Tired of paying thousands of crowns for analytical standards? Not anymore! A new quantification method for spatial metabolomics developed at Uppsala University enables simultaneous concentration readouts of thousands of metabolites. For free. 🤑
Full story here: pubs.acs.org/doi/10.1021/...
I made a video about my #spacecell research and how I'm decoding how microgravity changes life at the tiniest level! 🚀🧬
Help me find the answer to the ultimate question of the world, the universe, and everything…! 🌌42❓
Watch here: youtu.be/x7c1cHH7nP8
#scicommUU25
To study #spacecells, we break them open and dissolve thousands of #metabolites inside them.
Then, #massspectrometry acts like a super-smart detective — sorting molecules by weight and charge to identify them.
This helps us decode how space changes cells at the molecular level. 🔬🕵️♀️✨
#scicommUU25
What happens inside neurons after a trip to #space? 🧠🚀
The answer is in molecules called #metabolites — sugars, fats & amino acids that keep cells alive. Think of them as cell's fuel and exhaust.
By comparing #spacecells vs controls, we see how space changes the engine of life. 🔬✨
#scicommUU25
Your brain cells juggle thousands of tasks every second - pretty overworked! 🧠 What if we stress them even more...and send them to #space?🚀
In #microgravity, their #metabolism shifts completely. We study this to learn how our brain adapts to extreme environments!
#scicommUU25
Planning to hitchhike across the galaxy? Your body may not be on board...
In #microgravity, muscles weaken, bones shrink, and brain cells change. 🧠
I study how neural #stemcells respond to spaceflight to make your future trip less damaging. 🛰️
More: www.nasa.gov/mission_page...
#scicommUU25
🧪👩🔬 Hi! I'm Lucie, a PhD student in Analytical Chemistry, exploring what happens inside cells when we send them to #space! 🚀🧬 I use a method called #massspectrometry to do this.
Never heard of it? #Don'tpanic!
Join me on my mission through space and time - I'll explain it all!🌌
#scicommUU25
