[DOI] [PMC free article] [PubMed] [Google Scholar] 83.Joshi A.A., Vaidya S.S., St-Pierre M.V., Mikheev A.M., Desino K.E., Nyandege A.N., Audus K.L., Unadkat J.D., Gerk P.M
PARP1 inhibition using 3-AB has shown protective effects in various models of ischemia-reperfusion injury

4.3 Glutamine Glutamine (Gln) is mainly converted through GLS/glutamate dehydrogenase (GLUD)-related reactions to generate -KG, which enters the TCA cycle and provides anaplerotic substrates for oxidative metabolism, while also influencing polarization-related epigenetic regulatory processes through metabolic ratios such as -KG/succinate ( Glutamine (Gln) metabolism in macrophage polarization is mainly manifested as a composite regulatory axis of TCA cycle anaplerosis-mitochondrial metabolism-epigenetic coupling. Its role is usually not reflected by the output of a single effector molecule, but rather by the coordinated shaping of polarization-related transcriptional programs through metabolic flux and key intermediates, particularly -KG ( -KG is considered a key hub linking Gln metabolism to phenotypic remodeling ( It should be noted that the effects of Gln metabolism on polarization direction are markedly context-dependent

Who it fits: Patients focused on skin quality and anti-aging who want simultaneous recovery support