Scinus
Read more about our Cell Expansion technology here.
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Maintenance is an investment in reliable equipment, a reliable process and providing advice.
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Come and visit us during the international trade shows.
About Us
Scinus cell expansion technology
The SCINUS bioreactor NG is a closed system for the controlled cultivation of cells, supporting your R&D as well as your GMP processes.
News / Blog
Scinus Cell Expansion and ATMP-Center at Skåne University Hospital Partner for Advances in Cell Therapy
During BIO-Europe in Stockholm, Scinus Cell Expansion marked a significant step forward in establishing a collaborative relationship with Region Skåne by signing a Letter of Intent with the ATMP-Center at Skåne University Hospital. Together, our aim is to drive innovation and progress in the field of cell and gene therapy.…
Ask the Expert: PhD Student Javier Olmos Becerra on HEK293T culture using the SCINUS bioreactor NG
In our previous blogpost, we shed a light on all the different possibilities that HEK293T cells have to offer. Now, in this second edition of our \'Ask the Expert\' series, we will interview our PhD student Javier Olmos Becerra. He’s been working on optimizing HEK293T expansion in the SCINUS bioreactor…
Using HEK293T Cells to Produce Viral Vectors for Gene Therapy
HEK293T cells, derived from human embryonic kidney cells, are widely used in gene therapy research due to their transfection efficiency and capability to produce different types of viral vectors. These cells are especially suitable for generating lentiviral (LV) vectors, which makes them a valuable tool for CAR T cell therapy…
Bioprocessing Summit Boston
Scinus Cell Expansion is attending the Bioprocessing Summit in Boston! From 19th till 22nd of August, Scinus Cell Expansion will be attending the 16th annual Bioprocessing Summit in Boston! We’re excited to discuss today’s challenges and advances in bioprocess R&D and scale-up, as well as the future of bioprocessing. Also,…
Organoid Culture: The potential to revolutionize disease modeling
Organoids have emerged as a revolutionary tool in drug discovery and clinical practice. These miniature 3D structures, cultivated from stem cells or differentiated cells, mimic the architecture and function of organs, offering a significant advancement over traditional cell culture methods. Organoids have demonstrated remarkable potential in disease modeling, drug screening,…
New Location!
Scinus Cell Expansion is moving to Zeist As of June 1st, Scinus Cell Expansion will be located at the Utrecht Science Park location in Zeist! This place provides a vibrant, dynamic and exciting place to work, where industry and academia come together. Feel free to stop by whenever you are…
Ask the Expert: Process Development Engineer Juda-El Sam on iPSC culture using the SCINUS bioreactor NG
To standardize iPSC differentiation and production to a level necessary for producing therapy grade cells, Process Development Engineer Juda-El Sam from Scinus Cell Expansion is working on developing protocols for iPSC expansion using the SCINUS bioreactor NG. “At the time they were developed, iPSCs presented the first real alternative to…
iPSCs for personalized cell therapy: prospects and remaining challenges
The unique nature of induced pluripotent stem cells (iPSCs) lies in their capability for unlimited self–renewal and programmed differentiation into virtually any adult cell types [1]. iPSC based technology holds the potential to treat a multitude of diseases and conditions, ranging from neurodegenerative disorders like Parkinson\'s and Alzheimer\'s disease to…
Scinus recognized as one of the Top Cell Therapy Companies In Europe by Life Sciences Review
SCINUS simplifies operational procedures and significantly diminishes the overall cost of ownership.
The Potential of AI in Cell Therapy and bioreactor systems.
Bioprocess control and continuous process improvement are crucial for the evolving field of cell therapy development and bioreactors. Combination of the current control and optimization technologies with the latest computer-based strategies will accelerate the path forward, providing a way to improve bioprocesses further. Artificial intelligence (AI) emerged as a data-driven…