Tempo Bioscience Projects & Assays
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Our science team is an experienced group of PhD-level scientists within Tempo Bioscience. We understand that you need assay data quickly and cost-effectively for your projects to move forward to the next step. Please reach out to us regarding our frequently requested assays (listed below).
Custom Assay Designs
![](https://www.tempobioscience.com/library/ico-Assays-Neurite.png)
Neurite Outgrowth Assays
![](https://www.tempobioscience.com/library/ico-Assays-3D-Spheroids.png)
3D spheroid-organoid Assays
3D cell cultures capture physiologically relevant phenotypes that are critical for the drug development process. 3D spheroids-organoids can be composed of a single cell type or multiple cell types. We have built 3D brain spheriods-organoids and 3D liver spheroid-organoids to model a variety of diseases
![](https://www.tempobioscience.com/library/ico-Assays-Immuno-qPCR.png)
Immuno qPCR Assays
Combining qPCR and ELISA, we have developed “Immuno qPCR” approaches that quantitatively measure “miniature” samples and biomarkers
![](https://www.tempobioscience.com/library/ico-Assays-ATP.png)
LIVE-cell ATP Assays
![](https://www.tempobioscience.com/library/ico-Assays-Mitochondrial-Toxicity.png)
LIVE-cell Mitochondrial toxicity Assays
![](https://www.tempobioscience.com/library/ico-Assays-Microfluidic-Chips.png)
Microfluidic Chips Assays
A variety of microfluidic chips can be utilized for 2D or 3D spheroid-organoid assays. Each assay can be customized to project’s specific requirements. We work with a variety of collaborators to provide the most appropriate chip device for an assay project.
Custom Engineered Models
![](https://www.tempobioscience.com/library/ico-Engineered-Models-iPSC.png)
iPSC Derived Disease models
![](https://www.tempobioscience.com/library/ico-Engineered-Models-3D.png)
3D Spheroid/Organoid Models
Please contact Tempo Bioscience Support Team to receive a PDF copy of:
- Biosensors-based stem cell models for drug discovery focusing on rare seizure disorders Cell Symposia 2016
- Biosensors for Research & Drug Discovery SLAS2015
- iPSC models to improve efficiency of drug discovery and development IPI (Summer 2018 Volume 10 Issue 2)
- Human iPSC based Cell models for drug discovery and preclinical development CHI’s World Preclinical Congress Europe 2018
- Human iPSC based cell models improve efficiency of drug discovery and development Pharma R&D Week 2021