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Advances in stem cell and organoid strategies for disease modeling

We hope that these webinars gave you the opportunity to sharpen your disease modeling expertise and gain further insight into the capabilities and tools that can be utilized in understanding complex biology in a physiology relevant content. Our complete portfolio of stem cell, 3D and cell analysis products and services provides optimized tools to support each step of the workflow; taking you from research to breakthroughs faster.

If you would like to learn more, please do not hesitate to contact us at anz.lsg.sales@thermofisher.com.

Date: 27 May 2020

Presenter TopicUseful links Watch now
Dr. Erik Willems
Senior Scientist, Cell Biology
Thermo Fisher Scientific,
Carlsbad, USA 		Selecting the right tools to build your pluripotent stem cell based disease models Stem cell research tools and resources

Genome editing solutions 		Watch now
Assoc. Professor Larisa Haupt
Neurogenesis and Stem Cells Group,
IHBI,
Queensland University of Technology		In vitro models of human neurogenesis to examine the microenvironment Neural stem cell research
Dr. Veronika Sander
Research Fellow,
Molecular Medicine and Pathology,
University of Auckland 		Mini kidneys in a dish – using kidney organoids to model disease Organoids, Spheroids, and 3D Cell Culture

Date: 3 June 2020

Presenter TopicUseful links Watch now
Dr. Oggie Golub
Staff Scientist,
Protein and Cell Analysis
Thermo Fisher Scientific,
Oregon, USA 		Essential Tools for Fluorescence Labeling and Detection in 2-D and 3-D Disease Models High-Content Screening Solutions

Cell Imaging Systems

Labeling and detection tools 		Watch now
Dr. Guillermo Gomez
Head, Tissue Architecture and Organ Function Laboratory, Centre for Cancer Biology, University of South Australia 		New approaches to model brain cancers in vitro using cerebral organoids: implications for precision oncology Creating 3D models
Dr. Jarmon Lees
Post-doctoral Research Fellow, Cardiac Regeneration Group, St Vincent’s Institute of Medical Research		Human iPSC-derived vascularized and innervated cardiac organoids for modelling heart diseases in a dish Cardiac disease modeling

iPSC research guide