Ausst. 91/93 - Panis quotidianus de sanctis

Vorbesitzer: Hieronymus von Rebendorf (Besitzvermerk hinterer Spiegel); Augustinerinnenkloster Marienstein Eichstätt (Besitzvermerk beide Spiegel); Kartause Astheim (Besitzvermerk 1v, hinterer Spiegel); Bartholomaeusstift Frankfurt am Main (Besitzvermerk 12r); Karmeliterkloster Frankfurt am Main (Besitzstempel Ir);

Über Eupatoriopsis, eine neue Compositengattung

Von G. Hieronymus

Plantae Lehmannianae in Guatemala, Costarica, Columbia et Ecuador collectae, additis quibusdam ab aliis collectoribus ex iisdem regionibus necnon e Venezuela et Peruvia allatis, quas determinavit et descripsit adjuvantibus aliis auctoribus

G. Hieronymus

Ms. lat. oct. 106 - [Sammelband in 7 Teilen: Konvolut aus Handschrift, Inkunabel und Postinkunabeln]

Vorbesitzer: Hieronymus Romhiltinus; Andreas Sebastian von Zehmen; Christian Albin Zahn; Freiherren von Holzhausen

Ausst. 202 - Passio domini nostri Jesu, ex Hieronymo Paduano, Dominico Mancino, Sedulio et Baptista Mantuano per fratrem Chelidonium collecta, cum figuris Alberti Dureri Norici Pictoris

Vorbesitzer: Heinrich Anton Cornill-d'Orville (Exlibris im Vorderdeckel)

Ausst. 203 - Passio Christi ab Alberto Durer Nurenbergensi effigiata cu[m] varij generis carminibus Fratris Benedicti Chelidonij Musophili

Vorbesitzer: Heinrich Anton Cornill-d'Orville (Exlibris im Vorderdeckel)

Ms. lat. qu. 120 - Cronaca Veneta (- 1382)

Vorbesitzer: Johann Hieronymus Zum Jungen

Kritische Betrachtungen über die Schicksale der Philosophie in der neueren Zeit und den Eintritt einer neuen Epoche in derselben

von C.J.H. Windischmann

Geklibene shrifṭn

Sh. Niger

Ms. lat. oct. 272 - Venezianische Magistrate

Vorbesitzer: Johann Hieronymus Zum Jungen

Ms. lat. qu. 128 - Delle tratte ed estrazioni

Vorbesitzer: Johann Hieronymus Zum Jungen

Ms. lat. oct. 268 - Gutachten über Festungen der venezianischen Terraferma

Vorbesitzer: Johann Hieronymus Zum Jungen

Comprehensive environmental study in high risk areas for cancer patients comparing air and water Aspergillus species samples

Background. Nosocomial invasive aspergillosis (a highly fatal disease) is an increasing problem for immunocompromised patients. Aspergillus spp. can be transmitted via air (most commonly) and by water. ^ The hypothesis for this prospective study was that there is an association between patient occupancy, housekeeping practices, patients, visitors, and Aspergillus spp. loading. Rooms were sampled as not terminally cleaned (dirty) and terminally cleaned (clean). The secondary hypothesis was that Aspergillus spp. positive samples collected from more than one sampling location within the same patient room represent the same isolate. ^ Methods. Between April and October 2004, 2873 environmental samples (713 air, 607 water, 1256 surface and 297 spore traps) were collected in and around 209 “clean” and “dirty” patient rooms in a large cancer center hospital. Water sources included aerosolized water from patient room showerheads, sinks, drains, and toilets. Bioaerosol samples were from the patient room and from the running shower, flushing toilet, and outside the building. The surface samples included sink and shower drains, showerheads, and air grills. Aspergillus spp. positive samples were also sent for PCR, molecular typing (n = 89). ^ Results. All water samples were negative for Aspergillus spp. There were a total of 130 positive culturable samples (5.1%). The predominant species found was Aspergillus niger. Of the positive culturable samples, 106 (14.9%) were air and 24 (3.8%) were surface. There were 147 spore trap samples, and 49.5% were positive for Aspergillus/Penicillum spp. Of the culturable positive samples sent for PCR, 16 were indistinguishable matches. There was no significant relationship between air and water samples and positive samples from the same room. ^ Conclusion. Primarily patients, visitors and staff bring the Aspergillus spp. into the hospital. The high number of A. niger samples suggests the spores are entering the hospital from outdoors. Eliminating the materials brought to the patient floors from the outside, requiring employees, staff, and visitors to wear cover up over their street clothes, and improved cleaning procedures could further reduce positive samples. Mold strains change frequently; it is probably more significant to understand pathogenicity of viable spores than to commit resources on molecular strain testing on environmental samples alone. ^

Proceedings of the 10th Annual Biochemical Engineering Symposium

This the tenth in a series of symposia devoted to talks by students on their biochemical engineering research. The first, third, fifth, and ninth were at Kansas State University in Manhattan, the second and fourth were at the University of Nebraska–Lincoln, the sixth was in Kansas City in conjunction with the 81st American Institute of Chemical Engineers National Meeting, the seventh was at Iowa State University in Ames, and the eighth was held at the University of Missouri–Columbia. Contents"Combined Autohydrolysis-Organosolv Pretreatment of Lignocellulosic Materials," Robert A. Lewis, Colorado State University "An Investigation of Cellulase Activity Assays," Minhhuong Nguyen, University of Missouri–Columbia "Action Pattern of a Xylobiohydrolase from Aspergillus niger," Mary M. Frederick, Iowa State University "Estimation of Heats of Combustion of Biomass from Elemental Analysis Using Available Electron Concepts," Snehal A. Patel, Kansas State University "Design of a Wheat Straw to Ethanol Conversion Facility," Michael M. Meagher, Colorado State University "Effects of Salt, Heat, and Physical Form on the Fermentation of Bananas," Carl Drewel, University of Missouri–Columbia "Gas Hold-up in the Downflow Section of a Split Cylinder Airlift Column," Vasanti Deshpande, Kansas State University "Measurement of Michaelis Constants for Soluble and Immobilized Glucoamylase," Robert A. Lesch, Iowa State University "Kinetics of Alkaline Oxidation and Degradation of Sugars," Alfred R. Fratzke, Iowa State University "Stability of Cereal Protein During Microbial Growth on Grain Dust," Bamidele O. Solomon, Kansas State University