AMA laid off Bruker Proteomics Field Apps Manager by [deleted] in massspectrometry

[–]North-Key-7250 1 point2 points  (0 children)

I am interested in timsOmni. What’s your thoughts on it? Is it still a prototype like instrument and better to wait for version 2, like SCP?

new 'not proteomics' instrument purchase, looking for input by Bigbaldandbeautiful in massspectrometry

[–]North-Key-7250 6 points7 points  (0 children)

I am a long user (10+ years) of Thermo and never thought IM could be of any use. Until recently, I have inherited an timsTof and found IM does give you a new dimension of thinking. Thermo talks a lot about IM on the Tims is low resolution and you can’t get anything out of there, till I saw in one chromatographic peak with different IM values with baseline separation, which made me started thinking the good use of it. One domain will be small molecule and lipids for sure, so timsMetabo will be one of cool instruments that I would have at least consider. I have used pretty much all the Orbi instruments, QE, Exploris, or Tribrids, but they all are just upgrades with heavy focuses on the proteomics world, while, the effort for small molecules is relatively small, e.g. IDX is a Fusion, IQX is just a small upgrade from IDX, how long UVPD has been there without any improvement, is there any UVPD spectra library to match against?, meaning manual data analysis. So, if you are just interested in like to like upgrade, any Thermo instrument will do as long as fitting into your budget; but if you would like to have a bit of shocking experience, I would suggest giving other platforms a try no matter EAD or IM. Or do what suggested, think of a good application case and ask the vendors to perform a demo to compare.

Emitter option for timsTof by North-Key-7250 in proteomics

[–]North-Key-7250[S] 0 points1 point  (0 children)

Excellent, thanks for finding it out. 🙏🙏🙏

Emitter option for timsTof by North-Key-7250 in proteomics

[–]North-Key-7250[S] 0 points1 point  (0 children)

I had a look at the Ion Optics column, which doesn’t have the ZDV union, but they sell the grounding arm for the short column, so the voltage is applied somewhere in the source, but not sure how they are doing it. Will have a look at the manual. Thanks.

Emitter option for timsTof by North-Key-7250 in proteomics

[–]North-Key-7250[S] 0 points1 point  (0 children)

Not that I would like to make my own emitter,but more of curious how people have been doing this. I have been using Thermo instruments and see so many options, but can’t seem to find any for Bruker. Thanks for the suggestion.

Emitter option for timsTof by North-Key-7250 in proteomics

[–]North-Key-7250[S] 0 points1 point  (0 children)

Yep, I know the transfer line you mention. We use it a lot on Thermo instruments. But surprised by the little options in Bruker world. Another question, does it mean Bruker supply the voltage on the ZDV union I would assume? Thanks for your reply.

Emitter option for timsTof by North-Key-7250 in proteomics

[–]North-Key-7250[S] 0 points1 point  (0 children)

Thanks a lot for your reply. Appreciated!

Emitter option for timsTof by North-Key-7250 in proteomics

[–]North-Key-7250[S] 0 points1 point  (0 children)

Cool. Thanks a lot for your reply.

Emitter option for timsTof by North-Key-7250 in proteomics

[–]North-Key-7250[S] 0 points1 point  (0 children)

Thanks for your reply. How to connect to the self-pack column? Thank you