Protein Analysis - Ultra-sensitive proteomics for earlier biomarker discovery
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Develop Richer Biomarker Insights with Multiplex AnalysisDevelop Richer Biomarker Insights with Multiplex Analysis

Understanding protein expression within complex tissues requires more than single-marker analysis. This practical eBook explores how multiplexing enables simultaneous biomarker detection, enhanced spatial context, and deeper biological insight. Discover strategies for panel design, assay validation, and workflow optimization to support more informative protein analysis and translational research.

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    Ultra-sensitive proteomics for earlier biomarker discoveryUltra-sensitive proteomics for earlier biomarker discovery
 
Detect low-abundance proteins with exceptional sensitivity using Source BioScience's Alamar Biosciences proteomics service. Powered by the NULISA™ platform, it delivers highly reproducible, multiplexed protein profiling from minimal sample volumes, supporting biomarker discovery, translational research, and early disease detection across a range of therapeutic areas.
See How It Works
 
 
   Blood protein clocks flag higher risks of death and chronic diseaseBlood protein clocks flag higher risks of death and chronic disease
 
Proteomic age clocks applied to two European cohorts linked faster biological aging with smoking, alcohol use, physical inactivity, all-cause mortality, cardiovascular disease, dementia, and several cancers. The Global proteomic clock predicted mortality as well as established lifestyle risk factors, while organ-specific clocks showed stronger links with related cancers of the kidney, lung, and stomach.
 
 SERS in Proteomics
 
SERS in ProteomicsUtilizing SERS for protein detection offers high sensitivity and label-free analysis, advancing proteomics and biomarker discovery in clinical settings.
 
 
 Decoding Hidden Metabolic Tissue Crosstalk via Advanced Proteomic Tracking
 
Decoding Hidden Metabolic Tissue Crosstalk via Advanced Proteomic TrackingThe body's organs are in constant communication. Fat tissue tells the liver when to store or release energy, the immune system signals localized inflammation, and thousands of proteins carry these messages to organs throughout the body.
 
 
 Using blood proteomics to identify pediatric inflammatory bowel disease risk
 
Using blood proteomics to identify pediatric inflammatory bowel disease riskFor children with suspected inflammatory bowel disease (IBD), a chronic, relapsing condition of the gastrointestinal tract, getting the right diagnosis relies on a combination of clinical evaluation, imaging, endoscopy, and histopathology.
 
 
 New human protein atlas maps how cancer rewires the body’s tissues
 
New human protein atlas maps how cancer rewires the body’s tissuesResearchers created a DIA-MS atlas of 13,609 proteins across 2,856 samples from fetal, healthy adult, paired non-tumor, and tumor tissues. The resource maps tissue-specific protein patterns, cancer-associated changes, organ-specific drug-toxicity signals, and candidate therapeutic targets.
 
 
 Enigmatic MLL4 Protein Drives Leukemia While Suppressing Solid Tumors
 
Enigmatic MLL4 Protein Drives Leukemia While Suppressing Solid TumorsThe epigenetic modifier MLL4 has an unassuming name-the 4, for instance, indicates it's just one in a family of such modifiers.
 
 
 Southern Medical University Uncovers Crucial Protein Linked to Lung Fibrosis
 
Southern Medical University Uncovers Crucial Protein Linked to Lung FibrosisA study published recently in Current Molecular Pharmacology has uncovered a key mechanism linking aging to persistent pulmonary fibrosis, identifying the transcriptional regulator fPRDM16 as a potential therapeutic target.
 
 

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