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Clinical Omics – Multimedia


Clinical Omics and Mass Spectrometry

Due to its broad-based applicability to detect compounds with a wide range of masses, along with its high sensitivity, mass spectrometry (MS) has been used extensively in a range of omics analyses and applications. In this listicle, we explore the use of MS-based data in a variety of clinical omics settings.

Data-dependent vs. Data-independent Proteomic Analysis

Download this list for a useful overview of the DDA and DIA approaches in proteomic analysis, including their characteristics, advantages and disadvantages.

PaSER - Parallel Database Search Engine in Real Time

Traditionally data acquisition has been the bottleneck for large scale proteomics. This has also remained one of the limitations in leveraging mass spectrometry within the clinic.

5 Applications of Mass Spectrometry in the Clinic

Mass spectrometers are an integral component of clinical laboratories, owing to their versatility, specificity, high throughput and ability to detect and quantify unknown components and highly complex samples. Download this listicle to discover several clinical applications of MS

Teach Me in 10 – Understanding COVID-19 Through "Omics" With Dr Clare Paterson

In a COVID-19 special of Teach Me in 10, we're joined by Dr Clare Paterson, senior clinical R&D scientist at SomaLogic, who is currently working on using "omics" approaches to understand the biology of SARS-CoV-2.

Clinical Omics – Genomics to Metabolomics and Onwards to the Multi-Omics Frontier

Download this list to discover more about the latest research in clinical Omics, including how these fields are revolutionizing diagnostics, disease prediction and treatment strategies.

Proteomics: Key Insights From 2019

2019 has been an exciting year for the proteomics community at Technology Networks. As the year draws to a close, we're reflecting on some of the key insights we have gained.

Applications of Mass Spectrometry

Mass spectrometry is a powerful analytical tool with a myriad of applications spanning biology, chemistry, clinical research, pharma and beyond. Take a closer look at what this versatile technique has to offer in our latest eBook.

Is Oxford Nanopore Technology Ready for Clinical Diagnostics?

Our objective is to validate diagnostic services using Oxford Nanopore’s Minion in the first instance and to evaluate the cost and performance compared to existing sequencing technology in areas such as tumour DNA sequencing (and circulating tumour DNA), virology, microbiology, genetics and HLA-typing.

From Sequencing to Interpretation: Bioinformatics Challenges in Next Generation Sequencing Cancer Dx

This lecture will use our experiences at The University of Chicago Medicine to highlight some of the common analytical, technical, and regulatory challenges that bioinformatics groups face when helping to set up oncology genomics clinical diagnostics practices.