Phenylpropanes
TARGETMOL CHEMICALS INC CM-579 10MG
Also available in 1 mg 5 mg 25 mg 50 mg 100 mg 1 mL 10 mM (in DMSO) and bulk. Please contact Fisher for quotes. CM-579 is a dual inhibitor of G9a and DNMT( IC5016 nM 32 nM for G9a and DNMT). It has potent in vitro cellular activity in a wide range of cancer cells. purity: 99%
Apexbio Technology LLC HyperTrap-Phenyl-6FF-HS-Column
HyperTrap Phenyl 6FF (HS) Column is a specialized tool used in biochemical research particularly in chromatographic applications for protein purification and separation Originating from advanced polymer technology it utilizes a hydrophobic interaction mechanism where phenyl groups interact with target molecules facilitating selective affinity and binding This column is essential for exploring protein-protein interactions enzyme assays and biomarker identification demonstrating activity in varying ranges predominantly influenced by specific experimental setups Commonly applied in cell-based assays animal model studies and high-throughput drug screening it supports biomolecular research across diverse disciplines Experimental concentrations typically depend on the specific research design
Apexbio Technology LLC HyperTrap-Phenyl-6FF-HS-Column
HyperTrap Phenyl 6FF (HS) Column is a specialized tool used in biochemical research particularly in chromatographic applications for protein purification and separation Originating from advanced polymer technology it utilizes a hydrophobic interaction mechanism where phenyl groups interact with target molecules facilitating selective affinity and binding This column is essential for exploring protein-protein interactions enzyme assays and biomarker identification demonstrating activity in varying ranges predominantly influenced by specific experimental setups Commonly applied in cell-based assays animal model studies and high-throughput drug screening it supports biomolecular research across diverse disciplines Experimental concentrations typically depend on the specific research design
Apexbio Technology LLC HyperTrap-Phenyl-6FF-HS-Column
HyperTrap Phenyl 6FF (HS) Column is a specialized tool used in biochemical research particularly in chromatographic applications for protein purification and separation Originating from advanced polymer technology it utilizes a hydrophobic interaction mechanism where phenyl groups interact with target molecules facilitating selective affinity and binding This column is essential for exploring protein-protein interactions enzyme assays and biomarker identification demonstrating activity in varying ranges predominantly influenced by specific experimental setups Commonly applied in cell-based assays animal model studies and high-throughput drug screening it supports biomolecular research across diverse disciplines Experimental concentrations typically depend on the specific research design
Apexbio Technology LLC HyperTrap-Phenyl-6FF-HS-Column
HyperTrap Phenyl 6FF (HS) Column is a specialized tool used in biochemical research particularly in chromatographic applications for protein purification and separation Originating from advanced polymer technology it utilizes a hydrophobic interaction mechanism where phenyl groups interact with target molecules facilitating selective affinity and binding This column is essential for exploring protein-protein interactions enzyme assays and biomarker identification demonstrating activity in varying ranges predominantly influenced by specific experimental setups Commonly applied in cell-based assays animal model studies and high-throughput drug screening it supports biomolecular research across diverse disciplines Experimental concentrations typically depend on the specific research design
Medchemexpress LLC Cm-579 trihydrochloride | 2448471-08-5 | 97.0% | 602.04 | C29H43Cl3N4O3 | 1 ML
CM-579 trihydrochloride is a reversible, dual inhibitor of histone methyltransferase G9a and DNA methyltransferases (DNMT) with low-nanomolar biochemical potency and demonstrated cellular activity. The compound is provided as a concentrated solution for in vitro studies and is used primarily in epigenetic and cancer research.
- Dual G9a and DNMT inhibition with IC50 ≈ 16 nM (G9a) and 32 nM (DNMT).
- Supplied as a 10 mM solution in DMSO (1 mL) and as solid quantities for flexibility.
- Molecular weight 602.04 and CAS 2448471-08-5 for unambiguous identification.
- Purity typically 97.0% by supplier specification.
- Suitable for epigenetic modulation, target validation, and cancer cell studies.
Apexbio Technology LLC HyperTrap-Phenyl-HP-Column
HyperTrap Phenyl HP Column is a specialized tool used in the biomedical research field particularly in chromatography applications for the separation and analysis of complex mixtures Originating from advanced materials science this column utilizes phenyl-functionalized silica particles to enhance its selectivity and binding affinity in various chromatographic processes The mechanism of action focuses on interactions between the phenyl groups and target molecules often used to study pathways involving hydrophobic and - interactions In vitro activity typically ranges from nanomolar to low micromolar concentrations enabling precise analysis and separation in a variety of settings This column is widely employed in biochemical research including cell model studies animal studies and drug screening processes Experimental concentrations typically depend on the specific research design ensuring flexibility and adaptability to diverse experimental needs
Apexbio Technology LLC HYPERTRAP-PHENYL-HP-COLUMN-1ML
HyperTrap Phenyl HP Column is a specialized tool used in the biomedical research field particularly in chromatography applications for the separation and analysis of complex mixtures Originating from advanced materials science this column utilizes phenyl-functionalized silica particles to enhance its selectivity and binding affinity in various chromatographic processes The mechanism of action focuses on interactions between the phenyl groups and target molecules often used to study pathways involving hydrophobic and - interactions In vitro activity typically ranges from nanomolar to low micromolar concentrations enabling precise analysis and separation in a variety of settings This column is widely employed in biochemical research including cell model studies animal studies and drug screening processes Experimental concentrations typically depend on the specific research design ensuring flexibility and adaptability to diverse experimental needs
Apexbio Technology LLC HYPERTRAP-PHENYL-HP-COLUMN-5ML
HyperTrap Phenyl HP Column is a specialized tool used in the biomedical research field particularly in chromatography applications for the separation and analysis of complex mixtures Originating from advanced materials science this column utilizes phenyl-functionalized silica particles to enhance its selectivity and binding affinity in various chromatographic processes The mechanism of action focuses on interactions between the phenyl groups and target molecules often used to study pathways involving hydrophobic and - interactions In vitro activity typically ranges from nanomolar to low micromolar concentrations enabling precise analysis and separation in a variety of settings This column is widely employed in biochemical research including cell model studies animal studies and drug screening processes Experimental concentrations typically depend on the specific research design ensuring flexibility and adaptability to diverse experimental needs
Apexbio Technology LLC HyperTrap-Phenyl-HP-Column
HyperTrap Phenyl HP Column is a specialized tool used in the biomedical research field particularly in chromatography applications for the separation and analysis of complex mixtures Originating from advanced materials science this column utilizes phenyl-functionalized silica particles to enhance its selectivity and binding affinity in various chromatographic processes The mechanism of action focuses on interactions between the phenyl groups and target molecules often used to study pathways involving hydrophobic and - interactions In vitro activity typically ranges from nanomolar to low micromolar concentrations enabling precise analysis and separation in a variety of settings This column is widely employed in biochemical research including cell model studies animal studies and drug screening processes Experimental concentrations typically depend on the specific research design ensuring flexibility and adaptability to diverse experimental needs