Blog

Expanding proteomic horizons at the HUPO 2023 World Congress

We share some of the highlights from our own presentations as well as what we learned from attendees at the 2023 HUPO World Congress.

The understudied proteins initiative – A new opportunity for functional proteomics

Researchers disproportionately study well-understood proteins. Next-gen proteomics may change that.

Applications of proteomics in neuroscience – Uncovering protein networks in Alzheimer’s

Proteomics analyses can reveal protein signatures of disease or protein modules that aren't readily apparent in transcriptomics.

The incredible power of proteins: The klotho protein enhances cognition in aged monkeys

The klotho protein boosted monkeys’ performance on cognitive tests and could one day be a therapeutic for humans.

Applications of proteomics in neuroscience – Linking genes and proteins in neurological disease

Linking together genomics and proteomics reveals brand new insights into how the brain works.

Nautilus eBook – Proteomics and neuroscience

Learn how researchers advancing the study of the brain and broader nervous system through the power of proteins.

Applications of proteomics in neuroscience – Proximity proteomics for the identification of axonal proteomes

Learn how researchers can use proximity proteomics to define sub-cellular proteomes important for particular cellular processes.

What is single-molecule analysis?

Single-molecule analysis can offer detailed information about proteins and proteoforms, revealing new insights about biology.

Applications of proteomics in neuroscience – Identifying disrupted pathways in dementia

Salient signals across omics methodologies can help prioritize potential biomarkers and therapeutic targets in dementia and other conditions.

What is functional proteomics?

Functional proteomics is the mechanistic study of protein function through methods like protein expression and protein interaction analysis.

Applications of proteomics in neuroscience – Assessing tau modifications during Alzheimer’s disease progression

Tau is progressively modified in Alzheimer’s disease and recent work provides a map of the modifications present across the tau protein.

Applications of proteomics in neuroscience – Interaction proteomics explores the role of tau in health and disease

Learn how interaction proteomics helps researchers understand the functional roles of the tau protein in health and disease.