LIMPA DAVIS Proteomics Pipeline. Contribute to bsphinney/DE-LIMP development by creating an account on GitHub.

AbstractThe field of proteomics is one of the fastest-growing scientific disciplines in the world today. Beginning in 2020, ambitious market predictions anticipated proteomics to more than double in market size in 4–6 years and to even surpass the well-established genomic sciences industry in 8–12 years. While the market is still growing, it has not come close to matching the initial projections. To better understand the root cause of this, the author has collected field surveys and direct interviews of over 200 scientists actively involved in proteomics research today. While ultimately incomplete, it is worth noting that over 68% of respondents received their technical training in proteomics during either their doctoral or postdoctoral training. In stark contrast, only 4.3% of students obtained training during their undergraduate education. Given the 5.7-to-9.4-year average cycle for traditional doctoral and postdoctoral training in the life sciences, it appears the limiting factor in growing the proteomics field may be linked directly to current practices in training a qualified workforce.

We have applied the mitigation and are monitoring the recovery.

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Six proteomic clocks are applied in a clinical trial to assess anti-aging effects.

The genomic regions regulating gene expression are often themselves transcribed into a variety of noncoding RNAs (ncRNAs). However, the regulatory roles of this noncoding transcription remain largely ...

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The URA3 gene is frequently used in the budding yeast community as the mutation target for 5-fluoroorotic acid (5-FOA) resistance. We identified a class of ura6 mutants that can grow in the presence o...

Detailed guide describing how to accurately detect deamidation in bottom-up proteomics datasets.