Great explanation, you kept it simple in order to be clear and very understandable but you managed to give me more information than my uni sources. Thank you for the video, keep up the awesome work, you are helping many people! 😀
Wow, super useful! Thanks from an Italian chemistry student, got a sub
3 ปีที่แล้ว +1
Thank you for your video I really love it, I'm a Ph.D. student of mass spectrometry, and your video helps me to visualize many concepts I have already learned. I just subscribe to your channel, and I hope you still uploading new videos
Thanks... glad you found it useful. My explanations tend to be a little less 'technical' but I'm hoping it's a good starting point on how these devices work.
amazing explanation! really really thank you! I!m trying to understand the differences between triple quadrupole ms (tsq-quantiva) and exactive plus orbitrap. And your videos really helped me.
Thanks a lot! Great videos, very nice explanations! Helped a lot! P.S.: My prof at the uni recommended to watch your videos instead of his own lectures on this topic.
Wow ! Thanks. Like to know more about any proactical everyday use of Quadrople Ion Trap M.S. Any applications for early detection of brain health in humans for example ?
Ah yes... what you are thinking of is tandem mass spectrometry. A molecule might not break down all the way to single atoms, but you can definitely "crack" the ions inside the trap, by colliding them with other ions.
You’ve got the level of the explanation just perfect. Great video!
My goodness I wish our lecturers would explain and give examples like you do! Amazing videos :)
Great explanation, you kept it simple in order to be clear and very understandable but you managed to give me more information than my uni sources. Thank you for the video, keep up the awesome work, you are helping many people! 😀
Excellent! Really appreciate your efforts! Thank you!
You are amazing. You deserve more subscribers. THANK YOU.
Im getting prepared for writing a proposal for the Ph.D. and your channel is just perfect. if Get the position I owe it to you
Thanks a lot. This kind of visualisation was really helpful.
best technical explanation!
Wow, super useful! Thanks from an Italian chemistry student, got a sub
Thank you for your video I really love it, I'm a Ph.D. student of mass spectrometry, and your video helps me to visualize many concepts I have already learned. I just subscribe to your channel, and I hope you still uploading new videos
Please do more videos on analytical instruments 🙏
Wow thank you so much! Great video and very useful animations!
Thanks... glad you found it useful. My explanations tend to be a little less 'technical' but I'm hoping it's a good starting point on how these devices work.
thanks for the video, very useful
thank you for your MS videos!
amazing explanation! really really thank you! I!m trying to understand the differences between triple quadrupole ms (tsq-quantiva) and exactive plus orbitrap. And your videos really helped me.
Magnificent videos, much obliged.
thank you so much for your explanation! i am very appreciated if there is subtitles for these vedios!
Great video! Very clear explanations and good animation!
Understood in 15 minutes what took my professor 1hr and a half.
Such good videos, thank you so much!!
amazing lecturer! you made learning so easy...
Great explanation, Thank you
Thanks a lot! Great videos, very nice explanations! Helped a lot!
P.S.: My prof at the uni recommended to watch your videos instead of his own lectures on this topic.
Great great great work ! Incredible thank you so much
Really cool videos! I appreciate your work so strong!
Thank you very much for an amazing video!
Brilliant! 💯
Wow ! Thanks. Like to know more about any proactical everyday use of Quadrople Ion Trap M.S. Any applications for early detection of brain health in humans for example ?
It is a very helpful and interesting video.
super good!
This help me a lot thx
Can you share a video for particle motion in such arrangement form electrostatic and Magnetic potential? i.e Penning Trap
Amazing! This can be used to trap an isotope of mass "x" while excluding isotopes of mass "y" using RF, yes?
Thanks for the explanation.
How difficult would it be to trap the ions in the X axis and slow them to turn them back to atoms?
Ah yes... what you are thinking of is tandem mass spectrometry. A molecule might not break down all the way to single atoms, but you can definitely "crack" the ions inside the trap, by colliding them with other ions.
Linear ion trap 13:49
That shark really scared me out of my wits
Comment for the algorithm
I was that trapped ion ....
sesi unu boi non mettendo i sottotitoli
Are you a sibling to Greg Doucette? Because the resemblance is uncanny.
We are twins. Editor Steve is my younger brother
jesus adding memes to instructive videos is so annoying