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Page 57

Notes:

June 06-07, 2019 | London, UK

2

nd

International Conference on

Tissue Science and Molecular Biology,

Stem Cells & Separation Techniques

Joint Event

Biomedical Research (An International Journal of Medical Sciences) | ISSN: 0976-1683 Volume 30

From tissues to cells and back: Microfluidics-enabled solutions for parallel and

time-resolved multi-parameter characterization of individual cells across a

population

Jens Ducree

Dublin City University, Ireland

A

set of techniques to separate, analyse and manipulate

single cells provided from a suspension, e.g. as obtained

from tissue samples will be presented. Taking advantage of

effects specific to microstructures or microconfinement, the

cellular response of exposure to a sequence of stimuli and

stains can be monitored for all cells within a cohort in parallel

and even in real time. Cells of interest may be selected and

forwarded to further analysis, e.g. for content screening or

propagation. The presentedmicrofluidic systems have proven

to work with label-based methods, typically for validation, as

wellasdirectphotonic“fingerprinting”andtoresolvevaluable

detail on population statistics and dynamics way beyond

averages based on end-point assays. Examples are studies

on glycosylation, secretion and inflammation, for instance to

relate affected tissue to the onset of cardiovascular disease.

e

:

jens.ducree@dcu.ie

Biomed Res, Volume 30

ISSN: 0976-1683