Cell imaging reagents

Sartorius offers a range of reagents, kits and consumables specifically designed around your application needs to enable long-term, kinetic live-cell imaging and analysis. Obtain specific ...

Sartorius offers a range of reagents, kits and consumables specifically designed around your application needs to enable long-term, kinetic live-cell imaging and analysis. Obtain specific ...

Sartorius offers a range of reagents, kits and consumables specifically designed around your application needs to enable long-term, kinetic live-cell imaging and analysis. Obtain specific ...

Sartorius offers a range of reagents, kits and consumables specifically designed around your application needs to enable long-term, kinetic live-cell imaging and analysis. Obtain specific ...

Storage temperature: 2 °C - 8 °C

... hypoxic experience of individual cells. It is non-toxic to normoxic cells. HypoxiTRAK™ enables entirely new assay approaches to functional hypoxia. HypoxiTRAK™ can be used in flow cytometry and fluorescence ...

Storage temperature: 4 °C

... . are commonly referred to as red fluorescent protein, or RFP. It’s easy to image cells using a RFP-fusion protein construct, though to get the full picture such imaging data is often combined with additional ...

Storage temperature: 4 °C

... bind to TurboGFP – including our GFP-Nanobody used in GFP-Trap. It’s easy to image cells using a TurboGFP-fusion protein construct, though to get the full picture such imaging data is often combined with ...

... of up to three different target cells simultaneously, and be performed in Terasaki plate format, thereby reducing the number of effector cells needed by 30-fold. The TVA Platform is based on direct, ...

... Terasaki plate format, thereby reducing the number of effector cells needed by 30-fold. The TVA Platform is based on direct, single-cell imaging, is less laborious than the CRA, and has ...

Storage temperature: -20 °C

MitoFlamma Deep Red is a mitochondria-selective red fluorescent dye that allows to detect mitochondrial morphology in living cells. This unique dye appears to preferentially accumulate in mitochondria. MitoFlamma Deep ...