Obesity-related Lipid Metabolism Analysis Service

Overview

In an era of increasing health consciousness, a deeper understanding of the complex mechanisms of metabolism is essential for managing obesity and related metabolic diseases. Protheragen provides Obesity Pathobiology Research services to comprehensively assess the central role of Sugar-related Molecular Metabolism and lipid metabolism in regulating normal physiological functions and pathological states of the body. Our lipid metabolism analysis services include an exhaustive analysis of plasma-free fatty acid metabolism and cutting-edge analysis of ceramide metabolism, which together reveal the lipid metabolism network for you.

Crack the Lipid Metabolism Code With Us

Plasma Free Fatty Acid Metabolism Analysis

Free fatty acids, also known as non-esterified fatty acids (FFA/NEFA), refer to fatty acids that are not esterified with substances such as glycerol and cholesterol. Our company provides services for the determination of free fatty acid concentrations and species in plasma, and the analysis of the metabolic pathways and regulatory mechanisms of free fatty acids. Moreover, our researchers provide services for the assessment of the association between fatty acid metabolism and obesity and its related metabolic diseases.

Ceramide Metabolism Analysis

Ceramide is a biologically active sphingolipid with cell signaling properties. Abnormal ceramide metabolism is associated with the pathogenesis of obesity-induced insulin resistance and metabolic diseases. Our company offers ceramide concentration and distribution assays. Relying on comprehensive characterization, we provide an analysis of ceramide metabolism for metabolic diseases such as obesity and diabetes.

Adipose Storage and Dynamic Turnover Mechanism Analysis

Understanding the balance between adipocyte hypertrophy (cell size increase) and hyperplasia (differentiation of new adipocytes) is critical for developing anti-obesity therapeutics. By mapping the dynamic turnover of triglycerides and the metabolic fate of various lipid species, Protheragen empowers researchers to identify potent targets for therapeutic intervention in obesity, insulin resistance, and hepatic steatosis.

• Fatty Acid Oxidation Metabolic Flux Analysis Service
• De Novo Fatty Acid Synthesis Metabolic Flux Analysis Service
• Fatty Acid Profile Analysis Service
• Short-Chain Fatty Acid Analysis Service
• Free Fatty Acid Analysis Service
• Comprehensive Acyl-CoA & Acylcarnitine Profiling Service
• Acylcarnitine Profile Analysis Service

By quantifying these metabolites, researchers can pinpoint specific metabolic bottlenecks, evaluate the efficacy of GLP-1 receptor agonists or other metabolic modulators, and gain a granular view of how novel compounds shift lipid metabolism from storage to oxidation. Our platform transforms complex metabolic signatures into actionable data to propel your anti-obesity pipeline forward.

Arachidonic Acid Profile Analysis Service

By quantifying both free AA and its downstream metabolites, Protheragen empowers biopharmaceutical partners to validate mechanisms of action and identify predictive biomarkers early in the discovery pipeline.

Phospholipid Analysis Service

By quantifying diverse lipid species—from phosphatidylcholines to sphingomyelins—we empower researchers to elucidate the mechanism of action (MoA) of small molecules, peptides, and gene therapies aimed at metabolic regulation. Our platform bridges the gap between lipid biochemistry and therapeutic efficacy, ensuring that your drug candidates are evaluated with the highest degree of molecular resolution.

Phosphoinositide Analysis Service

By quantifying these low-abundance signaling lipids with high precision, we enable researchers to elucidate the mechanism of action (MoA) of novel drug candidates. Our platform is specifically designed to support preclinical drug discovery, providing the granular lipidomic data necessary to evaluate how small molecules or biologics modulate metabolic flux and energy expenditure.

Oxidized Phospholipid Analysis Service

Our high-resolution analysis enables researchers to determine how therapeutic candidates modulate lipid peroxidation and systemic inflammatory signatures, providing critical data for drug candidate selection and optimization.

Bile Acid Profile Analysis Service

By quantifying primary, secondary, and conjugated BAs, we help researchers identify how novel drug candidates influence the gut-liver axis and metabolic rate. Our focus on preclinical models—ranging from rodent obesity studies to non-human primate metabolic profiling—ensures that your therapeutic development is backed by high-resolution molecular evidence.

Lipoprotein Subclass Analysis Service

By characterizing the "atherogenic dyslipidemia" often found in obese models—characterized by increased small dense LDL (sdLDL) and decreased large HDL—we empower researchers to quantify the metabolic efficacy of anti-obesity candidates in preclinical stages.

Steroid Quantification Service

By accurately measuring fluctuations in androgens, estrogens, progestogens, and corticosteroids, we help researchers decipher the complex hormonal shifts induced by weight-loss candidates, ensuring a deeper understanding of both efficacy and metabolic safety.

Mevalonate & Isoprenoid Pathway Analysis Service

By quantifying metabolic intermediates with high precision, we empower researchers to evaluate how novel anti-obesity compounds influence lipid homeostasis and cellular signaling.

Redox Metabolites and Oxylipins Analysis Service

Our platform enables researchers to identify specific biomarkers associated with insulin resistance and adipose tissue remodeling. By mapping the flux of pro-inflammatory vs. pro-resolving lipid mediators, Protheragen empowers pharmaceutical and biotech developers to validate the efficacy of novel anti-obesity compounds at the molecular level.

Model Building

• Our company has extensive experience in constructing models that simulate metabolic diseases such as diabetes and obesity caused by nutritional imbalance and metabolic disorders in humans. We have skilled researchers and state-of-the-art technology to meet our clients' research needs.
• Our company detects the activity of the mouse for 24 hours, analyzes the change of circadian rhythm, collects food consumption, O₂ consumption, and CO₂ exhalation to derive respiratory entropy, and analyzes the metabolic situation of the mouse.

Sample Collection and Analysis

• We provide reliable sample extraction, isolation, and purification services.
• Based on liquid chromatography-mass spectrometry (LC-MS) technology, our company qualitatively and quantitatively analyzes the lipids in biological samples and discovers the composition and content changes of the lipids in the organism.
• Through these lipid molecules, we determine the change rule of other biomolecules interacting with lipids, thus revealing the mechanism of lipid metabolism in regulating the physiology and pathology of the organism and various life phenomena.

Workflow

Applications

• Obesity-related lipid metabolism analysis is essential in studying the development of other metabolic disease processes and pathogenesis studies.
• Obesity-related lipid metabolism analysis can be used for anti-obesity targets and biomarker discovery.
• Obesity-related lipid metabolism analysis can be used for the identification of lipid substances in tissue cells and the study of the regulation of lipid function and metabolism.

Advantages of Us

• High-throughput analysis: Our company has many years of research experience and advanced analytical tools capable of analyzing multiple lipid species simultaneously, providing comprehensive metabolic profiles.
• Our company offers polar and non-polar lipid metabolism analysis to meet the needs of different clients.
• In addition to basic metabolic characterization, we offer differential metabolite analysis and functional enrichment, and annotation analysis.

Unlocking the Molecular Secrets of Obesity with Protheragen

Publication Data

Frequently Asked Questions

1. What are the effects of obesity on lipid metabolism?

   The effects of obesity on lipid metabolism are mainly reflected in three aspects:

   • It leads to the underutilization of energy and triggers pathological changes in cells.
   • It alters the release of adipokines, such as an increase in leptin, which affects metabolic function and a variety of pathophysiological processes.
   • It increases cytotoxicity and inflammatory response and promotes the development of atherosclerosis and related diseases.
2. What samples are commonly used for lipid metabolism analysis?

   Commonly used samples include tissue, fecal and intestinal contents, serum, plasma, urine, cerebrospinal fluid, lymphatic fluid, amniotic fluid, bile, and cells.

   Relying on advanced analytical tools, Protheragen provides comprehensive lipid metabolism analysis services to help clients fully track lipid metabolic pathways. No matter what problems you encounter in lipid metabolism analysis, please feel free to contact us!