Latest Posters

Laboratory automation has become ubiquitous in many pharmaceutical and biotechnology laboratories and supports a wide range of applications including drug discovery and development, synthetic biology, food and animal health, clinical diagnostics and many others.

The potential of human pluripotent stem cells (hPSCs) continues to show incredible promise, rapidly progressing through clinical trials for use in treatment of a multitude of diseases. However, historical methods of hPSC culture have remained a barrier of entry into the clinic even with relative success within in vitro cellular research.

Microglia are the resident immune cells of the central nervous system and play significant roles in the regulation of homeostasis and the management of tissue response to inflammatory or pathological insults.

Download this poster to discover a novel xeno-free culture system that can facilitate the development of a robust, clinically acceptable culture process and maintains MSC features.

Extractable and leachable (E&L) studies are an important part of successful drug product development. This poster highlights a support application built to help project teams address the challenge of effective data management across product development.

Basic fibroblast growth factor (bFGF) is used in neural stem cell (NSC) media to maintain multipotency. Native bFGF rapidly loses biological activity when exposed to culture conditions (37°C), Heat Stable (HS) bFGF maintains > 90% homology to the native protein and ≥ 80% biological activity, even after 72 hours of exposure to 37°C.

Access this poster to discover in vitro approaches including recombinant deiodinase inhibition, thyroid peroxidase inhibition and rat sodium iodide symporter inhibition among others.

For circulating cell free DNA (ccfDNA) to be used in cancer research successfully, workflow standardization is essential. Access this poster to discover tips on optimal workflow control, how to yield smaller ccfDNA fragments and the differences in quantification and qualification of ccfDNA.

Tumor associated macrophages (TAMs) can facilitate the proliferation of tumor cells and are able to suppress anti-tumor immune responses within the tumor microenvironment, making them a highly attractive target for the development of innovative cancer immunotherapies.

Multiplexing cell-based assays is possible using 3D culture models that are larger and more complex than monolayers

Real-time detection methods to measure live or dead cells provide much flexibility for multiplexing

All multiplexed assay combinations should be verified using appropriate controls for each 3D cell culture model.