Selecting KRAS Pathway Proteins for Your Assay
KRAS pathway assays often require more than KRAS alone. Use effector-domain proteins for KRAS binding studies, exchange factors such as SOS1 for nucleotide exchange workflows, regulatory proteins such as NF1-GRD for GAP-related assay development, and downstream pathway proteins for signaling and screening applications.
Effector Binding Proteins
Use RAF1-RBD, PI3Kα-RBD, RALGDS-RBD, and related effector-domain proteins to study KRAS interactions and downstream binding interfaces.
Exchange And Regulatory Proteins
Use SOS1, NF1-GRD, SHP2, and related regulatory proteins to support nucleotide exchange, pathway regulation, and assay-development workflows.
Custom Pathway Reagents
Request custom KRAS pathway domains, tag placement, linker(s), nucleotide-state workflows, labeled proteins, complexes, formulations, or bulk production.
Build a KRAS Pathway Assay Workflow
Pair KRAS effector and regulatory proteins with KRAS mutants, defined nucleotide-loaded KRAS formats, biotinylated capture reagents, or custom recombinant protein services.
Need a Custom RAS Protein Format?
Request custom mutations, tag placement, site-specific biotinylation, GDP or GppNHp nucleotide loading, assay-ready formulations, custom QC, or bulk quantities.
FAQ
Which proteins are used for KRAS effector binding assays?
Common KRAS effector-binding reagents include RAF1-RBD, PI3Kα-RBD, RALGDS-RBD, and related effector-domain proteins used to study KRAS interactions and downstream signaling interfaces.
Which proteins support KRAS nucleotide exchange or regulatory assays?
SOS1 is commonly used for KRAS nucleotide exchange workflows, while NF1-GRD, SHP2, and related regulatory proteins support pathway regulation and assay-development studies.
Are these products for research use only?
Yes. These products are for research use only and are not intended for diagnostic or therapeutic use.
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