About Orbitrap_SciLib

Orbitrap_SciLib · 05-27-2021

Orbitrap Tribrid Series 3.4 PatchAcquisition crash can be observed with an instrument method including data dependent MS2 triggered MS2 acquisition using UVPD activation.Thermo Fisher Scientific

Orbitrap_SciLib · 05-18-2021

Orbitrap Tribrid Series 3.4 PatchWith this patch, the polarity of the reagent used for calibrating IC Make-up flow and the fitting mechanism used to extract the optimum flow are modified. The calibration now uses the negative reagent ion species, whi...

Orbitrap_SciLib · 05-18-2021

Orbitrap Tribrid Series 3.4 PatchThe fluctuation in signal intensity could be observed when performing DDA acquisition with precursor ions fragmented by resonance CID activation and with MS2 spectra acquired in Orbitrap and using Auto Mass Range sett...

Orbitrap_SciLib · 04-01-2021

The introduction of the latest TMTpro reagents enables more more samples in a single LC-MS run. They offer unique advantages over label-free approaches, including fewer missing values between multiplexed samples, ability to add internal controls or r...

Orbitrap_SciLib · 03-24-2021

Amanda SouzaWebinarMetabolomics, the investigation of small molecules present in a biological system, finds application in diverse biomedical and industrial research. In large-scale applications, targeted profiling of metabolites is employed as it pr...

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Orbitrap Tribrid Series 3.4 Patch: This patch addresses an issue associated with an instrument method including data dependent MS2 triggered MS2 acquisition using UVPD activation.

Orbitrap Tribrid Series 3.4 Patch: This patch addresses shortcomings in IC Make-up Flow calibration.

Orbitrap Tribrid Series 3.4 Patch: This patch addresses an issue associated with possible signal intensity fluctuation under specific acquisition conditions.

Next-generation TMTpro reagents for increased sample multiplexing

Robust metabolic profiling for routine quantitation and confident unknown identification

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