Intrarenal volumes of distribution and relative diffusion coefficients of monohydric alcohols.

Activation and injury of Clostridium perfringens spores by alcohols.

The activation properties of Clostridium perfringens NCTC 8679 spores were demonstrated by increases in CFU after heating in water or aqueous alcohols. The temperature range for maximum activation, which was 70 to 80 degrees C in water, was lowered by the addition of alcohols. The response at a given temperature was dependent on the time of exposure and the alcohol concentration. The monohydric...

Molecular Modeling of Hydrogen Bonding Fluids: New Cyclohexanol Model and Transport Properties of Short Monohydric Alcohols

Xcvii . Dehydrogenations Produced by . Resting

IN Part I of this series [Quastel and Whetham, 1925] an account was given of the behaviour of the following groups of substances as hydrogen donators in the presence of resting B. coli. 1. Fatty acids. 2. Saturated dibasic acids. 3. Hydroxy-acids. 4. Polyhydric alcohols. 5. Monohydric alcohols. A table was given of the relative reducing powers or reducing coefficients of the hydrogen donators. ...

Advantages and controversies in the era of intrarenal volumetry.

BACKGROUND/AIMS Ultrasound is the preferred imaging modality in nephrology. In many kidney diseases, however, more accurate methods are needed to distinguish between relevant intrarenal structures. MRI could be a solution, although the use of MRI contrast has caused severe complications in some cases, and invasive kidney biopsies may follow, even though such small specimens traditionally provid...

Rejection Thresholds of the Blowfly for a Series of Aliphatic Alcohols

Series of concentrations of 15 aliphatic alcohols were presented in 0.1 M sucrose to the tarsi of antennectomized-labellectomized blowflies (Phormia regina Meigen). With the pri-n-alcohols the mean concentrations at rejection formed a Traube series. When the rejection thresholds for all the alcohols tested were compared with their boiling points, vapor pressures, molecular surface areas) molecu...