DNA cloning protocol for gene therapy development
2:45
Follow the scientist Rosalind as she completes a cloning protocol using Thermo Scientific Lab Equipment.
Related Videos
In Recently Published Videos
-
Play video ULT Performance: A sample’s perspective
ULT Performance: A sample’s perspective
Learn what key ULT specifications and productivity features can matter most to a sample when being accessed in long-term storage.
13:30
-
Play video Cells-to-CT RT-qPCR Promotional Video (15 sec)
Cells-to-CT RT-qPCR Promotional Video (15 sec)
30 second cut showing how Cells-to-CT can allow users to skip RNA extraction and perform RT-qPCR gene expression analysis directly from cells.
0:30
-
Play video Cells-to-CT RT-qPCR Promotional Video (30 sec)
Cells-to-CT RT-qPCR Promotional Video (30 sec)
15 second cut showing how Cells-to-CT can allow users to skip RNA extraction and perform RT-qPCR gene expression analysis directly from cells.
0:15
-
Play video Optimal Sample Storage: A reliable temperature to help ensure sample integrity
Optimal Sample Storage: A reliable temperature to help ensure sample integrity
Learn how different sample types can have unique temperature requirements that can effectively preserve their state for the future.
26:45
-
Play video Growing with Gibco workflow series: Scalable approaches to stem-cell derived organoids, part 2
Growing with Gibco workflow series: Scalable approaches to stem-cell derived organoids, part 2
Recommendations for adapting differentiation protocols starting from self-aggregating pluripotent stem cell, or PSC, suspension culture.
6:40
-
Play video Cells-to-CT RT-qPCR Promotional Video (1 min)
Cells-to-CT RT-qPCR Promotional Video (1 min)
An overview of how Cells-to-CT can simplify RT-qPCR, allowing users to skip RNA extraction and perform gene expression analysis directly from cells.
0:58