HUGO ID Detailed Result 6204


HUGO ID 6204
Symbol JUN
Name jun oncogene
#Occurrence 10
#Paper 3

 


PMID Match String Actual String Score Flanking text Edited by Edit
15081582c-Junc-Jun0.3signals through blocking the activation of stress-activated protein kinase SAPK c-Jun N-terminal kinase (JNK) JNK ( Kawamura et al. 1999 
15210305c-Junc-jun2.4Immunohistochemical expression of a number of gene candidates including c-jun JNK/SAPK JNK SAPK (a a kinase that exerts a stress-related 
15210305c-Junc-jun2.4SAPK (a a kinase that exerts a stress-related activation of c-jun and NF-kappa B a transcription factor induced by oxidative injury 
17191135AP-1AP-11.6HO-1 gene such as Fos/Jun Fos Jun activator protein-1 (AP-1)], AP-1 nuclear factor-kB (NFkB) NFkB and the more recently identified Nrf2 
17191135AP-1AP-11.6and WT-ZFP conferring constitutive expression inducible expression elements such as AP-1 AP-2 NF-kB Oct-1 PEA-3 Myb and the antioxidant-responsive element (ARE) 
17191135AP-1AP-11.6DNA binding activity of critical transcription factors such as the AP-1 family members NF-kB Jun Fos p53 CREB PEBP2/CBF, PEBP2 CBF 
15081582c junc jun1.0 apoptotic death in nerve growth factor deprived pheochromocytoma pc12 cells by preventing the activation of apoptotic signals through blocking the activation of stress activated protein kinase sapk /c jun n terminal kinase jnk kawamura et al. 1999 .  
15210305c junc jun1.0c jun and zif 268 two immediate early genes factors widely considered as markers of neuronal response to injury and apoptotic cell death have been found to be markedly increased in dorsal and ventral horns 
15210305c junc jun1.0immunohistochemical expression of a number of gene candidates including c jun jnk/sapk a kinase that exerts a stress related activation of c jun and nf kappa b a transcription factor induced by oxidative injury with a prominent neuroprotective function have been assayed in different disease targeted tissues.  
15210305c junc jun1.0the jnk/sapk c jun pathway was found to be markedly up regulated [ 67 ] in als spinal cord astrocytes together with nf kappa b whereas motor neurones show a lower expression of these molecules.