Obesity-Related Mitochondrial Purification Service

Unraveling metabolic disease mechanisms requires a deep look into cellular powerhouses. In obesity research, mitochondria are right at the center of the conversation. Whether you are studying how the MTCH2 (Mitch) protein regulates the fate of lipids by altering mitochondrial networks, or investigating how 3-mercaptopyruvate sulfurtransferase (MPST) maintains the crucial TIM/TOM complex for mitochondrial protein import, your downstream discoveries depend heavily on the quality of your isolated organelles.

Targeted Subcellular Fractionation and Mitochondrial Purification for Metabolic Disease Models

Getting clean, functional mitochondria out of white adipose tissue (WAT), brown adipose tissue (BAT), or insulin-resistant skeletal muscle is a notoriously difficult task. High lipid content often traps organelles, leading to heavy contamination and broken membranes. Protheragen provides a specialized obesity-related mitochondrial purification service designed specifically for preclinical research. We help labs bypass the tedious trial-and-error phase by delivering highly intact, ultra-pure mitochondrial fractions ready for functional assays, bioenergetic tracking, or proteomic profiling.

Core Technologies

Our platform relies on a blend of optimized biochemical separation methods and mechanical precision. We do not use cookie-cutter kits. Instead, we adapt our extraction matrices based on the physical properties of the target tissue.

Service Scope

Our preclinical purification service covers an expansive array of tissue types and disease models to ensure your specific research goals are met seamlessly:

Explore our full processing capabilities and request a custom purification plan today.

Workflow

Moving from raw tissue to assay-ready organelles requires a careful, temperature-controlled sequence that prevents structural degradation at every step.

• Step 1: Tissue homogenization under strict temperature-controlled osmotic conditions to preserve organelle integrity.
• Step 2: Initial low-speed spinning to discard nuclei, followed byhigh-speed isolation of the mitochondrial pellet.
• Step 3: Utilizing sucrose or Percoll gradients to separate ultra-pure mitochondria from contaminated subcellular fractions.
• Step 4: Rigorous testing of yield, structural integrity, and purity through specific mitochondrial biomarker validation.

Fields of Application

Because mitochondrial dysfunction underpins almost every aspect of metabolic syndrome, these ultra-pure fractions serve as a versatile foundation across multiple areas of discovery.

• Anti-Obesity Drug Screening: Evaluating the direct impact of novel small molecules or biologics on mitochondrial uncoupling and energy expenditure pathways.
• Metabolic Flux Analysis: Tracing how lipid accumulation alters the tricarboxylic acid (TCA) cycle and oxidative phosphorylation dynamics.
• Mitochondrial Network & Fusion Research: Investigating proteins like MTCH2 that dictate whether mitochondria stay in connected networks or break into individual units.
• Protein Import Machinery Studies: Analyzing the suppression of TIM/TOM translocases under conditions of metabolic stress or enzymatic deficiency.

Advantages

Extracting clean organelles from lipid-dense tissue is notoriously difficult, but our specialized platform overcomes the common hurdles that cause standard commercial kits to fail.

Connect with our technical specialists today to secure high-yield, functional mitochondria.

Publication Data

Customer Review

Frequently Asked Questions

1. What types of animal models are compatible with this service?

   We work with tissues from standard preclinical rodent models, including HFD-fed mice, ob/ob, db/db mice, and custom transgenic lines.

2. Can we ship whole frozen tissues to Protheragen?

   Yes, though freshly harvested tissue yields the highest functional activity, we have validated protocols for flash-frozen tissues intended for proteomics and structural analysis.

3. How do you ensure the isolated mitochondria aren't contaminated with endoplasmic reticulum?

   We verify sample purity using Western blotting against specific negative markers like Calnexin (ER) alongside positive mitochondrial markers like TOM20.

4. What is the minimum tissue amount required for a successful isolation?

   It varies by tissue type, but generally, we request at least 100–200 mg of adipose tissue or 50 mg of liver/muscle tissue to ensure adequate yields.

5. Are the isolated mitochondria suitable for Seahorse XF analyzers?

   Absolutely. We can deliver the mitochondria in specialized respiration buffers that keep them stable for immediate bioenergetic testing.

6. Do you offer clinical mitochondrial purification from human biopsies?

   No, Protheragen focuses strictly on preclinical research services and does not process human clinical diagnostic samples.

7. How do your methods compare to standard spin-column kits?

   Spin-column kits often suffer from low yields or high lipid carryover when handling fat tissue. Our gradient methods offer superior purity and preserve functional coupling much better.

8. Can we look at mitochondrial swelling and permeability transition pores with these samples?

   Yes, our gentle isolation processes leave the inner and outer membranes intact, which is ideal for calcium-induced swelling assays.

9. What buffer system do you use for delivery?

   We typically use standard sucrose/mannitol preservation buffers, but we can customize the solution based on your exact downstream applications.

Contact Us

Protheragen offers a dependable, scientifically rigorous approach to isolating mitochondria from complex, lipid-rich preclinical samples. By taking the technical burden of tissue processing off your shoulders, we allow your team to focus entirely on generating breakthrough metabolic data. Contact Protheragen for more information about our services.