Metabolomics - Metabolomics Advances Transform Modern Cardiometabolic Clinical Research
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[Free Webinar] When discovery metabolomics becomes quantitative[Free Webinar] When discovery metabolomics becomes quantitative

Traditional metabolomics workflows often separate discovery and quantitation into distinct experiments. Researchers first perform untargeted analyses to identify molecules of interest, then develop targeted methods to accurately quantify those findings. But what if discovery data was already quantitative?

In this webinar, Paul Baker will explore how ZT Scan DIA is helping bridge the gap between untargeted discovery and quantitative analysis. Through real-world examples, discover how ZT Scan DIA is transforming discovery data into a long-term quantitative asset.

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    Metabolomics Advances Transform Modern Cardiometabolic Clinical ResearchMetabolomics Advances Transform Modern Cardiometabolic Clinical Research
 
Metabolomics is providing deeper insight into cardiometabolic disease, helping researchers move beyond traditional measures toward more precise biomarkers and clinically meaningful outcomes. Explore how evolving biomarker strategies, early-phase research, and innovative trial designs are supporting therapeutic development across obesity, diabetes, metabolic dysfunction, and associated cardiovascular and renal diseases.
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   Esophageal cancer leaves a distinct metabolic signature in the gutEsophageal cancer leaves a distinct metabolic signature in the gut
 
The study uncovers gut microbial and metabolic signatures in esophageal cancer, emphasizing lipid dysregulation and its potential role in disease progression.
 
 Innovative OpenFISH Technique Enables Integrated Spatial Molecular Imaging in Tissues
 
Innovative OpenFISH Technique Enables Integrated Spatial Molecular Imaging in TissuesSpatial transcriptomics (ST) shows which genes are being expressed and where within a tissue. Spatial metabolomics (SM), on the other hand, maps the location of metabolites—small molecules produced or used by cells—within tissue.
 
 
 Children who ate healthier plant foods had slightly lower blood pressure later
 
Children who ate healthier plant foods had slightly lower blood pressure laterResearchers followed 3,990 Dutch children for an average of 1.6 years and found that higher healthful plant-based diet scores were associated with modestly lower blood pressure and total cholesterol. Children with higher unhealthful plant-based diet scores had lower estimated food costs and distinct metabolite profiles, while healthful scores showed no clear cost association.
 
 
 Single-Cell Metabolic Profiling Identifies Key Bioenergetic Targets in Human Tumor Tissue
 
Single-Cell Metabolic Profiling Identifies Key Bioenergetic Targets in Human Tumor TissueImmune cells can reach head and neck tumors, but once there, many stop functioning. This helps explain why immunotherapy with immune checkpoint inhibitors - which have transformed treatment for some cancers - benefit only 17%–23% of patients with head and neck squamous cell carcinoma. These are cancers that arise from cells lining the mouth, throat and voicebox.
 
 
 Integrated Multi-Omics Maps Metabolic Shift During Seed Development Stages
 
Integrated Multi-Omics Maps Metabolic Shift During Seed Development StagesCanavalia gladiata, commonly known as sword bean, is a leguminous crop with high seed protein content (26%–30%) and oil rich in unsaturated fatty acids. Despite its nutritional promise, the species has remained underutilized, largely because a complete genome and the genetic basis of its nutritional traits were lacking.
 
 

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