VNIRTM Mito Red All Products Cell Biology  VNIR 214 Description VNIRTM Mito Red is a far-red emitting turn-on fluorescent probe for studying mitochondria. It can be used in a wide variety of cells ranging from cancer to neuronal cells.This versatile probe can be used to study mitochondria under healthy and disease conditions with implications for therapeutic developments targeting mitochondria, the modulation of mitophagy and AD. Cat. No. VNIR214 Concentration 200µM in DMSO Appearance Purple solution Spectral property Excitation: 550nm, Emission: 660nm Storage conditions -20°C (protect from light) References Please let us know if you publish your research using VNIRTM Mito Red. We can cite your reference here.

VNIRTM Calcein AM All Products Cell Biology  VNIR 213 Description VNIRTM VNIRTMCalcein AM is a cell permaeable, green emitting fluorescent stain. Once the dye is inside the cell it gets hydrolysed by intracellular esterases into green fluorescent Calcein and gets reatined in the cytoplasm. This is used as an indicator fro cell viability, cell toxicity, cell membrane integrity and cell tracing. Cat. No. VNIR213 CAS No. 148504-34-1 Molecular weight: 994.87 Molecular Formula: C46H46N2O23 Appearance: White to off-white powder Spectral Property Excitation: 496nm; Emission: 516nm Purity: ≥95% (HPLC) Solubility: DMSO Storage conditions: -20°C (protect from light and moisture) References: Please let us know if you publish your research using VNIRTM Calcein AM. We can cite your reference here.

VNIRTM Hoechst 33258 All Products Cell Biology  VNIR 212 Description VNIRTM Hoechst 33258 is a cell permeable blue emitting DNA specific fluoroscent stain binding to minor groove of dsDNA with AT rich sequences. This dye can be used both on live and fixed cells. The dye is extensively used in Fluoroscence microscopy and Flow cytometry applications. The dye sometimes is also used for DNA content analysis in a sample by plotting standard curve of Fluoroscence intensity vs DNA Concentration. Hoechst 33258 is less permeable than Hoechst 33342 and doesn’t induce apoptosis. Cat. No. VNIR212 CAS No. 23491-45-4 Molecular weight 533.9 Molecular formula C25H24N6O.3HCl Appearance Clear yellow solution Concentration 200µM in DMSO Spectral property Excitation: 352nm, Emission: 461nm (DNA Bound) Storage conditions -20°C (protect from light) References Please let us know if you publish your research using VNIRTM Hoechst 33258. We can cite your reference here.

VNIRTM Hoechst 34580 All Products Cell Biology  VNIR 211 Description VNIRTM Hoechst 34580 is a cell permeable blue emitting DNA specific fluoroscent stain binding to minor groove of dsDNA with AT rich sequences. This dye can be used both on live and fixed cells. The dye is extensively used in Fluoroscence microscopy and Flow cytometry applications. The dye sometimes is also used for DNA content analysis in a sample by plotting standard curve of Fluoroscence intensity vs DNA Concentration. Cat. No. VNIR211 CAS No. 911004-45-0 Molecular weight 561 Molecular formula C27H29N7·3HCl Appearance Clear yellow solution Concentration 200µM in DMSO Spectral property Excitation: 368nm, Emission: 437nm (DNA Bound) Storage conditions -20°C (protect from light) References Please let us know if you publish your research using VNIRTM Hoechst 34580. We can cite your reference here.

VNIRTM Hoechst 33342 All Products Cell Biology  VNIR 210 Description VNIRTM Hoechst 33342 is a cell permeable blue emitting DNA specific fluoroscent stain binding to minor groove of dsDNA with AT rich sequences. This dye can be used both on live and fixed cells. The dye is extensively used in Fluoroscence microscopy and Flow cytometry applications. The dye sometimes is also used for DNA content analysis in a sample by plotting standard curve of Fluoroscence intensity vs DNA Concentration. Cat. No. VNIR210 CAS No. 875756-97-1 Molecular weight 561.9 Molecular formula C27H37Cl3N6O4 Appearance Clear yellow solution Concentration 200µM in DMSO Spectral property Excitation: 350nm, Emission: 461nm (DNA Bound) Storage conditions -20°C (protect from light) References Please let us know if you publish your research using VNIRTM Hoechst 33342. We can cite your reference here.