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Exposomics Reveals Chemical Exposure in Adverse Pregnancy Outcomes
Characterizing Chemical Exposures During Pregnancy Through Targeted and Discovery Exposomics™ Exposomics provides a comprehensive approach to characterize exogenous chemical exposures during pregnancy by profiling compounds...
The Future of Precision Medicine: Genomics + Exposomics
How Genomics and Exposomics Will Transform Precision Medicine Genomics has transformed precision medicine by revealing an individual's genetic blueprint—but genetics alone cannot explain why people...
How Exposomics Improves Clinical Trial Success
How Exposomics Can Improve Clinical Trials and Precision Medicine Why do promising drugs fail in Phase III clinical trials? Why do patients respond differently to...
Can Environmental Exposures Affect Drug Metabolism?
How are exposure patterns linked to biological pathways? Environmental chemical exposures can significantly influence drug metabolism, therapeutic response, and disease biology—but they are often overlooked...
TissueBridge™ FFPE Proteomics of CRC Tumor Tissue Biopsies
This data report demonstrates the capabilities of Panome Bio's TissueBridge™ FFPE Proteomics, showcasing comprehensive protein profiling from formalin-fixed, paraffin-embedded (FFPE) tissue. The report includes protein...
Fuchs Corneal Dystrophy Metabolomics Poster
Metabolic Profiling of Fuchs Endothelial Corneal Dystrophy This poster, presented by researchers from the Icahn School of Medicine at Mount Sinai, showcases how Next-Generation Metabolomics...
Untargeted Metabolomic and Lipidomic Profiling in Oral Health
Untargeted Metabolomic and Lipidomic Profiling as a Supplemental Assay for Diagnosis of Periodontitis Traditional methods for diagnosing periodontitis rely on clinical examinations and radiographic imaging,...
Exposomics Analysis: Samples, Sensitivity & Workflow
How Exposomics Is Measured: Sample Types, Sensitivity, and Workflows How are exposomics measurements performed, what sample types can be analyzed, and how sensitive are modern...
KRAS Knockdown Cell Surface Multi-Omics
This data report presents the complete Cell Surface Multi-Omics analysis of KRAS-knockdown and wild-type HCT-116 cells, including cell surface proteomics, membrane lipidomics, differential expression analysis...
Cell Surface Omics Reveals KRAS-Driven Membrane Remodeling
KRAS Knockdown Remodels Surface Proteins and Lipids Cell Surface Multi-Omics combines cell surface proteomics and membrane lipidomics from matched membrane fractions to characterize the protein...
Discovery vs Targeted Exposomics Explained | ChatGJP
ChatGJP: Discovery vs Targeted Exposomics Explained Should you use discovery exposomics or targeted exposomics? In this episode of ChatGJP, Panome Bio CEO Ed Weinstein explains...
Exposomics, PFAS & Clinical Trials
ChatGJP: Exposomics, PFAS, and Clinical Trial Implications In this episode of ChatGJP, Panome Bio President and Co-Founder Tom Cohen explores the growing field of exposomics...
Metabolomics for Mechanism of Action: Understanding Drivers of Synergistic Inhibitor Treatment in Cancer
Metabolomics for Mechanism of Action in Synergistic Cancer Treatments Next-Generation Metabolomics can provide robust, biologically meaningful data for drug combination analysis. Learn more about treatment-induced...
Mass Spectrometry Proteomics for Translational Research
Advancing the frontier of translational proteomic insights: Focus on large scale mass spectrometry A fireside conversation for biopharma, investors, and academics about maximizing translational insights...
PRMT5 Metabolomics Panel for Patient Stratification
PRMT5 Metabolomics Panel for Patient Stratification This poster presents a targeted, multiplexed LC-MS/MS metabolomics assay developed to support patient stratification and pharmacodynamic monitoring for MTA-cooperative...
Decoding Alzheimer’s Disease with Multi-Omics
Decoding Alzheimer's Disease with Multi-Omics Alzheimer’s disease involves coordinated changes across metabolism, proteins and cellular systems. By combining metabolomics and proteomics, this study examines how...
Multi-Omics Reveals Alzheimer’s Disease Signatures
This study presents an integrated proteomics and metabolomics analysis of Alzheimer’s disease using serum samples. Across 11,000+ molecular features, Panome Bio identified systemic metabolic dysregulation,...
Untargeted Metabolomics Comparison
Metabolomics Comparison: A Head-to-Head Study Panome Bio conducted a controlled head-to-head metabolomics study using identical samples analyzed by a legacy library-based platform and Next-Generation Metabolomics®️....
Exposomics Analysis in Alzheimer’s Disease
Pinpointing the Pervasive: Exposomics Analysis of Alzheimer’s Disease This poster presents a comprehensive exposomics analysis of Alzheimer’s disease, leveraging both targeted and discovery workflows to...
Exposomics Measuring Chemical Drivers of Human Disease
Exposomics Measuring Chemical Drivers of Human Disease Panome Bio’s Exposomics platform enables comprehensive measurement of chemical exposures that drive human disease. Using integrated discovery (32,000+...
Chemical Exposure Profiling of Alzheimer’s Patients
Chemical Exposure Profiling of Alzheimer’s Patients This webinar presents a comprehensive overview of chemical exposure profiling in Alzheimer’s patients using Panome Bio’s Targeted Exposomics™ and...
Discovery Exposomics: Chemical Exposure Analysis in Alzheimer’s Disease
This data report showcases Discovery Exposomics results from a study examining chemical exposure patterns associated with Alzheimer’s disease. Using Panome Bio’s expansive database of more...
Targeted Exposomics: Chemical Exposure Analysis in Alzheimer’s Disease
This data report presents Targeted Exposomics findings from a study investigating chemical exposure patterns linked to Alzheimer’s disease. Using highly sensitive quantitative analysis, the report...
Evexomostat (SDX-7320) Reduces Obesity-Driven Tumor Growth
This publication from SynDevRx examines the dual anti-obesity and anti-tumor effects of Evexomostat (SDX-7320), a METAP2 inhibitor evaluated in diet-induced obese mouse and rat models....
Untargeted Metabolomic & Lipidomic Profiles of Periodontitis Patients
Our partners at Indiana University leveraged Next-Generation Metabolomics to profile metabolic and lipidomic changes in gingival crevicular fluid from healthy individuals and patients with periodontitis....
MassID™ Confidence-Driven Untargeted Metabolomics
Advancing Untargeted Metabolomics Data Analysis with MassID™ MassID™ is Panome Bio’s identification engine for Next-Generation Metabolomics®, designed to turn complex untargeted metabolomics data into confident...
MassID™ | Advancing True Untargeted Metabolomics
MassID™ Turning Untargeted Data into Confident Discoveries Get a quick overview of how MassID enhances Panome Bio’s true untargeted metabolomics by transforming raw LC-MS/MS data...
MassID provides near complete annotation of metabolomics data with identification probabilities
MassID is a computational tool that enables near-complete annotation of untargeted metabolomics datasets by assigning identification probabilities to detected features. Traditional workflows often leave many...
Metabolomics in ADC & Immuno-Oncology
Payload to Patient: Metabolomics in ADC and Immuno-Oncology In this episode of the ChatGJP series, Panome Bio CSO Dr. Gary J. Patti joins Chris Eden...
Untargeted Metabolomics in Food Science
Untargeted Metabolomics in Food Science: Key Applications Untargeted metabolomics is rapidly transforming food science and nutrition research, enabling deeper insight into ingredient quality, processing effects,...
Gary Patti on Proteomics, Multi-Omics & Precision Medicine
ChatGJP: LC-MS Proteomics, Multi-Omics, & Precision Medicine In this episode of the ChatGJP series, Panome Bio CSO Dr. Gary J. Patti discusses the strengths and...
Integrated Multi-Omic Analysis of KRAS Colorectal Cancer
Integrated Multi-Omic Analysis of KRAS-Driven Colorectal Cancer This poster presents an integrated multi-omic analysis of colorectal cancer models driven by the KRAS mutation. By combining...
Comprehensive PRMT5 Activity Profiling in Cancer
From Metabolism to Mechanism, Profile PRMT5 Activity in Cancer Profile PRMT5 activity with precise SDMA/ADMA quantification and full methionine cycle coverage. Support inhibitor development, patient...
Metabolic Signatures of Alzheimer’s Disease
Beyond Plaques and Tangles: How Untargeted Metabolomics Detects Distinct Signatures in Alzheimer's Disease Untargeted metabolomics captures systemic metabolic changes in neurodegenerative diseases, such as Alzheimer’s,...
Gary Patti on Mass Spec, Multi-Omics & Population Health
ChatGJP: Insights from Gary Patti on Mass Spec and Multi-Omics In this episode of the ChatGJP series, Panome Bio CSO Gary Patti shares candid insights...
Optimizing Cultured Meat Production with Integrated Multi-Omics
Optimizing Cultured Meat Production Through Integrated Multi-Omics Analysis Cultured meat developers face complex biological challenges that slow process optimization and scale-up. This application note demonstrates...
FFPE Metabolomics Analysis for Biomarker Discovery
Unlocking FFPE Archives: How TissueBridge™️ Enables Retrospective Profiling of Tumor Metabolism Panome Bio’s TissueBridge technology unlocks the full metabolomic potential of FFPE tissue archives, enabling...
Inside PRMT5: Metabolomics-Driven Insights for Cancer Therapy
Inside PRMT5: Metabolomics-Driven Insights for Cancer Therapy PRMT5 is a promising therapeutic target, especially in MTAP-deleted tumors, but measuring its inhibition has remained a challenge....
Metabolomics & Multi-Omics for Advanced Animal Models
Advancing Animal Model Research with Multi-Omics Integration Discover how Panome Bio’s Next-Generation MetabolomicsTM and integrated multi-omics approaches enhance the translational value of animal model research....
Protein Expression in HCT-116 KRAS KO Cells
Explore Panome Bio’s in-depth proteomics data report profiling global protein expression changes in HCT-116 cells with KRAS knockout. This analysis highlights key signaling pathways and...
Hypoxia-Induced Lipid Droplet Accumulation Promotes Ferroptosis Resistance
This study from researchers at the University of Arizona utilized Next-Generation Lipidomics from Panome Bio as part of a larger, multi-omic study to find that...
Microbiome Function Through the Lens of Metabolomics
Microbiome Function Through the Lens of Metabolomics This webinar, featuring Dr. Andrew Patterson of Penn State University, will explore how metabolomics is advancing our understanding...
Multi-Omics Integration for Comprehensive Cancer Profiling
Comprehensive Biological Profiling in Cancer via Multi-Omics Integration Colorectal cancer is on the rise and remains difficult to detect and treat. Panome Bio’s multi-omics platform...
Revolutionize Your Microbiome Research with Panome Bio’s Advanced Functional Analysis
Revolutionize Microbiome Research with Functional Analysis The gut microbiome, a community of microorganism, influences host digestion, immunity, neural signaling and metabolism. Discover how Next-Generation Metabolomics...
A Comprehensive untargeted Metabolomic Profiling of Fresh-Frozen Tissue
Dive into the power of Panome Bio's Next-Generation Metabolomics in this sample data report. See how Panome Bio used untargeted metabolomics workflow to analyze tumor...
A Multi-Omics Strategy to Uncover Signaling in Cancer
Combining Metabolomics, Proteomics and Transcriptomics to Reveal Key Pathways and Biomarkers Explore how reduced KRAS activity reshapes gene expression and pathway activity in HCT-116 cells....
TissueBridge™ | Next-Generation Metabolomics for FFPE Samples
Metabolic Profiling of Tumor and Normal Adjacent FFPE Tissue Panome Bio is excited to announce a new, fully validated service that brings comprehensive, untargeted metabolomics...
TissueBridge™ | Next-Generation Metabolomics for FFPE Samples
Dive into the power of TissueBridge from Panome Bio in this sample data report. See how Panome Bio used TissueBridge - a novel Next-Generation Metabolomics...
Next-Generation Metabolomics for FFPE Samples
Comprehensive Metabolite Profiling of FFPE Tissue Samples This poster presentation includes an in-house study directly comparing FFPE tissue with fresh frozen samples using our Next-Generation...
Short-Term Methionine Restriction Counteracts Metabolic Dysfunction
This study from researchers at MaineHealth utilized Next-Generation Metabolomics to identify a cardioprotective signature in mouse blood plasma, and activated mitochondrial activity and energy production...
Multi-Omics Analysis of Cultured Porcine Cells
This sample data report features an integrated analysis of untargeted metabolomics and proteomics datasets. Learn how Panome Bio provides cultured meat researchers with novel insights...
Next-Generation® Metabolomics for Dried Blood Spot Analysis
Next-Generation Metabolomics for Dried Blood Spot Analysis Next-Generation Metabolomics can provide robust, biologically meaningful data for dried blood spot analysis. Learn more about the coverage,...
Multi-Omic Analysis of KRAS Knockdown
This sample data report characterizes global changes in gene expression and pathway activity due to reduced KRAS activity in HCT-116 cells. Learn how Panome Bio...
Transcriptomic Analysis of KRAS Knockdown
This sample data report characterizes global changes in gene expression and pathway activity due to reduced KRAS activity in HCT-116 cells. Learn how Panome Bio...
Global Phosphoproteomic Analysis of KRAS Mutation
Unbiased phosphoproteomic and metabolic profiling in WT and KRAS mutant colorectal cancer cells reveals molecular interplay between protein regulation and metabolic rewiring This poster highlights...
Global Phosphoproteomic Analysis of KRAS KD
This sample data report characterizes global changes in protein phosphorylation, protein expression, and pathway activity due to reduced KRAS activity. Gain a better understanding of...
Next-Generation Metabolomics and Proteomics for Cultured Meat Manufacturing
Setting a New Standard for Discovery Research Panome Bio Study Director, Dr. Adam Richardson, presented at The Good Food Institute's February 2025 Cultivated Meat Collaborative...
How does fructose promote cancer? Untargeted metabolomics connects the dots
How does fructose promote cancer? Untargeted metabolomics connects the dots Fructose consumption has skyrocketed in recent decades, but could this common sweetener be fueling cancer...
Partner Presentation: Integrated Multiomics from Single Sample Blood Draws
Integrated Multiomics from Single Sample Blood Draws Provides Comprehensive Holistic Phenotypic Insights This poster from our partners at GENEWIZ from Azenta Life Sciences involves a...
Sex-Based Metabolomic Differences in Obese Mice Therapy
Sex-Based Metabolomic Differences in Checkpoint Inhibitor Response This poster from our partners at TD2 (Translational Drug Development) highlights significant differences in tumor growth inhibition and...
Microbiome Function Analysis with Next-Generation Metabolomics
Panome Bio Provides Advanced Microbiome Analysis with Next-Generation Metabolomics - Deepen Insights with Bile Acids, SCFAs, & More This application note provides a high level...
Microbiome Function Analysis in Antibiotic-Treated Mice
Investigating systemic consequences following the depletion of native murine intestinal flora Panome Bio's Microbiome Function Analysis was utilized to assess the systemic consequences of antibiotic-induced...
Microbiome Function Analysis: Three-Armed Approach
This sample data report utilizes a three-armed approach to provide the most comprehensive metabolomic profiling of microbiome function. With Next-Generation Metabolomics, a Bile Acid focused...
Untargeted Bile Acid Analysis for Microbiome Dysbiosis
This sample data report utilizes a combined targeted and untargeted analysis for bile acids to analyze mice with antibiotic-induced microbiome dysbiosis. Discover unique insights into...
Integrated multi-omics unlocks holistic phenotypic insights allowing for deep molecular exploration
Integrated multi-omics unlocks holistic phenotypic insights allowing for deep molecular exploration The omics era has greatly expanded the repertoire of approaches available for researchers and...
Investigating Microbiome Disruption: Bile Acids, SCFAs, and System-Wide Metabolic Changes
Investigating Microbiome Disruption and System-Wide Metabolism Our gut microbiome plays several vital roles in shaping host health, both in and out of the gastrointestinal tract....
PIM1 drives lipid droplet accumulation to promote proliferation and survival in prostate cancer
This study from researchers at the University of Arizona utilized Next-Generation Metabolomics as part of a multi-omic study to understand prostate tumor metabolism. Download now...
Going Beyond the Limit: Discover More with Next-Generation Metabolomics
Next-Generation Metabolomics outperforms legacy approaches Explore how Next-Generation Metabolomics is transforming discovery research in this insightful white paper. Compare Panome Bio's cutting-edge techniques to legacy...
Metabolomics Analysis of Serum from Colon Cancer Patients
This insightful sample data report covers a Next-Generation Metabolomics analysis of colorectal cancer patients compared to healthy adults. Gain valuable metabolic insights with a data...
Global Proteomics Analysis of Serum from Colon Cancer Patients
[stumble] Discover unique proteomic insights in this sample data report that includes an analysis of colorectal cancer patients compared to healthy adults with the Seer...
Untargeted Metabolomics for Cell-Cultivated Seafood
Improved Cell-Cultivated Seafood Production with Untargeted Metabolomics This case study with cell-cultivated seafood producer BlueNalu® showcases the power of Next-Generation Metabolomics® from Panome Bio to...
Metabolomics of Alzheimer’s Disease in ApoE Knockout Rats
Next-Generation Metabolomics Reveal Pathway Dysregulation Consistent with Alzheimer’s Disease in Apolipoprotein E Knockout Rats Panome Bio’s Next-Generation Metabolomics® platform provides an unbiased and global view...
Quantitative Targeted Metabolomics of Serum Alterations in Colon Cancer
This data analysis report features a targeted, quantitative approach to assessing metabolite changes associated with colon cancer by comparing colon cancer and healthy groups between...
Serum and Liver Analysis: Control vs Mdr1a Knockout
This data analysis report identifies and characterizes the metabolic changes in in liver and serum samples of control and Mdr1a knockout rats. Gain valuable metabolic...
Integrated Multi-Omics of COVID-19
Integration of untargeted metabolomics with targeted profiling of inflammatory proteins to define the metabolic fingerprint of inflammation in COVID-19 Integrated multi-omics provides enhanced mechanistic insight...
Untargeted Metabolomics for Bioprocess Optimization
Untargeted Metabolomic Profiling Reveals Process Optimization Strategies in a Mock Bioreactor Panome Bio’s Next-Generation Metabolomics™️platform provides an unbiased and global view of metabolism. In this...
Integrated Proteomics, Metabolomics, and Transcriptomics of Colorectal Cancer
Integrated Proteomics, Metabolomics, and Transcriptomics Reveals Systemic and Localized Metabolic Disruptions in Colorectal Cancer When integrating multiple sets of -omics data, a more comprehensive view...
Integrated Metabolomics and Proteomics of Aging
Integrated Metabolomics and Proteomics Profiling of Human Serum Reveals an Age-Associated Molecular Signature Panome Bio’s Next-Generation Metabolomics™️ platform provides an unbiased and global view of...
Prostate Cancer Biomarker Discovery with Metabolomics
Welcome to Panome Bio’s Webinar with Noel Warfel, PhD. In this webinar Dr. Warfel discusses "Biomarker Discovery in Prostate Cancer with Metabolomics."
ChatGJP “Forensic metabolomics”
ChatGJP "Forensic metabolomics" Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session, we ask Dr. Patti, "In what ways...
ChatGJP “Metabolomics breakthroughs in cancer research”
Metabolomics Breakthroughs Transforming Cancer Research Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session, we ask Dr. Patti, "What...
ChatGJP “Metabolomics for drug development”
ChatGJP "Metabolomics for drug development" Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session, we ask Dr. Patti, "How...
Metabolomics for Responder and Non-Responder Studies
Using Metabolomics to Study Responders and Non-Responders Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session, we ask Dr....
Building Mechanism from Molecules
Metabolomics, Proteomics, and Multi-Omics Solutions Panome Bio performs the most comprehensive biomarker and mechanism analysis. Learn more about our multi-omics capabilities, including Next-Generation Metabolomics, lipidomics...
Integrated Metabolomics & Proteomics of Colon Cancer Serum
This sample data report integrates untargeted metabolomics and proteomics analysis data on colorectal cancer patients, providing enhanced pathway analysis and novel insights into biochemical mechanisms.
ChatGJP “Value in multi-omics”
What Is the Value of Multi-Omics in Biological Research? Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session, we...
Implementation of LC/MS- Based Metabolomics in CAR T-Cell Research
Metabolomics can play a crucial role in advancing CAR T manufacturing by helping improve quality and efficacy of this therapy. By evaluating CAR T-cell metabolic...
Integrated Multi-Omics Analysis of Colorectal Cancer
Welcome to Panome Bio’s Webinar with Ethan Stancliffe, PhD. In this webinar Dr. Stancliffe discusses "Integrated Multi-omics Analysis Reveals Systemic and Localized Metabolic Disruptions in...
Metabolomics and Metabolic Syndrome
Explore this white paper on Metabolomics and Metabolic Syndrome. Gain valuable insights into the intricate relationship between metabolism and disease, paving the way for innovative...
ChatGJP “Sample types for metabolomics”
ChatGJP "What sample types are the most informative for metabolomics analyses?" Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this...
Integration of Multi-Omic Data Reveals Signature of Colorectal Cancer
Network-driven Integration of Metabolomics and Transcriptomics Data Reveals Signature of Colorectal Cancer Panome Bio’s Next-Generation Metabolomics™️ platform provides an unbiased and global view of metabolism....
ChatGJP “Exciting advances in metabolomics”
The Most Exciting Advances in Metabolomics Happening Now Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session, we ask...
Applications of Nutrition Metabolomics
Metabolomics can provide valuable information on the intricate connections between diet and metabolism, reshaping personalized nutrition and wellness strategies. With Panome Bio’s Next-Generation Metabolomics, gain...
Empowering Biochemical Discovery with Metabolomics
Welcome to Panome Bio’s Webinar with CSO Dr. Gary J. Patti. In this webinar Dr. Patti discusses “Empowering Biochemical Discovery with Metabolomics."
ChatGJP “Metabolomics for biomarker discovery”
ChatGJP "How can metabolomics be used for biomarker discovery?" Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session, we...
Panome Proteomics: Discovery and Targeted Proteomics Solutions
Panome Bio offers a suite of proteomics screens to take your research from discovery to validation. Our suite of discovery, or untargeted, proteomics screens are...
The Metabolomics of Parkinson’s Disease
Global metabolomics, when applied to Parkinson’s Disease research, has the potential to make a significant impact in biomarker development, whether for susceptibility, diagnosis, pharmacodynamic response...
Metabolomics of Immuno-Oncology: Insights into Cancer Therapy
Metabolomics can provide valuable insights into the metabolic changes of both cancer and immune cells during the development and progression of various cancers. Panome Bio’s...
ChatGJP “Metabolomics for cancer research”
How Metabolomics Can Help Your Cancer Research Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session, we ask Dr....
ChatGJP “Sample collection practices for metabolomics”
Best Practices for Sample Collection in Metabolomics Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session, we ask Dr....
Discovery to Mechanism: Direct Observations of Metabolic Pathway Activity
Welcome to Panome Bio's Webinar with Adam Richardson, PhD. In this webinar Dr. Richardson discusses "From Discovery to Mechanism: Direct Observations of Metabolic Pathway Activity"
Enhanced Pathway Analysis with Metabolic Flux
Metabolic Flux experiments take your research to a new level with enhanced pathway analysis. Panome Bio can design an experiment for your pathway(s) of interest...
Data Analysis: Metabolite Consumption, Production – Cell Culture Media
This data analysis report identifies and characterizes the metabolic changes in cell culture media samples over time using Panome Bio’s Next-Generation Metabolomics technology.
Enhancing Biological Discovery in Metabolomics with Stable Isotopes
Welcome to Panome Bio's Webinar with CSO Gary J. Patti, Ph.D. In this webinar Dr. Patti discusses "Enhancing Biological Discovery in Metabolomics with Stable Isotopes"
ChatGJP “Flux analysis”
ChatGJP "What is flux analysis and why is it important?" Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session,...
Data Analysis Report: Nutrient Contribution and Metabolic Flux
Explore insightful sample data analysis for metabolic flux data: Nutrient Contribution & Metabolic Flux in Metformin-treated HEK-293T Cells. Gain valuable metabolic insights with a data...
ChatGJP “LC-MS vs NMR or GC-MS for metabolomics”
ChatGJP "Why is LC-MS used most often for metabolomics in comparison to NMR or GC-MS?" Welcome to Panome Bio’s ChatGJP series with CSO Gary J....
ChatGJP “Untargeted metabolomics vs targeted”
ChatGJP "Is untargeted metabolomics better than targeted?" Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session we ask Dr....
ChatGJP “What is a metabolite?”
What Is a Metabolite? Understanding the Basics of Metabolomics Welcome to Panome Bio’s ChatGJP series with CSO Gary J. Patti, Ph.D. In this session we...
Optimization of Bioprocessing with Next-Generation Metabolomics
Unlock the potential of your bioprocessing system with Panome Bio's Next-Generation Metabolomics technology. Discover how advanced metabolic profiling can enhance yield, efficiency, and product quality...
Multi-Omic Analysis of DIO Mice: Insights into Obesity-Related Pathways
Integrated Data Analysis Report amPD-1 Effects in DIO and WT Mice - Serum Metabolomics + Proteomics Integration Results Metabolomics Data Analysis Report amPD-1 Effects in...
Cultured Meat Metabolomics: Advancing Sustainability and Quality
Metabolomics provides a powerful tool to identify biomarkers of meat quality, growth efficiency, and nutritional content. Panome Bio can help you design and execute on...
Aging Metabolomics in Animal Models: Unlocking Molecular Insights
By studying the changes in metabolites that occur with aging in animal models, researchers can gain a better understanding of the metabolic pathways and molecular...
Next-Generation Metabolomics – Serum & Liver – ApoE Knockout Rat Poster
Next-Generation Metabolomics – Serum & Liver – ApoE Knockout Rats Panome Bio’s Next-Generation Metabolomics™️ platform provides an unbiased and global view of metabolism. Here, we...
Data Analysis: Control vs ApoE Knockout Rats – Serum/Liver Report
This data analysis report identifies and characterizes the metabolic changes in serum and liver that arise from ApoE knock out in rats using Panome Bio’s...