RAF inhibitors have the unique property of transactivating RAS-dependent RAF dimers in most cells but inhibit RAF/MEK/ERK signaling in cells expressing mutant BRAF, in which RAS activity is too low to support this process. These drugs thus selectively inhibit ERK signaling in tumors with BRAF mutation. RAF inhibitors have remarkable clinical activity in melanomas with BRAFV600E mutations; however, resistance invariably develops. Three recent papers reveal that acquired resistance may be due to mechanisms that cause ERK signaling to become insensitive to RAF inhibitors, or that reduce the dependence of the tumor on ERK signaling through activation of other pathways
The classical ERK/MAPK signalling pathway regulated proliferation, differentiation and survival. At ...
Increasing appreciation of the complexity of RAS signaling in cancer has led to a renewed wave of RA...
BRAF and MEK inhibitors are effective in BRAF mutant melanoma, but most patients eventually relapse ...
Since the discovery of BRAF mutations in over 50% of melanomas, various small molecule inhibitors ag...
Several mechanisms of resistance to inhibition of BRAF activity in melanoma cells have been describe...
ERK pathway activation in cells expressing wild-type BRAF is a well-reported, clinically-relevant ad...
SummaryBRAF and MEK inhibitors are effective in BRAF mutant melanoma, but most patients eventually r...
The identification of BRAF V600E as a driving mutation in approximately 50% of melanoma and the subs...
In BRAF V600E melanoma patients, RAF inhibitor treatment causes a MEK-inhibitor-sensitive, RAF-inhib...
Melanoma is a highly metastatic and lethal form of skin cancer. The protein kinase BRAF is mutated i...
SummaryERK signaling requires RAS-induced RAF dimerization and is limited by feedback. Activated BRA...
Aberrant activation of the BRAF kinase occurs in ∼60% of melanomas, and although BRAF inhibitors hav...
SummaryMEK inhibitors are clinically active in BRAFV600E melanomas but only marginally so in KRAS mu...
Activated RAS promotes dimerization of members of the RAF kinase family. ATP-competitive RAF inhibit...
Melanoma is a disease characterized by lesions that activate ERK. Although 70% of cutaneous melanoma...
The classical ERK/MAPK signalling pathway regulated proliferation, differentiation and survival. At ...
Increasing appreciation of the complexity of RAS signaling in cancer has led to a renewed wave of RA...
BRAF and MEK inhibitors are effective in BRAF mutant melanoma, but most patients eventually relapse ...
Since the discovery of BRAF mutations in over 50% of melanomas, various small molecule inhibitors ag...
Several mechanisms of resistance to inhibition of BRAF activity in melanoma cells have been describe...
ERK pathway activation in cells expressing wild-type BRAF is a well-reported, clinically-relevant ad...
SummaryBRAF and MEK inhibitors are effective in BRAF mutant melanoma, but most patients eventually r...
The identification of BRAF V600E as a driving mutation in approximately 50% of melanoma and the subs...
In BRAF V600E melanoma patients, RAF inhibitor treatment causes a MEK-inhibitor-sensitive, RAF-inhib...
Melanoma is a highly metastatic and lethal form of skin cancer. The protein kinase BRAF is mutated i...
SummaryERK signaling requires RAS-induced RAF dimerization and is limited by feedback. Activated BRA...
Aberrant activation of the BRAF kinase occurs in ∼60% of melanomas, and although BRAF inhibitors hav...
SummaryMEK inhibitors are clinically active in BRAFV600E melanomas but only marginally so in KRAS mu...
Activated RAS promotes dimerization of members of the RAF kinase family. ATP-competitive RAF inhibit...
Melanoma is a disease characterized by lesions that activate ERK. Although 70% of cutaneous melanoma...
The classical ERK/MAPK signalling pathway regulated proliferation, differentiation and survival. At ...
Increasing appreciation of the complexity of RAS signaling in cancer has led to a renewed wave of RA...
BRAF and MEK inhibitors are effective in BRAF mutant melanoma, but most patients eventually relapse ...