09:30 | O-1 | OLESIK | USA | Ion-exchange separation of biomolecules using UTLC |
09:45 | O-2 | LINFORD | USA | Manufacturable microfabrication of patterned UTLC plates |
10:00 | O-3 | SCHULZ | Germany | Particulate silica gel layers - new developments and perspectives |
10:15 | O-4 | FICHOU | Germany | Office Chromatography |
11:00 | O-5 | VERPOORTE | NL | Publishing a world-class paper in HPTLC |
13:30 | O-6 | VOVK | Slovenia | Multidimensional planar chromatography coupled to mass spectrometry - unbeatable in the analysis of crude plant extracts |
13:45 | O-7 | YUECE | Germany | Targeted combinatorial on-plate synthesis as new tool for structure elucidation |
14:00 | O-8 | OBERLERCHNER | Austria | Bridging the analytical gap - comprehensive analysis of cellooligosaccharides by HPTLC |
14:15 | O-9 | REICH | Switzerland | Can HPTLC help solve the quality problems of botanical dietary supplements? |
14:30 | O-10 | STIEFEL | Germany | Application of hyphenated HPTLC in food, commodity and cosmetics analysis |
14:45 | O-11 | CANIGUERAL | Spain | HPTLC for herbal drugs and herbal drug preparations in the European Pharmacopoeia |
15:30 | O-12 | MORICZ | Hungary | Layer chromatography hyphenations assisted screening, characterization and isolation of bioactive plant components |
15:45 | O-13 | CHOMA | Poland | Quantitative effect-directed analysis based on TLC/HPTLC-direct bioautography |
16:00 | O-14 | JAMSHIDI-AIDJI | Germany | Bioquantification of natural antibiotics by direct bioautography linked to mass spectrometry |
16:15 | O-15 | SCHOENBORN | Switzerland | Patterns of estrogenic activity in treated wastewater study from Switzerland |
16:30 | O-16 | SPANGENBERG | Germany | 2D-thin layer chromatography of 17a-ethinylestradiol on RP-18 W plate, detected by YES-test |
16:45 | O-17 | WEINS | Germany | Effect directed analysis, a new challenge according the upcoming enhancement of European Water Framework Directive 2000/60/EC in 2019 |
09:00 | O-18 | KOWALSKA | Poland | Performance of chiral TLC in physico-chemical studie |
09:15 | O-19 | DZIDO | Poland | New approach to development of planar chromatograms |
09:30 | O-20 | KLEBOVICH | Hungary | Radiochromatographic methods in drug metabolism research |
09:45 | O-21 | HALKA | Poland | Reversed phase gradient thin-layer chromatography with one void volume of the mobile phase: advantages, pitfalls and prospects for the future |
10:00 | O-22 | GAJOS | Poland | Micropreparative orthogonal pressurized planar electrochromatography of solutes showing the same electrophoretic mobility |
10:15 | O-23 | POLAK | Poland | Separation of the optical isomers with pressurized planar electrochromatography |
11:00 | O-24 | CEBOLLA | Spain | HPTLC-ESI-MS/MS for identifying neutral lipids, sphingolipids and phospholipids in complex samples |
11:15 | O-25 | ILANGO | India | Hyphenated HPTLC-AMD-ESI/MS for quantification of major protoberberines in herbal extracts and polyherbal formulations |
11:30 | O-26 | MERKERT | UK | TLC-MS coupling taken seriously: expression CMS and PlateExpress |
11:45 | O-27 | VANBEELEN | France | Bringing the power of mass detection to scientists using TLC combined with the ACQUITY QDa detector |
12:00 | O-28 | GRIESINGER | Germany | Unexpected products of the HOCl-induced oxidation of oleic acid: a study using HPTLC-ESI-MS |
12:15 | O-29 | LIHUA | China | Application of TLC/HPTLC in identification of Chinese crude drugs for ChP |
13:30 | O-30 | SHIEA | Taiwan | TLC combined with flame-induced atmospheric pressure chemical ionization mass spectrometry (FAP-CI/MS) for volatile and semi-volatile component analysis |
13:45 | O-31 | HÄBE | Germany | Automated desorption- and elution-based HPTLC-MS |
14:00 | O-32 | FEREY | France | TLC-UV and TLC-MALDI-TOF/MS: an efficient tool for enzyme characterization and screening of bioactive substrates |
14:15 | O-33 | CHEN | China | HPTLC + SERS > HPLC + MS |
14:30 | O-34 | LONGIERAS | France | TLC and TLC-Raman as an effective tool for polymer additives deformulation |
14:45 | O-35 | AZADNIYA | Germany | HPTLC-EDA-HRMS and PLC-NMR to reveal co-eluting isomers of bioactive zones |
15:30 | O-36 | DE-EKNAMKUL | Thailand | HPTLC detection of steroid 5α-reductase activity from a non-radioactive cell-based assay |
15:45 | O-37 | FADEL | France | Antioxidants in structured vegetable oils: chemical identification via HPTLC |
16:00 | O-38 | BALLERT | Germany | Multidimensional chromatography (HPLC-HPTLC) for identification of antifungal substances in Rheum root extracts |
16:30 | O-40 | ANSARI | India | Development and validation of a HPTLC method for simultaneous estimation of flavonoids and phenolics in Carica papaya leaf juice |
16:45 | O-41 | AHMAD | India | HPTLC studies on single drugs and compound for- mulations of the Indian system of medicine |
09:00 | O-43 | GAWANDE | India | Preparative isolation and characterization of degra- dation products of cefixime and azithromycin |
09:15 | O-44 | THORAT | India | Development and validation of a HPTLC method for determination of methotrexate in human serum |
09:30 | O-45 | THUMAR | India | Extractable and leachable study of phthalates in pharmaceutical products by TLC versus LC-MS/MS |
09:45 | O-46 | POOLE | USA | What every chromatographer should know about solvents |
11:00 | O-47 | SCHWACK | Germany | Determination of total glucosinolates in Brassica crops |
11:15 | O-48 | SOSTARIC | Australia | Authentication of honeys of different floral origins |
11:30 | O-49 | BEITLICH | Germany | TLC screening for the authentication of New Zealand Manuka honey |
11:45 | O-50 | OELLIG | Germany | Screening methods for ergots by HPTLC-FLD/MS |
12:00 | O-51 | DO | Switzerland | Rapid HPTLC screening and quantification of adulteration with synthetic drugs in dietary supplements |
12:15 | O-52 | CHATURVEDI | India | Antioxidant compound production at different germinating stages of cow pea (Vigna articulata L.) seeds varieties and aspartic protease gene expression |
13:30 | O-53 | AGATONOVIC-KUSTRIN | Malaysia | Evaluation of polyphenolic fingerprints and antioxi- dant profiles of Victorian marine algae with HPTLC and multivariate analysis |
13:45 | O-54 | RISTIVOJEVIC | Serbia | Hyphenation of planar chromatography with chemometrics |
14:00 | O-55 | MAQUIN | France | Software associated with TLC/HPTLC-MS coupling |
14:15 | O-56 | BÖHMDORFER | Austria | Clustering analysis of colored wheat varieties by anthocyanin patterns |
14:30 | O-57 | MALINOWSKA | Poland | Biological activity is one of the most important properties of substances, not only used as drugs, but also as food additives, cosmetics, dietary supplements etc., depending on permeability through biological barrier |
14:45 | O-58 | ROUSSEL | France | Modern HPTLC method validation, application of prediction and tolerance intervals to dextrine profiles of enzymatic digestion of starch and baking products |
15:00 | O-59 | VAN OORDT | Switzerland | Comparison of different derivatization techniques including the Derivatizer |
All Scientific Committee Members were invited to contribute. Apart from these highly treasured speakers, the following invited speakers presented cutting-edge research (alphabetically):
Prof. Dr. Snezana Agatonovic-Kustrin, Australia: Evaluation of polyphenolic fingerprints and antioxidant profiles of Victorian marine algae with HPTLC and multivariate analysis
Dr. Vicente Cebolla, Spain: HPTLC-ESI-MS/MS for identifying neutral lipids, sphingolipids and phospholipids in complex samples
Prof. Dr. Wanchai De-Eknamkul, Thailand: HPTLC detection of steroid 5a-reductase activity from a non-radioactive cell-based assay
Prof. Dr. Tadeus Dzido, Poland: New approach to development of planar chromatograms
Prof. Dr. Imre Klebovich, Hungary: Radiochromatographic methods in drug metabolism research
Prof. Dr. Teresa Kowalska, Poland: Performance of chiral TLC in physico-chemical studies
Prof. Dr. Matthew Linford, USA: Manufacturable microfabrication of patterned UTLC plates
Dr. Agnes Moricz, Hungary: Layer chromatography hyphenations assisted screening, characterization and isolation of bioactive plant components
Prof. Dr. Susan Olesik, USA: Ion-exchange separation of biomolecules using UTLC
Prof. Dr. Colin Poole, USA: What every chromatographer should know about solvents
Prof. Dr. Wolfgang Schwack, Germany: Determination of total glucosinolates in Brassica crops
Prof. Dr. Jentaie Shiea, Taiwan: TLC combined with flame-induced atmospheric pressure chemical ionization mass spectrometry (FAP-CI/MS) for volatile and semi-volatile component analysis
Prof. Dr. Rob Verpoorte, The Netherlands: Publishing a world-class scientific paper in HPTLC
Dr. Irena Vovk, Slovenia: Multidimensional planar chromatography coupled to mass spectrometry - unbeatable in the analysis of crude plant extracts