Matt Mead - 10.11.2010
Medtech investing is tough - it's tough technically, regulatorily and commercially.
It's tough because many investors have moved out of the early stage market and it's tough because the time to market can be immense.
All of this means that you have to be very careful picking businesses to back when you invest in life sciences and it is rare to find a business that has all the pieces of the puzzle neatly in place.
This is partly where Venture Capital comes in to its own. So much of venture investing goes under the radar and is about pulling the pieces of the puzzle together pre-investment to make sure that a business is built on firm foundations post-investment.
As an example we've just invested in a company called Sirigen* and here are the pieces of the puzzle that they came with:
- Great technology (the technology is a based on chemistry developed at UCSB in the 1990s, for which the scientists were awarded the Nobel Prize for chemistry in 2000) and, crucially for Medtech investments, the technology is backed by a very strong and well-developed patent portfolio.
![Sirigen technology graph [original] Sirigen technology graph [original]](http://admin.nesta.org.uk/library/images/technology3.jpg)
- Large market opportunity ($12billion life sciences industry and $35 billion diagnostics industry), the technology has breadth in that it works with a wide range of existing technologies and instruments that are already in the marketplace today.
The missing pieces:
This business is at a relatively early stage in its development but is addressing a very big market with a potentially world-beating technology. We have enough of the puzzle completed to give us the confidence to make an initial investment – now the real work begins.
Sirigen announces the completion of financing worth 3.83m and new directors.
*Sirigen has developed a high sensitivity fluorescent labelling technology that dramatically increases the sensitivity of existing diagnostic tests that currently have to detect very low levels of biological targets (e.g. proteins, DNA, bacteria). Example tests that can be improved with the Sirigen technology are those for analysis and management of diseases such as HIV and leukaemia. This is an enabling technology with broad applications – by making the tests more sensitive, it can improve the results and quality of existing diagnostic tests, and it also has the potential to allow new diagnostics tests to be developed which today are not viable.
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