Human ATP Synthase ELISA Kit (Complex V) Profiling ELISA Kit
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(5 Publications)
Human ATP Synthase ELISA Kit (Complex V) Profiling ELISA Kit is a Sandwich (qualitative) ELISA for the measurement of Human ATP Synthase (Complex V) Profiling in Human in Cell/Tissue Extracts samples.
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ATP5E, ATP5F1E, ATPase subunit epsilon, ATP synthase F1 subunit epsilon
- sELISA
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Sandwich ELISA - Human ATP Synthase ELISA Kit (Complex V) Profiling ELISA Kit (AB124539)
Human HepG2 cells were cultured in NARTI Zalcitabine (ddC) for 6 days to ensure a significant effect on mitochondrial DNA replication and mitochondrial protein translation, respectively. The drug reduced mitochondrial DNA levels and hence mitochondrial protein expression. As a consequence the assembly of Complexes I, III and IV were severely affected. Note that loss of the two small mitochondrial DNA encoded subunits of Complex V (ATP synthase) does not affect overall assembly. Interestingly an increase in Complex II was induced as a consequence of I, III, IV loss possibly to up regulate mitochondrial citric acid cycle function.
- sELISA
Supplier Data
Sandwich ELISA - Human ATP Synthase ELISA Kit (Complex V) Profiling ELISA Kit (AB124539)
Example sample control curve of serially titrated HepG2 extract in the working range of the assay.
- sELISA
Supplier Data
Sandwich ELISA - Human ATP Synthase ELISA Kit (Complex V) Profiling ELISA Kit (AB124539)
Human HepG2 cells were cultured in chloramphenicol for 6 days to ensure a significant effect on mitochondrial DNA replication and mitochondrial protein translation, respectively. The antibiotic inhibited mitochondrial protein translation and assembly of Complexes I and IV but had no significant effect on Complex II, III or V.
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ATP synthase (Complex V) is the fifth enzyme of the oxidative phosphorylation (OXPHOS) system within the mitochondrial inner membrane. ATP synthase is a large protein complex of approximately 550,000 MW made up of 17 different subunits arranged in a membrane embedded proton translocating domain (F0 domain) and a soluble ATP synthesizing catalytic domain (F1 domain). Two membrane embedded subunits ATP6 (subunit a) and ATP8 (subunit 8) are encoded on mitochondrial DNA (mtDNA). All other subunits are encoded by nuclear genomic DNA, made in the cytosol, and translocated into the organelle for assembly at the inner membrane. A proton gradient generated by the other enzymes of the OXPHOS system provides the energy for ATP synthesis by a rotational catalytic method known as the binding change mechanism. ATP synthase is regulated by CabI and IF1 proteins in response to calcium concentration and mitochondrial membrane potential respectively.
ab124539 ATP synthase (Complex V) human profiling kit is an in vitro enzyme-linked immunosorbent assay (ELISA) for the comparison of ATP synthase levels or profile in cell and tissue lysates. The assay employs a capture antibody specific for human ATP synthase coated onto microplate well strips.
Samples are pipetted into the wells and ATP synthase present in the sample is bound to the wells by the immobilized antibody. The wells are washed and an anti-ATP synthase detector antibody is added. After washing away unbound detector antibody, an HRP-conjugated secondary antibody specific for the detector antibody is pipetted into the wells. The wells are again washed, an HRP substrate solution (TMB) is added to the wells and color develops in proportion to the amount of ATP synthase bound. The developing blue color is measured at 600 nm.
Optionally the reaction can be stopped by adding hydrochloric acid which changes the color from blue to yellow and the intensity can be measured at 450 nm.
Species– Human. Rat and Mouse samples are not appropriate, other species are untested.
Store all components at 4°C. This kit is stable for 6 months from receipt. Unused microplate strips should be returned to the pouch containing the desiccant and resealed.
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Biological function summary
Complex V is important for maintaining cellular energy homeostasis by generating ATP the cell's energy currency. It operates as part of the mitochondrial respiratory chain complex essential for efficient energy transfer and storage. This complex plays a significant role in cellular metabolism by linking the electrochemical gradient formed by protons across the inner mitochondrial membrane to the mechanical rotation of its subunits leading to ATP formation. The ATP synthase products are imperative for processes demanding high energy such as muscle contraction and biosynthetic pathways.
Pathways
Complex V integrates into major metabolic routes primarily oxidative phosphorylation and the broader mitochondrial electron transport chain. It works in conjunction with complexes I to IV facilitating energy conversion via a proton gradient and ATP generation. Complex V's role complements proteins such as cytochrome c and ubiquinone which shuttle electrons within the electron transport chain ensuring a seamless energy production process essential for aerobic respiration.
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Publications (5)
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Journal of clinical medicine 9: PubMed32527005
2020
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The journal of physiological sciences : JPS 69:1005-1017 PubMed31679117
2019
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International journal of molecular sciences 20: PubMed30717385
2019
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Scientific reports 8:8548 PubMed29867098
2018
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Journal of inherited metabolic disease 33:775-86 PubMed20865335
2010
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