cellular energy research

  • Buy AICAR 50mgBuy AICAR 50mg Quick View
    • Buy AICAR 50mgBuy AICAR 50mg Quick View

    • Buy AICAR 50mg

    • 89.60AUD
    • Buy AICAR 50mg Researched Benefits: Potent AMPK agonist for investigating cellular energy homeostasis and metabolic flux signaling Facilitates analysis of ZMP-mediated stimulation of glucose uptake and fatty acid oxidation Supports research on PGC-1α-induced mitochondrial biogenesis and respiratory chain gene expression Enables investigation of exercise-mimetic effects on skeletal muscle metabolic reprogramming in assays
    • Add to cart
  • Buy Glutathione 600mgBuy Glutathione 600mg Quick View
    • Buy Glutathione 600mgBuy Glutathione 600mg Quick View

    • Buy Glutathione 600mg

    • 162.92AUD
    • Buy Glutathione 600mg Researched Benefits: Facilitates analysis of γ-glutamyl cycle-mediated detoxification and redox state maintenance Supports investigation into GPx-dependent neutralization of reactive oxygen species pathways Enables research on S-glutathionylation and post-translational modification of protein thiols Useful for evaluating mitochondrial bioenergetics and mercapturic acid pathway metabolic flux
    • Add to cart
  • Buy HCG 5000iu Quick View
    • Buy HCG 5000iu Quick View

    • Buy HCG 5000iu

    • 81.45AUD
    • Buy HCG 5000iu Researched Benefits: Potent LHCGR agonist for investigating G-protein coupled receptor-mediated steroidogenic signaling pathways Supports in vitro analysis of cAMP-dependent protein kinase A activation in Leydig cells Enables research on hCG-mediated upregulation of endocrine gland-derived vascular endothelial growth factor Useful for probing differential signaling kinetics between chorionic gonadotropin and luteinizing hormone
    • Add to cart
  • Buy MOTS-C 10mgBuy MOTS-C 10mg Quick View
    • Buy MOTS-C 10mgBuy MOTS-C 10mg Quick View

    • Buy MOTS-C 10mg

    • 162.89AUD
    • Buy MOTS-C 10mg Researched Benefits: Facilitates AMPK activation by inhibiting the folate cycle and inducing AICAR accumulation assays Supports investigation into stress-induced nuclear translocation and antioxidant response element gene expression Enables research on GLUT4 translocation and fatty acid oxidation in metabolic homeostasis models Useful for evaluating myostatin inhibition through the AKT-FOXO1 and mTORC2 signaling pathways
    • Add to cart
  • Buy MOTS-C 20mgBuy MOTS-C 20mg Quick View
    • Buy MOTS-C 20mgBuy MOTS-C 20mg Quick View

    • Buy MOTS-C 20mg

    • 325.86AUD
    • Buy MOTS-C 20mg Researched Benefits: Facilitates AMPK activation by inhibiting the folate cycle and inducing AICAR accumulation assays Supports investigation into stress-induced nuclear translocation and antioxidant response element gene expression Enables research on GLUT4 translocation and fatty acid oxidation in metabolic homeostasis models Useful for evaluating myostatin inhibition through the AKT-FOXO1 and mTORC2 signaling pathways
    • Add to cart
  • Buy MOTS-C 40mgBuy MOTS-C 40mg Quick View
    • Buy MOTS-C 40mgBuy MOTS-C 40mg Quick View

    • Buy MOTS-C 40mg

    • 570.27AUD
    • Buy MOTS-C 40mg Researched Benefits: Facilitates AMPK activation by inhibiting the folate cycle and inducing AICAR accumulation assays Supports investigation into stress-induced nuclear translocation and antioxidant response element gene expression Enables research on GLUT4 translocation and fatty acid oxidation in metabolic homeostasis models Useful for evaluating myostatin inhibition through the AKT-FOXO1 and mTORC2 signaling pathways
    • Add to cart
  • Buy MOTS-C 5mgBuy MOTS-C 5mg Quick View
    • Buy MOTS-C 5mgBuy MOTS-C 5mg Quick View

    • Buy MOTS-C 5mg

    • 81.45AUD
    • Buy MOTS-C 5mg Researched Benefits: Facilitates AMPK activation by inhibiting the folate cycle and inducing AICAR accumulation assays Supports investigation into stress-induced nuclear translocation and antioxidant response element gene expression Enables research on GLUT4 translocation and fatty acid oxidation in metabolic homeostasis models Useful for evaluating myostatin inhibition through the AKT-FOXO1 and mTORC2 signaling pathways
    • Add to cart
  • Buy NAD+ 1000mgBuy NAD+ 1000mg Quick View
    • Buy NAD+ 1000mgBuy NAD+ 1000mg Quick View

    • Buy NAD+ 1000mg

    • 456.22AUD
    • Buy NAD+ 1000mg Researched Benefits: Facilitates analysis of sirtuin-mediated deacetylation and metabolic homeostasis pathways Supports investigation into PARP-dependent DNA repair and genomic stability mechanisms Enables quantitative assay of mitochondrial oxidative phosphorylation and redox potential Useful for probing glycolytic flux and adenosine triphosphate biosynthetic regulation
    • Add to cart
  • Buy NAD+ 500mgBuy NAD+ 500mg Quick View
    • Buy NAD+ 500mgBuy NAD+ 500mg Quick View

    • Buy NAD+ 500mg

    • 259.71AUD
    • Buy NAD+ 500mg Research Benefits: Facilitates analysis of sirtuin-mediated deacetylation and metabolic homeostasis pathways Supports investigation into PARP-dependent DNA repair and genomic stability mechanisms Enables quantitative assay of mitochondrial oxidative phosphorylation and redox potential Useful for probing glycolytic flux and adenosine triphosphate biosynthetic regulation
    • Add to cart
  • Buy SS-31 30mgBuy SS-31 30mg Quick View
    • Buy SS-31 30mgBuy SS-31 30mg Quick View

    • Buy SS-31 30mg

    • 244.39AUD
    • Buy SS-31 30mg Researched Benefits: Targets cardiolipin to stabilize mitochondrial cristae and organize respiratory chain supercomplexes Modulates cytochrome c function to enhance electron transport efficiency in oxidative phosphorylation Inhibits mitochondrial permeability transition pore opening to prevent stress-induced membrane depolarization Reduces reactive oxygen species generation while promoting adenosine triphosphate biosynthetic pathway flux
    • Add to cart