Unparteysche beschreibung, gemeinister Victualien, was dieselben in̄ zeit Augspurgischer Bloqvierung, von vngefahr anfang deß Monats Novemb. Anno 1634 biß fast zu ende deß Martii, Anno 1635 ... gegolten : Vnd entgegen wie dergleichen Sachen, die zwey Jar, Anno 1640 vnd 1641 ... nach der menge, in ringem Preß, sein zubekom̄en gewesen ...

[C. A. A. ; JE scu.]

Giovanni Succi, Ganzfigurbidnis, before his fast

Signatur des Originals: S 36/F11201

Moed, Von den Rechten und Sazungen des Sabbaths, der Feyer- und Fast-Tage

von Johann Jacob Rabe

An den Wassern von Babylon : ein fast heiteres Judenbüchlein

[Hermann Sinsheimer... Umschlagzeichn.: Ernst E. Stern]

Fast food influences among Hispanic women

The purpose of this study was to evaluate the fast food influences such as restaurant frequency and restaurant choice among Hispanic women residing in Houston Texas. We also evaluated associations between BMI and frequency of fast food consumption. Methods: Data was obtained from the BOUNCE program and baseline data was evaluated from mothers enrolled in the study. Descriptive analysis and Fisher's exact test were conducted to evaluate patterns among fast food selection. Results: Nearly 88 percent of women were classified as overweight or obese, the population was predominately immigrants from Mexico with language preference of Spanish. Factors most influencing restaurant choice included quality of food, restaurant atmosphere, and healthy food availability. No associations were found between BMI and frequency of fast foods, however data show a slight association between duration in the U.S and increase in fast food frequency. Conclusion: Though statics are not statistically significant results demonstrate a possible trend in regards to length of stay and frequency eating out. This should be further explored. ^

MONITORING ENZYME REACTIONS BY FAST ATOM BOMBARDMENT MASS SPECTROMETRY

The potential for the direct analysis of enzyme reactions by fast atom bombardment (FAB) mass spectrometry has been investigated. Conditions are presented for the maintenance of enzymatic activity under FAB conditions along with FAB mass spectrometric data showing that these conditions can be applied to solutions of enzyme and substrate to follow enzymatic reactions inside the mass spectrometer in real-time. In addition, enzyme kinetic behavior under FAB mass spectrometric conditions is characterized using trypsin and its assay substrate, TAME, as an enzyme-substrate reaction model. These results show that two monitoring methods can be utilized to follow reactions by FAB mass spectrometry. The advantages of each method are discussed and illustrated by obtaining kinetic parameters from the direct analysis of enzyme reactions with assay or peptide substrates. ^