Nouvelle mbethode pour reconnaitre les maladies internes de la poitrine par la percussion de cette cavitbe /

Text in French and Latin.

A tabular handbook of auscultation and percussion

Spine title: Auscultation and percussion

Die Senegal- und oberen Nigerlander /

Thesis (Ph.D.)--Albertus Universitat zu Konigsberg in Pr., 1885.

Erkenntniss der Krankheiten der Brustorgane aus physikalischen Zeichen, oder, Auscultation, Percussion und Spirometrie : nach Heribert Davies' Vorlesungen und eigenen Beobachtungen /

Microfilmed for preservation

Zur Diagnostik der Lungen- und Herzkrankheiten mittelst physicalischer Zeichen, mit besonderer Berücksichtigung der Auscultation und Percussion.

2d ed. has title: Die Lehre von der Erkenntniss und Behandlung der Lungen- und Herzkrankheiten.

Une mission au Senegal; ethnographic, botanique, zoologie, geologie.

At head of title: Exposition Universelle de 1900 - Les colonies francaises.

A voyage to Senegal ; or, historical, philosophical, and political memoirs, relative to the discoveries ... of Europeans in the Atlantic Ocean ... to which is added an account of a journey from Isle St. Louis to Galam

by J. P. L. Durand

World Percussion Bash UW Percussion Ensemble UW Gamelan Ensemble UW Steel Bands May 25, 2016

Concert Program

Meany Beat Percussion Ensemble Tom Collier, director February 25, 2010

Concert Program

THE ECONOMIC, AESTHETIC, AND NONPROFIT ORGANIZATION OF PROFESSIONAL VOCAL ENSEMBLES: TOWARD A THEORY OF THE PERFORMING ARTS

Thesis (D.M.A.)--University of Washington, 2016-06

Evaluating zero error noise thresholds by replica method for Gallager code ensembles

The replica method, developed in statistical physics, is employed in conjunction with Gallager's methodology to accurately evaluate zero error noise thresholds for Gallager code ensembles. Our approach generally provides more optimistic evaluations than those reported in the information theory literature for sparse matrices; the difference vanishes as the parity check matrix becomes dense.

Immunoinformatic evaluation of multiple epitope ensembles as vaccine candidates:E coli 536

Epitope prediction is becoming a key tool for vaccine discovery. Prospective analysis of bacterial and viral genomes can identify antigenic epitopes encoded within individual genes that may act as effective vaccines against specific pathogens. Since B-cell epitope prediction remains unreliable, we concentrate on T-cell epitopes, peptides which bind with high affinity to Major Histacompatibility Complexes (MHC). In this report, we evaluate the veracity of identified T-cell epitope ensembles, as generated by a cascade of predictive algorithms (SignalP, Vaxijen, MHCPred, IDEB, EpiJen), as a candidate vaccine against the model pathogen uropathogenic gram negative bacteria Escherichia coli (E-coli) strain 536 (O6:K15:H31). An immunoinformatic approach was used to identify 23 epitopes within the E-coli proteome. These epitopes constitute the most promiscuous antigenic sequences that bind across more than one HLA allele with high affinity (IC50 <50nM). The reliability of software programmes used, polymorphic nature of genes encoding MHC and what this means for population coverage of this potential vaccine are discussed.