Descriptive catalogue of a collection of objects of Jewish ceremonial deposited in the US National Museum by Hadji Ephraim Benguiat

Smithsonian Institution ... By Cyrus Adler and I. M. Casanowicz

Das jüdische Museum in Prag

S. H. Lieben

Das jüdische Museum für Elsaß-Lothringen

von M. Ginsburger

Museum für die israelitische Jugend : ein Lesebuch f. Schule u. Haus

in Verb. mit mehreren Gelehrten hrsg. von K. Klein

Katalog der vom Verein "Jüdisches Museum Breslau" in den Räumen des Schlesischen Museums für Kunstgewerbe und Altertümer veranstalteten Ausstellung Das Judentum in der Geschichte Schlesiens : 3. Februar bis 17. März 1929

verfaßt von Erwin Hintze

Die rätselhafte Fahne im historischen Museum zu Bern (Schweiz) : die versuchte Lösung der Inschrift als Sammelwerk

von A. L. Frankenthal

The human IgG anti-carbohydrate repertoire exhibits a universal architecture and contains specificity for microbial attachment sites.

Despite the paradigm that carbohydrates are T cell-independent antigens, isotype-switched glycan-specific immunoglobulin G (IgG) antibodies and polysaccharide-specific T cells are found in humans. We used a systems-level approach combined with glycan array technology to decipher the repertoire of carbohydrate-specific IgG antibodies in intravenous and subcutaneous immunoglobulin preparations. A strikingly universal architecture of this repertoire with modular organization among different donor populations revealed an association between immunogenicity or tolerance and particular structural features of glycans. Antibodies were identified with specificity not only for microbial antigens but also for a broad spectrum of host glycans that serve as attachment sites for viral and bacterial pathogens and/or exotoxins. Tumor-associated carbohydrate antigens were differentially detected by IgG antibodies, whereas non-IgG2 reactivity was predominantly absent. Our study highlights the power of systems biology approaches to analyze immune responses and reveals potential glycan antigen determinants that are relevant to vaccine design, diagnostic assays, and antibody-based therapies.