Highlights

Counting blood-borne filarial parasites with a mobile phone microscope.

Branched actin networks have force-dependent properties.

We filmed the process of electroforming giant vesicles with Google glass.

Professor Dan Fletcher shares ideas on the role of engineering concepts in biology.

Spindle size is scaled by compartment volume.

Membrane deformation is driven by protein crowding and polymerization.

Unilamellar vesicles can be formed and loaded with microfluidic jetting.

Mobile phones can be used as microscopes.

Creative ways to use our high-speed camera.

Every spring we host a lab gallery to connect science and art.

Fletcher Lab