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GE28-4082-53
HiTrap(R) MabSelect(TM) (C15-1426-888)
Price: $1,666.29List Price: $1,851.43HiTrap ® MabSelect ™ columns are prepacked with MabSelect, a Bioprocess medium for capuring of Mabs from large sample volumes. Application Lab Purification using the MabSelect ™ Protein A tag for capture of antibodies. -
GE28-4082-55
HiTrap(R) MabSelect(TM) (C15-1426-889)
Price: $1,604.57List Price: $1,782.86HiTrap ® MabSelect ™ columns are prepacked with MabSelect, a Bioprocess medium for capuring of Mabs from large sample volumes. Application Lab Purification using the MabSelect ™ Protein A tag for capture of antibodies. -
GE28-4082-56
HiTrap(R) MabSelect(TM) (C15-1426-890)
Price: $5,967.03List Price: $6,630.04HiTrap ® MabSelect ™ columns are prepacked with MabSelect, a Bioprocess medium for capuring of Mabs from large sample volumes. Application Lab Purification using the MabSelect ™ Protein A tag for capture of antibodies. -
GE17-5438-01
MabSelect(TM) SuRe(TM) (C15-1426-624)
Price: $6,131.87List Price: $6,813.19MabSelect ™ SuRe ™ is a protein A affinity medium for capturing MAbs at process scale. MabSelect ™ SuRe ™ has an alkali-tolerant rProtein A ligand that allows the use of rigorous and cost-effective CIP and sanitization -
GE17-5438-02
MabSelect(TM) SuRe(TM) (C15-1426-625)
Price: $11,686.81List Price: $12,985.35MabSelect ™ SuRe ™ is a protein A affinity medium for capturing MAbs at process scale. MabSelect ™ SuRe ™ has an alkali-tolerant rProtein A ligand that allows the use of rigorous and cost-effective CIP and sanitization -
5309610001
TAZ ACTIVATOR IBS008738 (C15-1305-037)
Price: $359.71List Price: $399.67A benzoylimidazole derivative that acts as a Transcriptional co-activator with PDZ-binding motif (TAZ) Activator by stabilizing TAZ and increases unphosphorylated TAZ. Up-regulates TAZ-dependent MyoD-dependent gene transcription at 10 µM and -
5309590001
TAZ ACTIVITY MODULATOR TM-25659 (C15-1305-036)
Price: $380.87List Price: $423.18A cell permeable, orally bioavailable imidazol-[4,5-b]pyridine derivative that enhances nuclear localization of transcriptional co-activator with PDZ-binding motif (TAZ) in a dose-dependent manner without affecting the total amount of TAZ in -