pAP1-SEAP is a reporter vector that is ideal for studying the induction of the activator protein 1 (AP1). AP1 is induced through the SAPK/JNK signal transduction pathway. pAP1-SEAP contains the secreted alkaline phosphatase (SEAP) gene as the reporter. pTAL-SEAP is provided as a negative control to measure background signals, or it can be used for studying putative enhancer elements, which can be cloned into the MCS.
Signal transduction kits are available for in vivo studies of signal transduction—from signaling cascades to gene transcription
Signal transduction kits are available for in vivo studies of signal transduction—from signaling cascades to gene transcription.
Pathway profiling vectors
Pathway profiling vectors. These vectors contain one of two promoters: the entire TATA-like region (TAL) from the thymidine kinase promoter or just its TATA box (TA).
Pathway profiling systems with SEAP or luciferase reporters
Pathway profiling systems with SEAP or luciferase reporters.
pAP1-SEAP is a reporter vector that is ideal for studying the induction of the activator protein 1 (AP1). AP1 is induced through the SAPK/JNK signal transduction pathway. pAP1-SEAP contains the secreted alkaline phosphatase (SEAP) gene as the reporter. pTAL-SEAP is provided as a negative control to measure background signals, or it can be used for studying putative enhancer elements, which can be cloned into the MCS.
Signal transduction kits are available for in vivo studies of signal transduction—from signaling cascades to gene transcription
Signal transduction kits are available for in vivo studies of signal transduction—from signaling cascades to gene transcription.
Pathway profiling vectors
Pathway profiling vectors. These vectors contain one of two promoters: the entire TATA-like region (TAL) from the thymidine kinase promoter or just its TATA box (TA).
Pathway profiling systems with SEAP or luciferase reporters
Pathway profiling systems with SEAP or luciferase reporters.