Latest: Correlating breast cancer subtypes to clinical outcomes and targeted therapeutics in an...
Latest: Akoya Biosciences announces commercial launch of PhenoCycler-Fusion, a fast single-cell...
Latest: Malvern Panalytical expands pharmaceutical drug development solutions through the...
Latest: Sample prep strategies for the clinical research lab
Latest: Utilizing new and unique GC column selectivities for optimal separation of dioxins,...
Latest: High-temperature ATR measurements of soaps and foodstuffs
Latest: World-class speaker lineup announced for Virtual Analytical Summit 2022
Is there a link between SARS-CoV-2 infection and diabetes?
Exploring molecular phenotypes of incident breast cancer through population-based proteogenomics
Study highlights the importance of bonding between young mental health patients and nurses
High-temperature ATR measurements of soaps and foodstuffs
Utilizing new and unique GC column selectivities for optimal separation of dioxins, PCBs, and PAHs...
5 upcoming webinars to boost your research
A guide to efficient and greener cannabinoid purification
Increasing LC-MS accessibility for streamlined biotherapeutic analysis
Tissue biodistribution of AAV-based gene therapy
Innovative solutions for accurate western blot imaging
mRNA vaccine production: ensure quality control with the NanoDrop Spectrophotometers
8 tips for tighter GC connections
Cell Analysis Microscopy Equipment
Multiplexing Technology
Water Purification
Biophysical Characterization Technology
HPLC Technology
LC-MS Technology
Virtual Clinical Science Summit
Virtual Cancer & Immunology Research Summit
SLAS2022 International...
05 Feb 22 - 09 Feb 22
Analytical Science Summit...
15 Feb 22 - 15 Feb 22
NEW: Infectious Disease &...
01 Mar 22 - 07 Mar 22
PITTCON Conference and Expo...
05 Mar 22 - 09 Mar 22
Biopharmaceuticals:...
04 Apr 22 - 08 Apr 22
Robust and reproducible UHPLC/HPLC columns with a wide range of stability towards pH (1-12), temperature and 100% aqueous eluents: YMC-Triart. Read more...
Coated and immobilized CHIRAL ART polysaccharide columns by YMC offer wide selectivity range, high stability and attractive pricing. Read more...
YMC-Actus prepacked (semi-)preparative HPLC columns show high stability and long lifetimes even under high flow rates and steep gradient conditions without any void volume formation. Read more...
YMC offers capillary columns specifically designed for use with the corresponding chromatography systems to meet the requirements of Micro-, Capillary- and NanoLC. All fully porous RP/NP/HILIC phases from YMC are available in MicroLC... Read more...
RP Analyzes of monoclonal antibodies using high temperatures. Generic analyzes of different monoclonal antibodies with RP- (U) HPLC. Read more...
BioPro HIC HT for the analysis of antibodies, antibody-drug-conjugates (ADC) and proteins is based on non-porous hydrophilic polymer beads (2.3 µm) functionalised with butyl chains. Read more...
Robust and reliable preparative chromatography media with a wide range of stability towards pH (2 – 10), temperature and 100% aqueous eluents: YMC-Triart Prep. Read more...
From laboratory to pilot scale, YMC offers reliable, high quality glass columns for all kind of application areas. Read more...
YMC PilotPLUS columns are completely biocompatible and characterised by safe and easy handling. Read more...
Does your application require customised pilot columns? With YMC Pilot columns, customised versions can be constructed to address your needs. Of course standard dimensions are available, too! Read more...
With the BioPro IEX series, YMC provides a range of strong ion exchange materials based on a hydrophilic polymer in two variants: porous and non-porous. YMC’s BioPro IEX series of ion exchange columns are available in QA (SAX) ... Read more...
YMC provides silica-based SEC phases with a dihydroxypropyl modification in 4 different pore sizes. Read more...
YMC-SEC MAB is a silica-based size exclusion chromatography column utilizing a dihydroxypropyl stationary phase bonded to a silica gel base, specifically designed for antibody separations. Read more...
