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AB110412

Total OXPHOS Blue Native WB Antibody Cocktail

5

(1 Review)

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(65 Publications)

Total OXPHOS Blue Native WB Antibody Cocktail (ab110412) is part of the reagents, controls & accessories range. Abcam offers high-quality biological reagents and tools including antibodies, proteins, assays, cell lines and lysates.
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Western blot - Total OXPHOS Blue Native WB Antibody Cocktail (AB110412)
  • WB

Supplier Data

Western blot - Total OXPHOS Blue Native WB Antibody Cocktail (AB110412)

Two dimension Blue Native PAGE analysis of fibroblasts that are (A) normal and (B) complex I deficient. It is clear that the complex I deficient cell line shown in B shows no detectable level of complex I. However, all other OXPHOS complexes appear normal including a minor amount of heterocomplex formed between complexes III and IV which is a well documented species. Only a minor mitochondrial enrichment was performed upon these samples cell lines. Each sample represents only 8% of confluent cells taken from a 10 cm diameter tissue culture dish.

MWs :

(C-I) NDUFA9 - 36kDa

(C-II-70) SDHA - 70kDA

(C-III-Core 2) UQRC2) - 45kDa

(C-IV subunit IV) COX IV - 15kDa

(C-V alpha) ATP5A - 55kDa

false

Key facts

Applications

WB

applications

Reacts with

Mouse, Rat, Cow, Human

Reactivity data

{ "title": "Reactivity Data", "filters": { "stats": ["", "Reactivity", "Dilution Info", "Notes"] }, "values": { "WB": { "reactivity":"TESTED_AND_REACTS", "dilution-info":"", "notes":"<p>The antibody cocktail (1.5 mg/mL) should be diluted 250x to a final working concentration of 6.0 µg/mL for Western blotting</p>" } } }

Product details

Blue Native polyacrylamide gel electrophoresis (BN-PAGE) is a simple and effective way to subfractionate mitochondrial proteins as intact complexes on a single gel (in one dimension). It can be used to detect altered assembly of these complexes arising from mutations in subunits, mutations in assembly factors, or mtDNA depletion. This type of analysis has been performed with biopsy samples, platelets and fibroblast cells from patients with suspected mitochondrial diseases.

In this method, multisubunit enzymes bind a charged dye Coomassie brilliant blue which allows their electrophoretic separation in the first dimension by the size of the complex. Complexes I-V with masses ranging from 950K to 200K are well resolved in the first dimension. The separated proteins can then be transferred to nitrocellulose membrane/PVDF by electrophoresis and Complexes I, II, III, IV and ATP synthase can be detected by mAbs against CI-NDUFA9 ab14713(MS111), CII-70 kDa subunit ab14715(MS204), CIII-Core protein 2 ab14745(MS304), CIV-subunit IV ab14744(MS407) and CV-alpha subunit ab14748(MS507) respectively. Such one dimensional gels, are best analyzed by using single mAbs against each complex. Other Complex I mAbs are available for BNPAGE, specifically anti-GRIM-19 ab110240(MS103) and anti-20 kDa ab110242(MS105). A sample of purified bovine heart mitochondria ab110338(MS802) is available as a BNPAGE control sample.

Sometimes a greater separation of enzymes is necessary - it is possible to separate the proteins within each individual complex. To do this, blotting is NOT performed after the first (NATIVE) dimension, instead gels are turned 90 degrees and run in a perpendicular second dimension which is denaturing (NON-NATIVE). In this way the protein subunits within each complex are separated. Abcam provides an optimized pre-mixed cocktail of the mAbs to SIMULTANEOUSLY detect Complexes I-V after 2nd dimension blotting (specifically the cocktail contains ab14713 (MS111), ab14715 (MS204), ab14745 (MS304), ab14744(MS407) and ab14748 (MS507).

Cocktail Antibodies:

Mouse monoclonal [20C11B11B11] to (C-I) NDUFA9 (ab14713):
Amount: 120 μg
Working Concentration: 2 μg/ml

Mouse monoclonal [2E3GC12FB2AE2] to (C-II-70) SDHA (ab14715):
Amount: 6 μg
Working Concentration: 0.1 μg/ml

Mouse monoclonal [13G12AF12BB11] to (C-III-Core 2) UQCRC2 (ab14745):
Amount: 60 μg
Working Concentration: 1 μg/ml

Mouse monoclonal [20E8C12] to (C-IV-subunit IV) COX IV(ab14744):
Amount: 60 μg
Working Concentration: 1 μg/ml

Mouse monoclonal [15H4C4 ] to (C-V-alpha) ATP5A (ab14748):
Amount: 60 μg
Working Concentration: 1 μg/ml

**Related products**Review the , or the full to learn about more assays for metabolites, metabolic enzymes, mitochondrial function, and oxidative stress, and also how to assay metabolic function in live cells using your plate reader.

Properties and storage information

Shipped at conditions
Dry Ice
Appropriate short-term storage conditions
-80°C
Appropriate long-term storage conditions
-80°C

Product protocols

Target data

Publications (65)

Recent publications for all applications. Explore the full list and refine your search

Nature aging 5:2003-2021 PubMed40993327

2025

Herbal terpenoids activate autophagy and mitophagy through modulation of bioenergetics and protect from metabolic stress, sarcopenia and epigenetic aging.

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Unspecified application

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Unspecified reactive species

Gabriele Civiletto,Dario Brunetti,Giulia Lizzo,Kamila Muller,Guillaume E Jacot,Ioanna Daskalaki,Federico Sizzano,Minji Huh,Ivano Di Meo,Maria Nicol Colombo,José L Sanchez-Garcia,Bertrand J Bétrisey,Alix Zollinger,Patricia Lino,Christopher Neal,Anne-Laure Egesipe,Joy Richard,Myriam Chimen,Aurélie Hermant,Benjamin Brinon,Lorane Texari,Sylviane Metairon,Mohammed Adnan Qureshi,Dhaval S Patel,Siva A Vanapalli,Marco Malavolta,Arwen W Gao,Amelia Lalou,Mauro Provinciali,Fiorenza Orlando,Valeria Tiranti,Robert T Brooke,Steve Horvath,Johan Auwerx,Jerome N Feige,Philipp Gut

Science advances 11:eadr6012 PubMed40815660

2025

Complex II assembly drives metabolic adaptation to OXPHOS dysfunction.

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Roopasingam Kugapreethan,Sheik Nadeem Elahee Doomun,Joanna Sacharz,Ann E Frazier,Tanavi Sharma,Yau Chung Low,Shuai Nie,Michael G Leeming,Linden Muellner-Wong,Karena Last,Tegan Stait,David P De Souza,David R Thorburn,Malcolm J McConville,David A Stroud

Nature metabolism 7:1570-1592 PubMed40691304

2025

LONP1 regulation of mitochondrial protein folding provides insight into beta cell failure in type 2 diabetes.

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Jin Li,Yamei Deng,Marie Gasser,Jie Zhu,Emily M Walker,Vaibhav Sidarala,Emma C Reck,Dre L Hubers,Mabelle B Pasmooij,Chun-Shik Shin,Khushdeep Bandesh,Eftyhmios Motakis,Siddhi Nargund,Romy Kursawe,Venkatesha Basrur,Alexey I Nesvizhskii,Michael L Stitzel,David C Chan,Guy A Rutter,Scott A Soleimanpour

Nature metabolism 7:493-507 PubMed39972217

2025

Pro-inflammatory macrophages produce mitochondria-derived superoxide by reverse electron transport at complex I that regulates IL-1β release during NLRP3 inflammasome activation.

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Alva M Casey,Dylan G Ryan,Hiran A Prag,Suvagata Roy Chowdhury,Eloïse Marques,Keira Turner,Anja V Gruszczyk,Ming Yang,Dane M Wolf,Jan Lj Miljkovic,Joyce Valadares,Patrick F Chinnery,Richard C Hartley,Christian Frezza,Julien Prudent,Michael P Murphy

Molecular biology of the cell 36:ar33 PubMed39878654

2025

Adaptive protein synthesis in genetic models of copper deficiency and childhood neurodegeneration.

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Alicia R Lane,Noah E Scher,Shatabdi Bhattacharjee,Stephanie A Zlatic,Anne M Roberts,Avanti Gokhale,Kaela S Singleton,Duc M Duong,Mike McKenna,William L Liu,Alina Baiju,Felix G Rivera Moctezuma,Tommy Tran,Atit A Patel,Lauren B Clayton,Michael J Petris,Levi B Wood,Anupam Patgiri,Alysia D Vrailas-Mortimer,Daniel N Cox,Blaine R Roberts,Erica Werner,Victor Faundez

Communications biology 7:1422 PubMed39482367

2024

The mitochondrial citrate carrier SLC25A1 regulates metabolic reprogramming and morphogenesis in the developing heart.

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Chiemela Ohanele,Jessica N Peoples,Anja Karlstaedt,Joshua T Geiger,Ashley D Gayle,Nasab Ghazal,Fateemaa Sohani,Milton E Brown,Michael E Davis,George A Porter,Victor Faundez,Jennifer Q Kwong

Communications biology 7:1116 PubMed39261587

2024

Haplotype variability in mitochondrial rRNA predisposes to metabolic syndrome.

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Petr Pecina,Kristýna Čunátová,Vilma Kaplanová,Guillermo Puertas-Frias,Jan Šilhavý,Kateřina Tauchmannová,Marek Vrbacký,Tomáš Čajka,Ondřej Gahura,Markéta Hlaváčková,Viktor Stránecký,Stanislav Kmoch,Michal Pravenec,Josef Houštěk,Tomáš Mráček,Alena Pecinová

Proceedings of the National Academy of Sciences of the United States of America 121:e2310288120 PubMed38154062

2023

Cytochrome oxidase deficiency detection in human fibroblasts using scanning electrochemical microscopy.

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Shubhneet Thind,Dhésmon Lima,Evan Booy,Dao Trinh,Sean A McKenna,Sabine Kuss

Science advances 9:eadh0558 PubMed37585521

2023

Cross-species analysis identifies mitochondrial dysregulation as a functional consequence of the schizophrenia-associated 3q29 deletion.

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Ryan H Purcell,Esra Sefik,Erica Werner,Alexia T King,Trenell J Mosley,Megan E Merritt-Garza,Pankaj Chopra,Zachary T McEachin,Sridhar Karne,Nisha Raj,Brandon J Vaglio,Dylan Sullivan,Bonnie L Firestein,Kedamawit Tilahun,Maxine I Robinette,Stephen T Warren,Zhexing Wen,Victor Faundez,Steven A Sloan,Gary J Bassell,Jennifer G Mulle

International journal of molecular sciences 23: PubMed36233322

2022

Desmin Knock-Out Cardiomyopathy: A Heart on the Verge of Metabolic Crisis.

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Barbara Elsnicova,Daniela Hornikova,Veronika Tibenska,David Kolar,Tereza Tlapakova,Benjamin Schmid,Markus Mallek,Britta Eggers,Ursula Schlötzer-Schrehardt,Viktoriya Peeva,Carolin Berwanger,Bettina Eberhard,Hacer Durmuş,Dorothea Schultheis,Christian Holtzhausen,Karin Schork,Katrin Marcus,Jens Jordan,Thomas Lücke,Peter F M van der Ven,Rolf Schröder,Christoph S Clemen,Jitka M Zurmanova
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