WH-4-023 Reference: SM16-50 WH-4-023 in combination with other small molecules supports the self-renewal of naive human embryonic stem cells and maintenance of ground state pluripotency.
WH-4-023 Reference: SM16-100 WH-4-023 in combination with other small molecules supports the self-renewal of naive human embryonic stem cells and maintenance of ground state pluripotency.
WH-4-023 Reference: SM16-500 WH-4-023 in combination with other small molecules supports the self-renewal of naive human embryonic stem cells and maintenance of ground state pluripotency.
XAV939 Reference: SM38-2 XAV939 inhibits growth of DLD-1 cells, an APC-deficient colorectal cancer cell line.
XAV939 Reference: SM38-10 XAV939 inhibits growth of DLD-1 cells, an APC-deficient colorectal cancer cell line.
XAV939 Reference: SM38-50 XAV939 inhibits growth of DLD-1 cells, an APC-deficient colorectal cancer cell line.
XAV939 Reference: SM38-200 XAV939 inhibits growth of DLD-1 cells, an APC-deficient colorectal cancer cell line.
Y-27632 Reference: SM02-1 Y-27632 increases the cloning efficiency of human embryonic stem cells (hESC). Enables the long term expansion of embryonic stem cells (ESC) with single cell passage. hESC treated with Y-27632 in a serum-free medium were consistently differentiated into many cell types, including neurons, muscle cells and hepatocytes.
Y-27632 Reference: SM02-5 Y-27632 increases the cloning efficiency of human embryonic stem cells (hESC). Enables the long term expansion of embryonic stem cells (ESC) with single cell passage. hESC treated with Y-27632 in a serum-free medium were consistently differentiated into many cell types, including neurons, muscle cells and hepatocytes.
Y-27632 Reference: SM02-10 Y-27632 increases the cloning efficiency of human embryonic stem cells (hESC). Enables the long term expansion of embryonic stem cells (ESC) with single cell passage. hESC treated with Y-27632 in a serum-free medium were consistently differentiated into many cell types, including neurons, muscle cells and hepatocytes.
Y-27632 Reference: SM02-100 Y-27632 increases the cloning efficiency of human embryonic stem cells (hESC). Enables the long term expansion of embryonic stem cells (ESC) with single cell passage. hESC treated with Y-27632 in a serum-free medium were consistently differentiated into many cell types, including neurons, muscle cells and hepatocytes.
Phospho-Sure RTD Neuronal Cell & Soft tissue extraction buffer-100 mL Reference: B-100-PS Detergents typically present in cell lysis buffers are thought to disrupt organelles and compartments and increase the exposure of soluble phospho-proteins to phosphatases and proteases thereby resulting in uncontrolled dephosphorylation and proteolysis. Phospho-Sure RTD Neuronal extraction buffer is optimized for the extraction of phosphorylated proteins from neuronal and other soft tissues types. The buffer extracts the phosphoproteins in a native state without the use of harsh detergents or oxidizers, and it is specially formulated to help maintain phosphoproteins and protect them from degradation better than traditional detergent based extraction buffers.