Toxic Process Ontology
9554 terms(s) returned
| Term Type: | Record: 5101 to 5150 of 9554 Records | Page: 103 of 192, First Previous Next Last | Show Records Per Page |
- cell survival-cell death imbalance [Phospholipidosis (severe)]
- cellular amino acid metabolic process
- cellular component assembly
- cellular component organization or biogenesis
- cellular damage
- cellular damage [Cell death]
- cellular damage [hepatocarcinogenesis]
- cellular damage [mitochondrial disorder]
- cellular detoxification
- cellular membrane lipoperoxidation
- cellular membrane lipoperoxidation [Lipidosis]
- cellular membrane lipoperoxidation [mitochondrial disorder]
- cellular oxidant detoxification
- cellular response to DNA damage stimulus
- cellular senescence
- cellular senescence [Ground glass appearance]
- cellular senescence inhibitor
- cellular senescence regulator
- cellular tissue
- cellular_component
- central nervous system
- central nervous system depressant
- central nervous system drug
- central nervous system sphingomyelin homeostasis imbalance [Niemann Pick Disease Type A]
- central nervous system stimulant
- central vein of liver
- centrilobular necrosis
- ceramidase
- ceramide
- ceramide -apoptosis inducer [Phospholipidosis - positive regulation of apoptosis]
- ceramide -phopholipid metabolite [Phospholipidosis - positive regulation of apoptosis]
- ceramide accumulation [mitochondrial disorder]
- ceramide acumulation
- ceramide biosynthetic process
- ceramide catabolic process
- cerebroglycan
- change in H+ ion concentrations
- changer role
- changing
- changing abnormal cellular structure
- changing abnormal cellular structure [Phospholipidosis]
- changing abnormal cellular structure [hepatocarcinogenesis]
- changing activity
- changing activity of eIF2a by PERK [ER stress - apoptosis]
- changing activity of eIF2a by PERK [ER stress - cell cycle arrest]
- changing activity of eIF2a by PERK [ER stress - inflammation]
- changing activity of eIF2a by PERK [ER stress - refolding]
- changing activity of eIF2a by PERK [ER stress - translation attenuation]
- changing activity of eIF2a by PERK [ER stress PERK - eIF2A pathway]
- changing activity of eIF2a by PERK [PERK - eIF2A pathway]
