Kuo, "Total
polar compounds and acid values of repeatedly used frying oils measured by standard and rapid methods," Journal of Food and Drug Analysis, vol.
Gomes, "High performance size-exclusion chromatography analysis of
polar compounds applied to refined, mild deodorized, extra virgin olive oils and their blends: an approach to their differentiation," LWT-Food Science and Technology, vol.
We do not, at present, have an explanation for the distribution of high molecular mass
polar compounds in the soil profile.
Instrumentation Used for Doping Tests at 2004 Olympic Games Instrumentation # Substance Screened GC/MS (quadrupole) 25 Small molecules substances GC (NPD) 4 Low molecular-weight stimulants GC/HRMS (sector) 4 Low levels of anabolic agents GC/IRMS 2 Endogenous steroids LC/MS (Ion Trap) 6 Small
polar compounds HPLC (UV-DAD) 1 Blood products Hematology Analyzer 3 Blood products Biochemical Analyzer 2 Glucose and protein Fluorimeter 1 Glucose and protein Flow Cytometer 1 Immunochemical blood cell analysis Mini SDS-PAGE 1 Proteins (EPO and blood products) Image Scanner 1 Proteins (EPO and blood products) Iso-electric Focusing 1 Proteins (EPO and blood products) ELISA System 1 hGH and hCG RIA Gamma-Counter 1 hGH and hCG
(14) The limitation of liquid C[O.sub.2] is exactly the opposite to that of water, in that
polar compounds are not soluble in carbon dioxide.
However, when the same pot of oil is repeatedly reheated, the oils begin to degrade, releasing substances known as polymers and
polar compounds that can become absorbed by food.
It thoroughly cleans frying oil by physically removing food particles during filtration, and removes--by adsorption oil soluble substances like Free Fatty Acids, colour bodies, and other
polar compounds during contact.
MOSFET sensors are sensitive to a broad range of hydrogen-containing or
polar compounds such as hydrogen, amines, aldehydes, esters, ketones, aromates and alcohols.
Oil was analyzed for free fatty acid (FFA) content, color, food oil sensory values and total
polar compounds (TPC).
Because of the multiphase nature of ionomers, consisting of ionic domains dispersed within a non-polar matrix, plasticization of ionomers has been investigated using both non-polar and
polar compounds. Several studies (2-7) have shown that nonpolar plasticizers can plasticize both the ionic phase and the nonionic matrix polymer, while some polar plasticizers are able to selectively plasticize the ionic regions as a result of their preferential segregation into the polar ionic multiplets.