31 verified PDFs
By normalizing their data to calculate unique predicted proteins per $1,000, they found that PacBio sequencing was twice as cost-effective as short- read ...
Our goal was to understand changes in the zebrafish eye due to loss of Rab28 that are likely to explain how this results in inherited human blindness. Our ...
Clinical proteomics is mostly applied in cancer samples and studies on cardiac, COVID-19, and other disease are also on the way, leading to the ...
by DA Jefferyà · 2003 · Cited by 347 — This review focuses on the multidisciplin- ary field of chemical proteomics, which makes use of synthetic organic chemistry, cell biology, biochemistry, and ...
Here we present some examples of how clinical proteomics is being used to study disease, and its potential applications in biomarker discovery. CANCER ...
A novel proteomics strategy is proposed for biomarker discovery in plasma. Instead of comparing the plasma proteome of different individuals it is recommended ...
The path from early proteomic biomarker discovery to more meaningful clinical application is challenging and still requires further technical ...
Functional proteomics represents a powerful approach of providing valuable information on target druggability and simultaneous rapid access to relevant ...
Modern profiling methods permit comprehensive analysis of biological systems that allow, for the first time, non-hypothesis-driven approaches in biological ...
Label-free LC-MS methods are attractive for high-throughput quantitative proteomics, as the sample processing is straightforward and can be scaled to a large ...
... analysis of host cell proteins: A case study of a bacterially expressed recombinant biopharmaceutical protein. Protein Expression and. Purification, 147, 69 ...
