Ultrahigh throughput total transcriptomics
Lead Research Organisation:
University of Cambridge
Department Name: Biochemistry
Abstract
Having submitted a patent (supported by Cambridge
Enterprise, UCAM's technology transfer office) we now want to explore a detailed commercialization pathway, including a strategy to
target markets and customers, further exploration of the IP landscape and draft business plans for various scenarios to quantify their
viability as revenue streams. In proof-of concept experiments we will increase throughput and data quality to assess and showcase
the future potential of VASA-drop in an extended microfluidic workflow. Finally we will define a new area of application by exploring
how VASA-drop can be used as a quality control readout for cell culture experiments.
Enterprise, UCAM's technology transfer office) we now want to explore a detailed commercialization pathway, including a strategy to
target markets and customers, further exploration of the IP landscape and draft business plans for various scenarios to quantify their
viability as revenue streams. In proof-of concept experiments we will increase throughput and data quality to assess and showcase
the future potential of VASA-drop in an extended microfluidic workflow. Finally we will define a new area of application by exploring
how VASA-drop can be used as a quality control readout for cell culture experiments.
Organisations
People |
ORCID iD |
| Florian Hollfelder (Principal Investigator) |