Inc. qu. 503 (Ausst. 136) - Wahl Maximilians zum Römischen König zu Frankfurt a. M. am 16.II.1486

Vorbesitzer: Stadtarchiv Frankfurt am Main

Mus Hs 68 - Choräle : zum Anhange des Fulda'schen Gesangbuches gehörend

harmonisirt nebst Zwischenspielen von G. A. Henkel

Na 1 Nachlass Max Horkheimer, 556 - Korrespondenzen u.a. mit Leo Löwenthal und Karl August Wittfogel (p. VI 23, 238-503)

235 Briefe zwischen Leo Löwenthal und Max Horkheimer, 1948 - 1950; 4 Briefe zwischen Frederick Pollock und Leo Löwenthal, 1948 - 1949; 1 Brief von Frederick Pollock an Karl Wittfogel, [1949]; 1 Brief von Leo Löwenthal an Mark Vosk, 13.08.1949; 3 Briefe zwischen Jeremiah Kaplan und Leo Löwenthal, 1949; 2 Briefe von Paul F. Lazarsfeld an Leo Löwenthal, 1949/1950; 1 Brief von Erik Rinde an Paul F. Lazarsfeld, 19.09.1950; 1 Brief von Leo Löwenthal an Jim Farrell, 25.01.1949; 1 Brief von Clement S. Mihanovich an Leo Löwenthal, 14.01.1949; 1 Brief von David Riesman an Leo Löwenthal, 06.11.1950; 1 Brief von Leo Löwenthal an Katherine Taylor, 27.05.1950; 1 Brief vom Rektor der Johann Wolfgang Goethe-Universität (Frankfurt am Main) an J. W. Thompson, 11.03.1950;

Ms. lat. qu. 97 Bd. 2 - Memorie originali risguardanti le belle arti, Nr. 38 - 68

Vorbesitzer: Michelangelo Gualandi;

Ms.Ff.F.Stoltze 3. 68 - Brief von Wilhelm Fischer an Friedrich Stoltze

Stoltze in Königstein, Warnung vor der Rückkehr

Ms. lat. oct. 68 - Logica

Die tatsächliche Foliierung weicht von den Angaben des Kataloges ab.

Fluorophotometry is a sensitive method/technique to evaluate epithelial permeability in murine experimental dry eye

Purpose. Fluorophotometry is a well validated method for assessing corneal permeability in human subjects. However, with the growing importance of basic science animal research in ophthalmology, fluorophotometry’s use in animals must be further evaluated. The purpose of this study was to evaluate corneal epithelial permeability following desiccating stress using the modified Fluorotron Master™. ^ Methods. Corneal permeability was evaluated prior to and after subjecting 6-8 week old C57BL/6 mice to experimental dry eye (EDE) for 2 and 5 days (n=9/time point). Untreated mice served as controls. Ten microliters of 0.001% sodium fluorescein (NaF) were instilled topically into each mouse’s left eye to create an eye bath, and left to permeate for 3 minutes. The eye bath was followed by a generous wash with Buffered Saline Solution (BSS) and alignment with the Fluorotron Master™. Seven corneal scans using the Fluorotron Master were performed during 15 minutes (1 st post-wash scans), followed by a second wash using BSS and another set of five corneal scans (2nd post-wash scans) during the next 15 minutes. Corneal permeability was calculated using data calculated with the FM™ Mouse software. ^ Results. When comparing the difference between the Post wash #1 scans within the group and the Post wash #2 scans within the group using a repeated measurement design, there was a statistical difference in the corneal fluorescein permeability of the Post-wash #1 scans after 5 days (1160.21±108.26 vs. 1000.47±75.56 ng/mL, P<0.016 for UT-5 day comparison 8 [0.008]), but not after only 2 days of EDE compared to Untreated mice (1115.64±118.94 vs. 1000.47±75.56 ng/mL, P>0.016 for UT-2 day comparison [0.050]). There was no statistical difference between the 2 day and 5 day Post wash #1 scans (P=.299). The Post-wash #2 scans demonstrated that EDE caused a significant NaF retention at both 2 and 5 days of EDE compared to baseline, untreated controls (1017.92±116.25, 1015.40±120.68 vs. 528.22±127.85 ng/mL, P<0.05 [0.0001 for both]). There was no statistical difference between the 2 day and 5 day Post wash #2 scans (P=.503). The comparison between the Untreated post wash #1 with untreated post wash #2 scans using a Paired T-test showed a significant difference between the two sets of scans (P=0.000). There is also a significant difference between the 2 day comparison and the 5 day comparison (P values = 0.010 and 0.002, respectively). ^ Conclusion. Desiccating stress increases permeability of the corneal epithelium to NaF, and increases NaF retention in the corneal stroma. The Fluorotron Master is a useful and sensitive tool to evaluate corneal permeability in murine dry eye, and will be a useful tool to evaluate the effectiveness of dry eye treatments in animal-model drug trials.^

(Table 1) Magnetozone boundaries at DSDP Site 68-502

Obtaining long, continuous, and undisturbed sections of unconsolidated Neogene deep sea sedimentary sections has been limited by (1) practical length of piston cores to about 30 meters and (2) disturbance of sediment by rotary drilling with Glomar Challenger. The relatively high deposition rates of late Neogene sediments in the North Atlantic and in the Caribbean in particular has limited penetration, with conventional piston coring, to sediments not much older than late Pliocene in the Atlantic and not even through the late Pleistocene in the Caribbean. Rotary drilling has penetrated much older sediments in both areas, but the cores suffered extensive drilling disturbance that seriously degrades the Paleomagnetism of the material. Utilization of the hydraulic piston corer on the Challenger combines the advantage of a generally undisturbed recovery and great penetration to produce long, relatively undisturbed sections of late Neogene and Quaternary sediments suitable for paleomagnetic studies. In this chapter we present paleomagnetic data from Site 502. We tried to determine relative azimuthal orientation of successive cores (see Introduction for details). Because the low latitude of the site meant a small (inclination of about 22°) vertical component of magnetization, reversals of magnetization could easily be detected only in changes in the horizontal component, as 180° shifts in the declination direction of magnetization. Based on information from the core orienting device, a fiducial line was drawn the length of each core prior to cutting it into the standard 1.5 meter sections.