Start a new search
Other sectors:
About Kellysearch
Regis Technologies Inc in Morton Grove, IL, US (United States)
Company Overview:
Chemical Processing Services, Food Manufacturing Chemicals, Chemicals, Pharmaceutical Industry, Chromatography Columns, Enzymes, Pharmaceutical Intermediates, D-Phenylglycine (875-74-1), Leucine (61-90-5), L-Leucine (61-90-5), Sodium Heptanesulfonate (22767-50-6), Sodium-1-Hexanesulphonate (2832-45-3), Organic Chemical Synthesis, Bis(trimethylsilyl)Trifluoroacetamide (25561-30-2), Contract Manufacturing, Chemical Synthesis to Specification available from Regis Technologies Inc based in Morton Grove, IL. Click the links below to visit our website or contact us via our profile page.
Company Statistics:
ViewContact Details
Address:8210 Austin Avenue, Morton Grove, IL, 60053, United States
Telephone:+1-847-9676000
Fax:+1-847-9671214
Pages on Regis Technologies Inc's website :
Orders or inquiries regarding chromatography products can be placed with the customer service department Monday through Friday between the hours of 8:00 AM and 4:00 PM (CST) at: (847) 583-7675. Orders also may be faxed to Regis 24 hours a day at (847) 967-5876.
In the past, chromatographic separation of charged analytes has been achieved by ion suppression (the careful adjustment of the mobile phase pH to result in a nonionized analyte). Determining the optimum mobile phase pH in ion suppression, however, often requires extensive method development.
NOTE NO. 2 - May 27 1986 ION-PAIRING REVERSED-PHASE SEPARATION ON ISRP COLUMN Analytes: Acetylsalicyclic acid (100 µg/ml), Benzoic acid (50 µg/ml), beta-m-Hydroxy-phenylpropionic acid (100 µg/ml) Sample Matrix: Human serum Sample Size: 25 microliters Column: 5 micron GFF ISRP, 5 cm x 4.6 mm ID
Hydroxychloroquine Separation Column: Chiral-AGP 100 x 4.0 mm Regis Product Number: 732200
PREVIOUS NEXT BACK TO MAIN PAGE Synthetic Labs Regis Technologies executes all chemistry at pilot scale before scale-up. This allows our chemists to obtain proof of principle and gain experience with a given set of reactions prior to scale-up.







