Thursday
November 30, 2017
8: 00 am PT
11:00 am ET
17:00 CET
DURATION: 60 minutes
COST: Complimentary
Speaker
Quantitative, Reproducible,
Standardized, and Scalable —
Needs for Translational
Proteomics
The transition from discovery proteomics to translational
research in the pipeline of precision medicine means that we
are no longer measured by the number of protein identifications,
highest sensitivity or best coverage, but success criteria focused
on quantitation, reproducibility, standardization, scalability,
access to curated references, and rigorous statistics. These
studies require implementation of highly robust analytical
platforms to deliver accurate and reproducible peptide/protein
quantitation along with high throughput. Ultimately, verification
of protein biomarkers requires confident quantitation of
low-level proteins in large-cohort studies in a standardized
and precise manner.
In this Clinical Omics webinar, we will discuss several new
technology developments and optimization of each component
in the translational proteomics workflow: sample preparation,
separations, mass spectrometry, and data analysis. A particular
emphasis will be placed on integrating these to enable end-
to-end, complete, standardized solutions for the rigors of
quantitative proteomics focusing on label-free precursor-based
quantitation.
A live Q&A; session will follow the presentation, offering you
a chance to pose questions to our expert presenter.
Free Registration!
www.clinicalomics.com/proteomics
You Will Learn
• Success Criteria for quantitative
high-throughput proteomics
• Current quantitative proteomics
workflow pain points
•
A new robust DDA+ and
HR-DIA label-free quantitation
approaches with Thermo Scientific™
high-resolution accurate-mass
(HRAM) Orbitrap MS
•
About the development of
quantitative, standardized,
reproducible, and precise
proteomic workflows
For Research Use Only.
Not for use in diagnostic procedures.
Aaron
Gajadhar, Ph.D.
Strategic
Marketing Specialist –
Quantitative Proteomics
Thermo Fisher Scientific
Produced with support from
Webinars