A full room at yesterday's Thermo Fisher Scientific User Meeting at the start of the ESCP25 Conference. Special highlight to me was the presented performance and longevity of the new #µPAC Neo Plus columns for single-cell Proteomics applications.
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Just following from last week, with the first Paper showcasing the µPAC Neo Plus column in single-cell Proteomics., by Jakob Woessmann and Erwin Schoof.
For a peek at their methods, please visit biorxiv.org/content/10.1101/…
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I just want to highlight the new µPAC Neo Plus columns for bottom-up proteomics. Especially with scProteomics in mind, with where protein amounts are easily less than 100pg, that you can see in this poster.
assets.thermofisher.com/TFS-…
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Getting ready for the hospitality suites at @ASMS2024
For EASY-Spray Neo and uPAC Neo columns, to Vanquish Neo Tandem Direct Injection and of course our Orbitrap Astral and Stellar.
Joins us from 8pm, and enjoy the evening …
Just arrived at Amsterdam airport to travel to @ASMS2024 later this morning, together with our @uPAC Neo columns for high resolution nanoLC separations for proteomics LC-MS.
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Just flown out of Portland after my first USHUPO. Thanks to all participants, organizers and colleagues for the fun and educational extended weekend (if I may call it that 😏).
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#proteomics #teammassspec at next week's @us_hupo conference, we will show the #µPACNeo columns in combination with the new Sonation column. Just come by my posters or see us at the @thermofisher booth.
Safe travels and looking forward to seeing you in Portland.
Robert vanLing retweeted
Christian Huber stressing the importance of LC for proteomics. Surely the big dog?! #brixenproteomics
It has arrived, the Thermo Fisher Scientific µPAC Neo High Throughput column, alongside the Orbitrap Astral Mass Spectrometer, allowing up to 300 samples per day.
Learn more about µPAC Neo High Throughput columns at lnkd.in/eNR8zK73
uPAC NEO columns on tour…
Now at the 6th Single Cell Proteomics Conference (SCP2023) in Boston.
For all participants, just pop by the @thermofisher booth to learn about optimising the chromatography for these minute sample amounts.
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German Mass Spec Society meeting in Dortmund.
@thermofisher workshop on reliable and robust single-cell proteomics, with uPAC NEO Low-load columns for the nanoLC separation.
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We just launched our new #µPAC Neo HPLC Columns for nanoLC-MS Proteomics. Now part of Thermo Fisher Scientific, the new µPAC Neo columns have our nanoViper connections and will continue to amaze on separation performance and robustness. Take a look at thermofisher.com/nl/en/home/…
Robert vanLing retweeted
If you would like to know more about our recent scp-MS workflow, combining DIA, 384w sample prep, and the latest generation uPAC, please dial in to this webinar by one of my talented students @PedroAragon9. Thermo Scientific™ µPAC™ Neo... theanalyticalscientist.video…
Robert vanLing retweeted
Registration to the #BSPR #EUPA 2023 conference in Newcastle is now open!
@UKBspr @bmss_official @EuPAProteomics @EU_YPIC
#proteomics #massspec
conferences.ncl.ac.uk/bspr-e…
Robert vanLing retweeted
Join us at #USHUPO for our lunchtime seminar Tuesday, March 7 featuring @Gundrylab and @dschweppe1. You can register to attend the lunchtime seminar at spr.ly/60183SdBA
Summer celebration for µPAC HPLC Columns. Visit thermofisher.com/nl/en/home/… and see what they can do for your nanoLC-MS robustness and performance. Also important, check out this special summer discount.
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MSB 2022, at Liege University in Belgium. After Prof. Desmet’s micro-pillat workshop from yesterday, just come by the @thermofisher booth, and see them for yourselves.
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Off to ASMS in Minneapolis. Ready to show our new Thermo Fisher Scientific uPAC HPLC columns. Just pop by our booth or hospitality suite to check on the amazing results in DIA AND DDA analysis.
Robert vanLing retweeted
Dear Bini, great questions. I will present all the details during the thermo breakfast meeting at #ASMS2020 on monday.
Replying to @Karl_Mechtler
It's so cool to see run times getting reduced.. Could you please share the trap/separation column dimensions and total inject-to-inject run time including the wash and equilibration steps?? Thanks..


























