Our global lipidomics platform delivers the most comprehensive coverage of lipid species across all major classes, capturing insights from both structural and signaling lipids. Lipid profiling is powered by multiple complementary LC-MS assays, providing the highest quality untargeted lipidomics data with unmatched depth and precision. Advanced computation eliminates noise and irrelevant signals, isolating true lipid features from your raw data.
From there, our computational pipeline applies normalization, rigorous statistical analyses, and machine learning approaches to ensure accurate identifications and quantitation. The result is a clear, unbiased view of lipid biology. Panome Bio’s global lipidomics platform is designed for versatility, supporting diverse applications including biomarker discovery, metabolic disease research, nutrition studies, drug response characterization, systems biology, and beyond.
Focused metabolite panels to take research from discovery to validation
Targeted metabolomics is focused on measuring specific set of metabolites within a biological sample. By honing in on these key molecules, researchers can gain valuable insights into metabolic pathways, disease states, and the effects of treatments. Panome Bio’s targeted metabolomics services provide a comprehensive approach to understanding the complex biochemical processes that underlie health and disease.
Panome Bio is providing metabolic profiling with absolute quantitation using a metabolite panel of over 1,000 metabolites
Panome Bio offers metabolic profiling with absolute quantitation with a metabolite panel of over 1,000 metabolites. Do you have specific analytes of interest? Panome Bio can also develop custom metabolomics panels to meet your research needs.
Researchers can leverage our expertise and advanced technology to leverage targeted metabolomics as they uncover biomarkers, understand metabolic pathways, and drive personalized medicine without the need for in-house capabilities. This service ensures high accuracy, reproducibility, and minimal sample volume requirements, making it an invaluable resource for advancing scientific and clinical research.
Advantages of Absolute Quantitation in Metabolomics
- Results are quantified based on internal standards and calibration curves
- Absolute quantitation can be useful for further validation.
107 Small Molecules (14 classes)
- 107 Small Molecules (14 classes)
- Alkaloids (1)
- Amino oxides (1)
- Amino acids (20)
- Amino acid related (30)
- Bile acids (14)
- Biogenic amines (9)
- Carbohydrates and related (1)
- Carboxylic acids (7)
- Cresols (1)
- Fatty acids (12)
- Hormones and related (4)
- Indoles and derivates (4)
- Nucleobases and related (2)
- Vitamins and cofactors (1)
912 Lipids (25 classes)
- 912 Lipids (25 classes)
- Acylcarnitines (40)
- Phosphatidylcholines (78)
- Lysophosphatidylcholines (12)
- Sphingomyelins (15)
- Cholesteryl esters (22)
- Ceramides (29)
- Dihydroceramides (8)
- Hexosylceramides (19)
- Dihexosylceramides (9)
- Trihexosylceramides (6)
- Diglycerides (44)
- Triglycerides (242)
- Phosphatidic acids (41)
- Lysophosphatidic acids (8)
- Phosphatidylethanolamines (95)
- Lysophosphatidylethanolamines (43)
- PhosphatidyIglycerols (64)
- Lysophophatidylglycerols (10)
- Phosphatidylinositols (53)
- Lysophosphatidylinositols (16)
- Phosphatidylserines (18)
- Lysophosphatidy|serines (12)
- Sphinganines and sphingosines (8)
- Sphinganine and sphingosine phosphates (8)
- Monoglycerides (12)
Quantitative Targeted Metabolomics of Serum Alterations in Colon Cancer
See how quantitative, targeted metabolomics was used in a colorectal cancert study.
Let’s get started!
Discover the unparalleled advantages of Panome Bio’s advanced metabolomics technology. Your research project is unique and we can provide a custom experimental design to meet your goals. Whether you are investigating a specific disease model, elucidating biomarkers for diagnostics, or evaluating therapeutic targets, Panome Bio will work with you to design a tailored approach to best suit your research goals.
Ready to elevate your research? Connect with us today and transform your research with metabolomics.