AquaSol

[…] morocco. for multiplication, 20 seeds of cultivar morocco were placed as a single layer into 4-inch pots filled with pasteurized soil and watered with a half-strength solution of liquid fertilizer (aquasol; yates). at full coleoptile emergence, each pot was treated with 50 ml maleic hydrazide solution (2 ml liter−1 slow grow 270; kendron). at full leaf emergence, plants were inoculated […]

[…] trays, at nine plants per tray. every second week over the course of the experiment, trays within each cabinet were rotated to reduce confounding position effects rather than blocking. at this time aquasol® soluble plant fertiliser (npk- 23:3:95 and 14 trace elements) was provided at half strength, and subsequently every month for the duration of the experiment to ensure plants […]

[…] we used is log s = 0.48, as listed in the dataset curated by rytting et al. [] on the basis of earlier work by herman and veng-pedersen []. an alternative value of log s = − 0.56 originates from the aquasol database []. even using this alternative value, antipyrine would still be among the two or three worst predicted compounds in our study. yalkowsky et al. [] list seven different room […]

[…] was grown in full sun only. all plants in controlled conditions were grown in a mixture of 76% composted pine bark and 24% coarse potting sand and received weekly applications of liquid fertiliser (aquasol, hortico). they experienced day and night temperatures of 25 and 15°c, respectively, and ambient relative humidity. natural light was supplemented by sodium vapour lamps in the morning […]

[…] and centrifuged at 2250 rpm for 10 min in a sorval glc-1 centrifuge (hl-4 rotor). the fatty acids were extracted to the upper phase of which 0.4 ml was sampled in a counting vial containing 2 ml of aquasol. the radioactivity was determined in a liquid scintillation spectrometer (packard tri-carb model 3020)., purified by heparin-sepharose chromatography was performed based on previously work[]. […]

[…] in stability and negative δe values correlate to an increase in stability., the solvation energy term used to calculate the interactions of our mutant structures with a water surface was computed by aquasol [, ] and solves the following:(3)solvation=fp0,cdip−f0,0−kbtln⁡1−nacdipa3nacdipa3∫solventdrρdipr,where f (p0,cdip) defines the free energy of a protein system defined at dipoles of moment […]