Jüdische Gesänge

von Emanuel Kirschner

[Textteil]

Notenanh. separat digitalisiert

Achtzehn liturgische Psalmen : für Soli und Chor mit Begleitung der Orgel

componirt ... von L. Lewandowski

Sopran

Vorlage d. Digitalisats: Nr. 2 aus Sammelmappe; Hss. auf Titelbl., Sign. aus Freimann-Kat.: Mus. Jud. Lit. 65

Baß

Vorlage d. Digitalsats: Nr. 5 aus Sammelmappe; Hss. auf d. Titelbl., Sign. aus Freimann-Kat.: Mus. Jud. Lit. 65

Qôl zimrā oder Gesänge zur Erweckung der Andacht und des religiösen Gefühls bei der israelitischen Jugend : mit drei- und vierstimmig gesetzten Melodieen

[Hrsg.: M. Büdinger]

Abraham Israel Pereyra : Noticia biobibliográfica

Mosés Bensabat Amzalak

Joseph de la Vega eo seu livro Confusion de confusiones

Moses Bensabat Amzalak

Of mice, macaques and men: scaling of virus dynamics and immune responses

In this Opinion piece, I argue that the dynamics of viruses and the cellular immune response depend on the body size of the host. I use allometric scaling theory to interpret observed quantitative differences in the infection dynamics of lymphocytic choriomeningitis virus (LCMV) in mice (Mus musculus), simian immunodeficiency virus (SIV) in rhesus macaques (Macaca mulatta) and human immunodeficiency virus (HIV) in humans.

2 deutsche Lieder : für gemischten Chor ; zum Gebrauche beim öffentlichen Gottesdienste während der Seelenfeier ; op. 15 & 16

componirt von Osias Hochglück. Gedicht von Julius Sturm

Bundeslied : [nach Psalm 133]

comp. von A. Schönfeld

Jüdische Liebeslieder : (Volkslieder)

übertr. und erl. von Arno Nadel

Muscle velocity recovery cycles: Comparison between surface and needle recordings.

INTRODUCTION Recording of muscle velocity recovery cycles (MVRCs) has been developed as a technique to investigate the pathophysiology of muscle diseases. MVRCs have been measured by direct muscle stimulation and concentric electromyographic needle recording. This study was undertaken to determine whether recordings can be made with surface electrodes. METHODS MVRCs with 1 and 2 conditioning stimuli were recorded simultaneously with concentric needle and surface electrodes from the brachioradialis muscle in 12 healthy volunteers. Muscle relative refractory period, early and late supernormality, and extra-late supernormality were compared between the recording techniques. RESULTS Surface recordings were possible in all subjects. The multifiber action potentials recorded with surface electrodes were smaller than those recorded with needles, but there was no significant difference between any of their MVRC properties. CONCLUSIONS MVRCs can be recorded with surface electrodes in healthy subjects. The use of surface electrodes may facilitate the technique of recording MVRCs. Muscle Nerve 53: 205-208, 2016.

Dynamics of a Tularemia Outbreak in a Closely Monitored Free-Roaming Population of Wild House Mice.

Infectious disease outbreaks can be devastating because of their sudden occurrence, as well as the complexity of monitoring and controlling them. Outbreaks in wildlife are even more challenging to observe and describe, especially when small animals or secretive species are involved. Modeling such infectious disease events is relevant to investigating their dynamics and is critical for decision makers to accomplish outbreak management. Tularemia, caused by the bacterium Francisella tularensis, is a potentially lethal zoonosis. Of the few animal outbreaks that have been reported in the literature, only those affecting zoo animals have been closely monitored. Here, we report the first estimation of the basic reproduction number R0 of an outbreak in wildlife caused by F. tularensis using quantitative modeling based on a susceptible-infected-recovered framework. We applied that model to data collected during an extensive investigation of an outbreak of tularemia caused by F. tularensis subsp. holarctica (also designated as type B) in a closely monitored, free-roaming house mouse (Mus musculus domesticus) population in Switzerland. Based on our model and assumptions, the best estimated basic reproduction number R0 of the current outbreak is 1.33. Our results suggest that tularemia can cause severe outbreaks in small rodents. We also concluded that the outbreak self-exhausted in approximately three months without administrating antibiotics.