Consultations de medecine /

Mode of access: Internet.

Promptuario aphoristico : laconica exposicion sobre los siete libros de Hyppocrates : acomodada al mas genuino sentido practico /

Mode of access: Internet.

Les abus de la saignée, démontrés par des raisons prises de la nature, et de la pratique des plus célebres médecins de tous les tems : avec un appendix sur les moyens de perfectionner la médecine ...

Mode of access: Internet.

Pratique de chirurgie, ou Histoire des playes en général et en particulier ... /

Mode of access: Internet.

Rud. August. Vogel ... Academicae praelectiones de cognoscendis et curandis praecipuis corporis humani affectibus ... ; Pars prima.

Mode of access: Internet.

Historia utriusque testamenti /

Mode of access: Internet.

Theophili Raynaudi ... Marialia ...

Mode of access: Internet.

El Theatro del Mundo /

Martín Abad,

Athenaei Naucratitis ... Deipnosophistarum libri quindecim ... /

CCBE S. XVI

Septipertitum opus de contractib[us] p[ro] forco [con]scientie atque theologico /

CCBE S. XVI,

R.P. Antonii de Escobar et Mendoza ... è Societati Iesu Theologi, Ad Evangelia temporis commentarii panegyricis moralibus illustrati : volumen tertium [-quartum] : Lignum vitale Christi colloquia [-Lignum vitale, Christi sermones ...]

Mode of access: Internet.

Biblia sacra ad optima quaeque ueteris, ut uocant, tralationis exemplaria summa diligentia, pariq[ue] fide castigata : his adiecimus hebraicarum, graecarum, caeterarumq[ue] peregrinarum uocum ... : Indices insuper tres, quibus Res, ac sententiae, annotationes ex sacris doctoribus selectae, locorumq[ue] insignum descriptio complectuntur.

Contiene: El Antiguo Testamento y el Nuevo Testamento.

Accipe candidissime lector philippi Beroaldi viri doctissimi in asinum aureu[m]. L. Apulei ex archetypo redimpressa (arte singulariqu[e] in imprimendis libris industria ... Ioannis Philippi) commentaria q[uo]d si probaueris spera te breui hac uenustissima litera eiusdem Floridorum libros cum plerisq[ue] aliis Apulei monumentis q[ue] emendatissime consecuturum ...

CCBE. S. XVI,

Resolving the organization of the New World monkey third visual complex: The dorsal extrastriate cortex of the marmoset (Callithrix jacchus)

We tested current hypotheses on the functional organization of the third visual complex, a particularly controversial region of the primate extrastriate cortex. In anatomical experiments, injections of retrograde tracers were placed in the dorsal cortex immediately rostral to the second visual area (V2) of New World monkeys (Callithrix jacchus), revealing the topography of interconnections between the third tier cortex and the primary visual area (V1). The data indicate the presence of a dorsomedial area (DM), which represents the entire upper and lower quadrants of the visual field, and which receives strong, topographically organized projections from the superficial layers of V1. The visuotopic organization and boundaries of DM were confirmed by electrophysiological recordings in the same animals and by architectural characteristics which were distinct from those found in ventral extrastriate cortex rostral to V2. There was no electrophysiological or histological evidence for a transitional area between V2 and DM. In particular, the central representation of the upper quadrant in DM was directly adjacent to the representation of the horizontal meridian that marks the rostral border of V2. The present results argue in favor of the hypothesis that the third visual complex in New World monkeys contains different areas in its dorsal and ventral components: area DM, near the dorsal midline, and a homolog of area 19 of other mammals, located more lateral and ventrally. The characteristics of DM suggest that it may correspond to visual area 6 (V6) of Old World monkeys. (C) 2005 Wiley-Liss, Inc.

Electrodynamic heart model construction and ECG simulation

Objectives: In this paper, we present a unified electrodynamic heart model that permits simulations of the body surface potentials generated by the heart in motion. The inclusion of motion in the heart model significantly improves the accuracy of the simulated body surface potentials and therefore also the 12-lead ECG. Methods: The key step is to construct an electromechanical heart model. The cardiac excitation propagation is simulated by an electrical heart model, and the resulting cardiac active forces are used to calculate the ventricular wall motion based on a mechanical model. The source-field point relative position changes during heart systole and diastole. These can be obtained, and then used to calculate body surface ECG based on the electrical heart-torso model. Results: An electromechanical biventricular heart model is constructed and a standard 12-lead ECG is simulated. Compared with a simulated ECG based on the static electrical heart model, the simulated ECG based on the dynamic heart model is more accordant with a clinically recorded ECG, especially for the ST segment and T wave of a V1-V6 lead ECG. For slight-degree myocardial ischemia ECG simulation, the ST segment and T wave changes can be observed from the simulated ECG based on a dynamic heart model, while the ST segment and T wave of simulated ECG based on a static heart model is almost unchanged when compared with a normal ECG. Conclusions: This study confirms the importance of the mechanical factor in the ECG simulation. The dynamic heart model could provide more accurate ECG simulation, especially for myocardial ischemia or infarction simulation, since the main ECG changes occur at the ST segment and T wave, which correspond with cardiac systole and diastole phases.