Mitochondria
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Starting at $89.00
Immunogen: AT4G16450 Q84W12 
Synonyms: AT4G16450 Background:
Complex I is the largest protein complex of the oxidative phosphorylation system in mitochondrial and it catalyzes NADH-quinone oxidoreduction. Complex I represents the main entrance site for electrons into the respiratory electron transfer chain. In Arabidopsis, Complex I have at least 49 subunits and AT4G16450 is one of the subunit. -
Starting at $89.00
Immunogen: AT5G11770 Q42577 Synonyms: PSST Background:
Complex I is the largest protein complex of the oxidative phosphorylation system in mitochondrial and it catalyzes NADH-quinone oxidoreduction. Complex I represents the main entrance site for electrons into the respiratory electron transfer chain. In Arabidopsis, Complex I have at least 49 subunits and PSST (AT5G11770) is one of the subunit, which is also designated 20 kDa subunit. -
Starting at $89.00
Immunogen: AT5G09420 F4KCL7 Synonyms: OM64, ARABIDOPSIS THALIANA TRANSLOCON AT THE OUTER MEMBRANE OF CHLOROPLASTS 64-V, ATMTOM64, ATTOC64-V, MTOM64, OUTER MEMBRANE 64, TOC64-V, TRANSLOCON AT THE OUTER MEMBRANE OF CHLOROPLASTS 64-V. Background:
OM64 is one of the 36 carboxylate clamp (CC)-tetratricopeptide repeat (TPR) proteins with potential to interact with Hsp90/Hsp70 as co-chaperones. -
![MOD1 / Anti-Enoyl-[acyl-carrier-protein] reductase [NADH], chloroplastic Antibody](https://www.phytoab.com/pub/media/catalog/product/cache/72e8a7476fc2312bf277b46ba7f43d43/p/h/phy1828s.jpg)
Starting at $89.00
Immunogen: AT2G05990 Q9SLA8 Synonyms: MOD1, ENOYL-ACP REDUCTASE 1, ENR1, MOSAIC DEATH 1 Background:
Arabidopsis Mosaic Death 1 (MOD1), an enoyl-acyl carrier protein (ACP) reductase essential for fatty acid biosynthesis in chloroplasts, negatively regulates Programmed cell death (PCD) in Arabidopsis. -
Starting at $89.00
Immunogen: AT2G44490 O64883 Synonyms: PEN2, BETA GLUCOSIDASE 26, BGLU26, PENETRATION 2 Background:
PEN2 is a glycosyl hydrolase that localizes to peroxisomes and acts as a component of an inducible preinvasion resistance mechanism. PEN2 is a tail-anchored protein with dual-membrane targeting to peroxisomes and mitochondria and that PEN2 has the capacity to form homo-oligomer complexes.
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