Part 2 in our Series on Plant Metabolites Stay ahead in your research with our curated educational materials. This series highlights key classes of plant metabolites, showcasing exciting research and diverse applications. Each Product Highlight serves as a streamlined reference for the most significant compounds. Find our neem limonoid standards available for immediate purchase to […]
Product Highlight: Neem Limonoids Read More »
Introducing Our Exclusive Series on Plant Metabolites Stay ahead in your research with our curated educational materials. This series highlights key classes of plant metabolites, showcasing exciting research and diverse applications. Each Product Highlight serves as a streamlined reference for the most significant compounds. Find our pyrethrin standards available for immediate purchase to support your
Product Highlight: Pyrethrins Read More »
Join us at the Expo! Come find us at booth 3445 at the ACS Spring 2025 in San Diego Expo! If you want to schedule a dedicated time slot to talk, you can schedule it here. We can’t wait to see you there!#ACSSPRING2025
ACS Spring 2025 San Diego Read More »
We’re happy to share that we’ve added six new compounds to our catalog! You can now purchase reference standards for the six major kavalactone compounds. Kava (piper methysticum) derived products are popular as natural remedies for relaxation. The kavalactones are associated with the primary anxiolytic properties of the plant material. Their ability to potentiate the
New Standards: Kavalactone Standards Read More »
Find a download of the entire article here. We’re proud to share our latest publication, in collaboration with the Centre of Molecular and Macromolecular Studies and Wroclaw Medical University. Marta Dudek did exceptional work modeling and determining structural properties of oligomeric proanthocyanidins (PACs), furthering our understanding of their behaviors. If you would like to purchase
Conformational preferences of cocoa oligomeric proanthocyanidins Read More »
Our president, Vitold Glinski, shared his thoughts with Outsource! Contract Laboratory about the trends, trials, and the future of nutraceuticals and small molecule discovery. From his experience helping companies bring products to market, he offers some highlights to help companies navigate some of the speedbumps they will inevitably come up against. He focuses on the
Facilitating the Discovery of Nutraceuticals and Small Molecules Read More »
Many Flavors of Chemistry We are very excited to be in New Orleans, LA this year for ACS 2024! Stop by the Planta Analytica booth (# 3239) and chat with us! If you’d like to set up a meeting to discuss your service needs, please submit a request through our contact page with the subject
Planta Analytica at ACS 2024, New Orleans Read More »
Welcome to our new website! We’ve built it from the ground up to offer you new resources to manage your reference standards and service requests. Some of the features were most excited for include: With our new backend, we now have the flexibility to introduce new features more often, continually improving your experience. What we’re
Welcome to the new Planta Read More »
We are happy to join you in San Francisco this year…virtually! Take a listen to our overview of the applications of CPC here:https://bit.ly/2Y8v0Tx And take a look at our booth and schedule a conference here:https://bit.ly/3gdBkzn We wish we could see you in person, but this is as close as we’ll come this year.
ACS FALL 2020 IS LIVE NOW! Read More »
Although procyanidins constitute a unique class of polymeric plant secondary metabolites with a variety of biological properties including potent antioxidant activity, structure determination has been challenging, and structures of many complex procyanidins remain uncertain. To expedite the characterization procyanidin mass spectrometry can performed using negative ion matrix-assisted laser desorption ionization high-energy collision-induced dissociation tandem time-of-flight
Rapid Determination of Procyanidins using MALDI-ToF/TOF Mass Spectrometry Read More »
