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Landmark UK Biobank proteomics study propels drug discovery

The research establishes the largest open-access proteogenomic dataset to date for the discovery of novel drug targets

Nikolai lenetsNaomi allenChris whelanEditorial articleUnited kingdom biobank pharma proteomics projectKingdom biobankUnited kingdom biobank pharma proteomicsUnited kingdom biobankProximity extension assayUnited kingdomProfessor naomi allenChief scientist

Landmark UK Biobank proteomics study propels drug discovery

The research establishes the largest open-access proteogenomic dataset to date for the discovery of novel drug targets

Chris whelanNikolai lenetsNaomi allenEditorial articleUnited kingdom biobank pharma proteomics projectKingdom biobankUnited kingdom biobank pharma proteomicsUnited kingdom biobankProximity extension assayUnited kingdomProfessor naomi allenChief scientist

Antibody-based proteomics links SNPs to protein function

Leveraging antibody-based proteomics in protein quantitative trait loci mapping for disease research

Correa rojoOwens skinnerNeill kelleherRainer bischoffProtein concentrations journal of proteome researchMyocardial infarction heart failure nature communicationsBiophysical research communicationsEditorial articleTarget identificationProteome screening arraysDisease specific biomarker screeningDown proteomicsQuantitative proteomics toolboxPrecision medicineLude frankeStudies related

Unlock the potential of liquid biopsies to start revolution

Nucleic acids in blood can provide valuable information about cancer, but how can we stabilize them prior to analysis?

United statesGary pestanoDrug administrationStage solid tumor drug developmentBiodesix new york state laboratoryPestano ga developmentEditorial articleChief development officerNew york state laboratoryStreck stabilization suiteDevelopment officerNucleic acidProtein plusCell free nucleic acidsMain characteristicsIntj mol sci

Protein sequencing sheds light on protein misfolding disease

Researchers have developed a new way to find, trap, and characterize altered protein shapes underlying multiple diseases

Eugene serebryanyQuantitative biology at stony brook universityHarvard universityDepartment of physiologyLaufer centerStony brook universityEditorial articleAssistant professorQuantitative biologyNext generation protein sequencing

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