TUCAN
C42H27IrN7O4/(1-30)(2-31)(3-39)(4-33)(5-37)(6-38)(7-35)(8-36)(9-40)(10-69)(11-55)(12-44)(13-58)(14-41)(15-42)(16-57)(17-69)(18-43)(19-32)(20-46)(21-47)(22-48)(23-56)(24-49)(25-34)(26-45)(27-71)(28-37)(28-50)(29-45)(29-53)(30-31)(30-36)(31-59)(32-38)(32-63)(33-35)(33-50)(34-40)(34-53)(35-39)(36-55)(37-39)(38-44)(40-46)(41-54)(41-68)(42-48)(42-56)(43-49)(43-51)(44-58)(45-46)(47-64)(47-67)(48-52)(49-57)(50-59)(51-60)(51-62)(52-61)(52-65)(53-63)(54-64)(54-66)(55-73)(56-76)(57-70)(58-74)(59-73)(60-65)(60-70)(61-62)(61-75)(62-71)(63-74)(64-72)(65-76)(66-71)(66-75)(67-68)(67-80)(68-79)(69-79)(69-80)(72-77)(72-78)(73-81)(74-81)(75-81)(76-81)(79-81)(80-81)
🧬 Cell Death Types (4)
Apoptosis
high
«The complexes open mitochondrial permeability transition pore (MPTP) channel and cause the decrease of membrane potential, release of cytochrome C, activation of caspase 3, and finally lead to apoptos...»
Autophagy
high
«3a and 3b cause autophagy»
Ferroptosis
high
«increase the lipid peroxidation and lead to ferroptosis»
Immunogenic Cell Death
high
«3a and 3b increase the expression of calreticulin (CRT), high mobility group box 1 (HMGB1), heat shock protein 70 (HSP70), thereby inducing immunogenic cell death.»