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Recently, I caught up on a fascinating webinar featuring Christopher Thomson, a researcher at Heriot-Watt University, who shared his groundbreaking work on enhancing automated flow synthesis by integrating in-line flash chromatography purification. It’s an exciting advancement that could transform how we approach chemical synthesis processes.
During the session, Chris delved into various aspects of flow chemistry and purification technologies. Here's what you can expect to learn:
- An overview of flow chemistry and its potential with in-line purification.
- A detailed look at previous continuous chromatography techniques, including their strengths and challenges.
- Practical tips on connecting flow reactors to puriFlash® automated chromatography systems.
- Insights into performing continuous in-line flash chromatography effectively.
- Future possibilities for this technology and where it might lead us.
Chris earned his MChem degree in Chemistry with Biochemistry from Heriot-Watt University in Edinburgh in 2018, where he received the prestigious 'William H. Perkin Prize' for excellence in organic chemistry. He later secured a PhD scholarship from the EPSRC-funded Center for Doctoral Training in Critical Resource Catalysis (CRITICAT), co-supervised by Dr. Filipe Vilela and Dr. Ai-Lan Lee.
His research primarily focuses on leveraging advanced technologies like flow chemistry to boost heterogeneous photocatalysis in organic synthesis. Over the years, Chris has published numerous papers exploring innovative flow systems, including those equipped with in-line NMR spectroscopy, in-line UV-Vis spectroscopy, and even static mixing photocatalyst monoliths created using functional material additive manufacturing. Most recently, he introduced the world’s first continuous in-line flash chromatography system—a topic he’ll explore further in this webinar.
If you missed the live event, don’t worry! You can watch the full recording now. Just click play below.
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**Know More:**
- Curious about our puriFlash systems? Check out our full range of instruments [here](#).
- Have questions or want to discuss? Reach out to our team at analytical@yourdomain.com.
- Stay updated on all things science by following us on [LinkedIn](#).
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By the way, if you're interested in rapid vaccine purification for clinical trials, there’s another inspiring story worth checking out. Dr. Nabul Gogoi from AAAS has been making waves with some incredible advancements in this field.
Feel free to reply and let me know what you think!
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Mineral Poultry Feed Additive
DCP - MCP - MDCP Specification:
1.Dicalcium-Monocalcium-Monodicalcium Features
Phosphorus is the second most common mineral after calcium in an animal's body. It plays a fundamental role in growth and reproductive processes, in actual fact it is a principal constituent of bones, nucleic acids, phospholipids, phosphoproteins and phosphoric esters of simple sugars. It also operates in the metabolism of all substances for energy maintenance (ATP) and in rumen fermentation processes.
The phosphates we market and sell are characterised by high digestibility and availability of phosphorus and are available in different granule sizes.
2. The range includes:
Dicalcium phosphate 18%
Monodicalcium phosphate 21%
Monocalcium-phosphate 22%
We support OEM package,if u need,pls contact us.
3.Plus of product:
1) They favor body growth and development
2)High bioavailability of P
3)They improve fertility
4)They improve energy metabolism
5)Heavy metals under legal limits
6)Reliability and constancy of production
Keywords:Dicalcium Phospate Mineral feed additives;MDCP 21 Poultry feed additives;Mineral feed additives;calcium phosphate feed additives
Dicalcium Phosphate Mineral Feed Additives,Mdcp 21 Poultry Feed Additives,Mineral Feed Additives,Calcium Phosphate Feed Additives
Zhengzhou Bridge Biochem Co.,Ltd. , https://www.biochemfeeds.com