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CTTN — PAK6

Pathways - manually collected, often from reviews:

• BioCarta agrin in postsynaptic differentiation: agrin/Integrin-alpha/Integrin-beta/dystroglycan 1/SRC/FAK/Paxillin/PKL/PIX/PAKs/dystrophin/actin/laminin/cortactin complex (AGRN-ITGA1-ITGB1-DAG1-SRC-PTK2-PXN-GIT2-ARHGEF6_ARHGEF7-PAK3_PAK7_PAK1_PAK2_PAK6_PAK4-DMD-ACTA1-LAMA1_LAMC3_LAMA2_LAMB1_LAMC1_LAMB2_LAMA4_LAMA5_LAMC2_LAMB3_LAMA3-CTTN) → Ach R/RAPSYN complex (CHRM1_CHRNA1-RAPSN) (modification, collaborate)
  
• BioCarta agrin in postsynaptic differentiation: agrin/Integrin-alpha/Integrin-beta/dystroglycan 1/SRC/FAK/Paxillin/PKL/PIX/PAKs/dystrophin/actin/laminin/cortactin complex (AGRN-ITGA1-ITGB1-DAG1-SRC-PTK2-PXN-GIT2-ARHGEF6_ARHGEF7-PAK3_PAK7_PAK1_PAK2_PAK6_PAK4-DMD-ACTA1-LAMA1_LAMC3_LAMA2_LAMB1_LAMC1_LAMB2_LAMA4_LAMA5_LAMC2_LAMB3_LAMA3-CTTN) → utrophin (UTRN) (modification, collaborate)
• BioCarta agrin in postsynaptic differentiation: agrin/Integrin-alpha/Integrin-beta/dystroglycan 1/SRC/FAK/Paxillin/PKL/PIX/PAKs/dystrophin/actin/laminin/cortactin complex (AGRN-ITGA1-ITGB1-DAG1-SRC-PTK2-PXN-GIT2-ARHGEF6_ARHGEF7-PAK3_PAK7_PAK1_PAK2_PAK6_PAK4-DMD-ACTA1-LAMA1_LAMC3_LAMA2_LAMB1_LAMC1_LAMB2_LAMA4_LAMA5_LAMC2_LAMB3_LAMA3-CTTN) → agrin/Integrin-alpha/Integrin-beta/dystroglycan 1/SRC/FAK/Paxillin/PKL/PIX/PAKs/dystrophin/actin/laminin/cortactin/Ach R/RAPSYN/utrophin complex (AGRN-ITGA1-ITGB1-DAG1-SRC-PTK2-PXN-GIT2-ARHGEF6_ARHGEF7-PAK3_PAK7_PAK1_PAK2_PAK6_PAK4-DMD-ACTA1-LAMA1_LAMC3_LAMA2_LAMB1_LAMC1_LAMB2_LAMA4_LAMA5_LAMC2_LAMB3_LAMA3-CTTN-CHRM1_CHRNA1-RAPSN-UTRN) (modification, collaborate)
  
• BioCarta agrin in postsynaptic differentiation: Ach R/RAPSYN complex (CHRM1_CHRNA1-RAPSN) → agrin/Integrin-alpha/Integrin-beta/dystroglycan 1/SRC/FAK/Paxillin/PKL/PIX/PAKs/dystrophin/actin/laminin/cortactin/Ach R/RAPSYN/utrophin complex (AGRN-ITGA1-ITGB1-DAG1-SRC-PTK2-PXN-GIT2-ARHGEF6_ARHGEF7-PAK3_PAK7_PAK1_PAK2_PAK6_PAK4-DMD-ACTA1-LAMA1_LAMC3_LAMA2_LAMB1_LAMC1_LAMB2_LAMA4_LAMA5_LAMC2_LAMB3_LAMA3-CTTN-CHRM1_CHRNA1-RAPSN-UTRN) (modification, collaborate)
  
• BioCarta agrin in postsynaptic differentiation: utrophin (UTRN) → agrin/Integrin-alpha/Integrin-beta/dystroglycan 1/SRC/FAK/Paxillin/PKL/PIX/PAKs/dystrophin/actin/laminin/cortactin/Ach R/RAPSYN/utrophin complex (AGRN-ITGA1-ITGB1-DAG1-SRC-PTK2-PXN-GIT2-ARHGEF6_ARHGEF7-PAK3_PAK7_PAK1_PAK2_PAK6_PAK4-DMD-ACTA1-LAMA1_LAMC3_LAMA2_LAMB1_LAMC1_LAMB2_LAMA4_LAMA5_LAMC2_LAMB3_LAMA3-CTTN-CHRM1_CHRNA1-RAPSN-UTRN) (modification, collaborate)
  
• BioCarta agrin in postsynaptic differentiation: agrin/Integrin-alpha/Integrin-beta/dystroglycan 1/SRC/FAK/Paxillin/PKL/PIX/PAKs/dystrophin/actin/laminin/cortactin complex (AGRN-ITGA1-ITGB1-DAG1-SRC-PTK2-PXN-GIT2-ARHGEF6_ARHGEF7-PAK3_PAK7_PAK1_PAK2_PAK6_PAK4-DMD-ACTA1-LAMA1_LAMC3_LAMA2_LAMB1_LAMC1_LAMB2_LAMA4_LAMA5_LAMC2_LAMB3_LAMA3-CTTN) → cortactin (CTTN) (modification, collaborate)
• BioCarta agrin in postsynaptic differentiation: agrin/Integrin-alpha/Integrin-beta/dystroglycan 1/SRC/FAK/Paxillin/PKL/PIX/PAKs/dystrophin/actin/laminin/cortactin complex (AGRN-ITGA1-ITGB1-DAG1-SRC-PTK2-PXN-GIT2-ARHGEF6_ARHGEF7-PAK3_PAK7_PAK1_PAK2_PAK6_PAK4-DMD-ACTA1-LAMA1_LAMC3_LAMA2_LAMB1_LAMC1_LAMB2_LAMA4_LAMA5_LAMC2_LAMB3_LAMA3-CTTN) → agrin/Integrin-alpha/Integrin-beta/dystroglycan 1/SRC/FAK/Paxillin/PKL/PIX/PAKs/dystrophin/actin/laminin complex (AGRN-ITGA1-ITGB1-DAG1-SRC-PTK2-PXN-GIT2-ARHGEF6_ARHGEF7-PAK3_PAK7_PAK1_PAK2_PAK6_PAK4-DMD-ACTA1-LAMA1_LAMC3_LAMA2_LAMB1_LAMC1_LAMB2_LAMA4_LAMA5_LAMC2_LAMB3_LAMA3) (modification, collaborate)
  
• BioCarta agrin in postsynaptic differentiation: cortactin (CTTN) → agrin/Integrin-alpha/Integrin-beta/dystroglycan 1/SRC/FAK/Paxillin/PKL/PIX/PAKs/dystrophin/actin/laminin complex (AGRN-ITGA1-ITGB1-DAG1-SRC-PTK2-PXN-GIT2-ARHGEF6_ARHGEF7-PAK3_PAK7_PAK1_PAK2_PAK6_PAK4-DMD-ACTA1-LAMA1_LAMC3_LAMA2_LAMB1_LAMC1_LAMB2_LAMA4_LAMA5_LAMC2_LAMB3_LAMA3) (modification, collaborate)
  

Text-mined interactions from Literome

Webb et al., Arch Biochem Biophys 2006 : However, binding of cortactin to F-actin is significantly reduced by PAK-phosphorylation
Ayala et al., J Cell Sci 2008 (Melanoma...) : In addition, through a combination of RNA interference and a wide array of cortactin phosphorylation mutants, we were able to show that three convergent regulatory inputs based on the regulation of cortactin phosphorylation by Src-family kinases, Erk1/Erk2 and PAK are necessary for invadopodia formation and extracellular matrix degradation