IN THIS SECTION

Group Members

Prof James Wilkinson
email: jsw@soton.ac.uk
tel: +44(0) 23 8059 2792

Dr Senthil Ganapathy
email: smg1@soton.ac.uk
tel: +44(0) 23 8059 7811

Dr Ping Hua
email: ph3@soton.ac.uk
tel: +44(0) 23 8059 3133

Jonathan Butement
email: jb3006@soton.ac.uk
tel: +44(0) 23 8059 2959

Dr David Rowe
email: dr1y11@soton.ac.uk
tel: +44(0) 23 8059 3954

Neil Sessions
email: nps@soton.ac.uk
tel: +44(0) 23 8059 2960

RESEARCH STUDENTS

Mohd Narizee Mohd Nasir
email: mnmn1r11@soton.ac.uk
tel: +44(0) 23 8059 9253

Vinita Mittal
email: V.Mittal@soton.ac.uk
tel: +44(0) 23 8059 9253

Amy Sen Kay Tong
email: askt1g10@soton.ac.uk
tel: +44(0) 23 8059 2956

PhD projects with this group

Click here to find out more

Integrated Photonic Devices

Current projects

Optical selection of stem cells: application to human embryonic germ cells

The programme of research, focused at the Engineering / Stem Cell Biology interface aims to advance human embryonic germ cell (EGC) research by microfluidic optical waveguide approaches for cell sorting.


The EGC, a type of human pluripotent stem cell, is derived from the primordial germ cell (PGC) and is capable of broad differentiation. In spite of encouraging progress, major challenges still remain in researching EGCs. In particular, little is known of what regulates the conversion of PGC to EGC or, once formed, why EGCs struggle to self-renew in prolonged culture; both issues hinder their application to tissue engineering. Understanding derivation is inhibited by the tiny numbers of PGCs in the starting population that are mixed in with somatic cell types. These 'contaminating' somatic cells are carried over into EGC culture, making it difficult to ascribe precise reasons for the loss of self-renewal. A suitable method of delicate, non-invasive purification is needed as FACs and other conventional approaches are unsuitable because of the exceedingly limited cell number. We are developing very ‘gentle’ optical sorting methods to purify PGCs and EGCs. Novel optical and microfluidic structures are being designed and fabricated that are compatible with the sorting of living PGCs and EGCs. The result of this purification strategy will be to advance EGC research.

Collaboration with
Neil Hanley (School of Medicine)
Tracy Melvin (Optoelectronics Research Centre)
James Wilkinson (Optoelectronics Research Centre)

Funded by the Biotechnology and Biological Sciences Research Council

Copyright University of Southampton 2006