Select “Most Voted” using the drop down menu below to sort by top voted images.
Congratulations to the winners and thank you to ThermoFisher for sponsoring the prizes!
Top Voted Images: VINOD SUNDARAMOORTHY (1st)?, ABBAS SHAFIEE (2nd) ?, GAUTAM WALI (3rd) ?MIKE DORAN (4th ?) & AIDA SHAKOURI (5th ?).
Title: Cosmic Potential - by Claire HomanVotes: 25
Views: 707Description: Cosmic Potential
Submitted by: Claire Homan (AHMS, The University of Adelaide)
This is an image of a single neurosphere derived from two genetically distinct populations of mouse neural stem cells which have been labelled with different fluorescent proteins to enable tracking.
The mouse neural stem cells were extracted from either WT or knockout mouse e14.5 telencephalic vesicles, lentivirally labelled with fluorescent proteins (GFP and mCherry) and then the two stem cell populations were mixed together in an aggregation assay to determine whether the two different cell types are able to interact. This gave rise to this fluorescent ball of cells (neurosphere) with the potential to differentiate to cell types of the neural lineage.
Title: Cosmic Potential - by Claire Homan
Votes: 25
Views: 707
Description: Cosmic Potential
Submitted by: Claire Homan (AHMS, The University of Adelaide)
This is an image of a single neurosphere derived from two genetically distinct populations of mouse neural stem cells which have been labelled with different fluorescent proteins to enable tracking. The mouse neural stem cells were extracted from either WT or knockout mouse e14.5 telencephalic vesicles, lentivirally labelled with fluorescent proteins (GFP and mCherry) and then the two stem cell populations were mixed together in an aggregation assay to determine whether the two different cell types are able to interact. This gave rise to this fluorescent ball of cells (neurosphere) with the potential to differentiate to cell types of the neural lineage.
Submitted by: Claire Homan (AHMS, The University of Adelaide)
This is an image of a single neurosphere derived from two genetically distinct populations of mouse neural stem cells which have been labelled with different fluorescent proteins to enable tracking. The mouse neural stem cells were extracted from either WT or knockout mouse e14.5 telencephalic vesicles, lentivirally labelled with fluorescent proteins (GFP and mCherry) and then the two stem cell populations were mixed together in an aggregation assay to determine whether the two different cell types are able to interact. This gave rise to this fluorescent ball of cells (neurosphere) with the potential to differentiate to cell types of the neural lineage.
For contest rules and prizes, click here.