Formulation Development

Multicolor Multiphoton gets you closer to the truth

The combination of multiple distinct fluorescent labels is increasingly used to study dynamic interaction and spatial relationships among cells and molecules. The goal is to understand a myriad of complex biological events, such as cellular connectivity, cell phenotyping, protein interaction or co-expression, and co-localization. Scaling up such studies to whole organs or tissues requires suitable large-volume multicolor microscopy methods. DIVE and STELLARIS have now merged to provide you with the power of flexible multicolor multiphoton imaging. Furthermore, you can expand the potential of your experiments with additional label-free imaging capabilities.

Seamlessly integrated into the confocal software interface, STELLARIS 8 DIVE multiphoton microscope offers the benefits of high speed and excellent navigation so that dynamic processes in complex samples can be studied with ease. STELLARIS 8 DIVE – A rainbow of possibilities for your research.

Used Carl Zeiss Microscope, with AxioCam MRc5 and H.I.P controls, CE design, serial# 39180008000.

Accelerate your gene therapy manufacturing with the Xcellerex™ X-platform – a next-generation single-use bioreactor system designed for viral vector workflows.

Curia’s DMPK scientists deliver expert solutions for your drug discovery programs. Providing bioanalytical methods development, in vitro ADMET testing and in vivo PK and PD services that span all stages of drug discovery up to candidate selection.

Optimize Your GC Analysis with Zebron GC Columns

Zebron GC columns are engineered with quality of analysis in mind to better support scientists' research and regulatory analysis for environmental, food safety, food quality, forensics, pharma, fuels, and specialty chemicals.

Measure heat flow, weight loss, dimension change, or mechanical properties as a function of temperature.

MabSelect™ VL resin — protein L resin for affinity capture of antibody Fabs, bispecifics, and other variants containing a kappa light chain.

Off-the-shelf, research use only lipid nanoparticle (LNP) reagents to deliver RNA into T-cells.