard O'Kennedy
    Isolation of camelid single-domain antibodies against native proteins using recombinant multivalent peptide ligands / Norah A. Alturki ... [et al.]
    Generation of TCR-Like antibodies using phage display / Brian H. Santich ... [et al.]
    Structural characterization of peptide antibodies/ Anna Chailyan and Paolo Marcatili
    Automated high-throughput mapping of linear B-cell epitopes using a statistical analysis of high-density peptide microarray data / Thomas Østerbye and Søren Buus
    Characterization of peptide antibodies by epitope mapping using resin-bound and soluble peptides / Nicole Hartwig Trier
    Screening and characterization of linear B-cell epitopes by biotinylated peptide libraries / Ida Rosenkrands and Anja Olsen
    Bead-based peptide arrays for profiling the specificity of modification state-specific antibodies / Angela Filomena ... [et al.]
    Surface plasmon resonance method to evaluate anti-citrullinated protein/peptide antibody affinity to citrullinated peptides / Feliciana Real-Fernández ... [et al.]
    Specificity analysis of histone modification-specific antibodies or reading domains on histone peptide arrays / Goran Kungulovski ... [et al.]
    Prion-specific antibodies produced in wild-type mice / Peter M. H. Heegaard ... [et al.]
    Immunoblotting with peptide antibodies : differential immunoreactivities caused by certain amino acid substitutions in a short peptide and possible effects of differential refolding of the peptide on a nitrocellulose or PVDF membrane / Takenori Yamamoto ... [et al.]
    Immunocytochemical and immunohistochemical staining with peptide antibodies / Tina Friis ... [et al.]
    Designing B-cell epitopes for immunotherapy and subunit vaccines / Harinder Singh ... [et al.]
    Enterovirus-specific anti-peptide antibodies / Chit Laa Poh ... [et al.]
    Therapeutic HIV peptide vaccine / Anders Fomsgaard.
    Digital Access Springer 2015
  • Book
    edited by Paul K. Hansma.
    Print c1982
  • Article
    Holmes RS.
    Comp Biochem Physiol B. 1978;61(3):339-46.
    1. Cellulose acetate zymograms of alcohol dehydrogenase (ADH), aldehyde dehydrogenase, sorbitol dehydrogenase, aldehyde oxidase, "phenazine" oxidase and xanthine oxidase extracted from tissues of inbred mice were examined. 2. ADH isozymes were differentially distributed in mouse tissues: A2--liver, kidney, adrenals and intestine; B2--all tissues examined; C2--stomach, adrenals, epididymis, ovary, uterus, lung. 3. Two NAD+-specific aldehyde dehydrogenase isozymes were observed in liver and kidney and differentially distributed in other tissues. Alcohol dehydrogenase, aldehyde oxidase, "phenazine" oxidase and xanthine oxidase were also stained when aldehyde dehydrogenase was being examined. 4. Two aldehyde oxidase isozymes exhibited highest activities in liver. 5. "Phenazine oxidase" was widely distributed in mouse tissues whereas xanthine oxidase exhibited highest activity in intestine and liver extracts. 6. Genetic variants for ADH-C2 established its identity with a second form of sorbitol dehydrogenase observed in stomach and other tissues. The major sorbitol dehydrogenase was found in high activity in liver, kidney, pancreas and male reproductive tissues.
    Digital Access Access Options