03:20

Marcello's Microfluidic Oboe

08:25

Entrevista AlbertFolch Quevedo NTN24

04:22

Microfluidic Dance to Vivaldi

04:57

Microfluidic Ballet -- by Albert Folch's lab (University of Washington, BioE dept., Seattle)

05:21

Microfluidic Ballet -- Dimitri Shostakovich, Suite for Variety Orchestra, No. 7 (Waltz 2).

05:42

Microfluidic Equalizer -- Domenico Scarlatti K. 466

03:37

Microfluidic Equalizer -- Schumann's Quartet for Piano

02:52

Microfluidic Equalizer -- Jacques Brel's Le Plat Pays

02:52

Paper Microfluidics #2

01:44

Paper Microfluidics #1

02:43

Microfluidic Equalizer -- Carmen Suite (Bizet/Sarasate)

02:35

Microfluidic Equalizer -- Sabre Dance by Aram Khatchaturian

03:38

Microfluidic Equalizer -- Jacques Brel's Le Port d'Amsterdam

04:12

Microfluidic Equalizer -- Dimitri Shostakovich, Suite for Variety Orchestra, No. 7 (Waltz 2).

00:36

Microfluidic transitions in a cell culture chamber #4 [Folch lab]

00:48

Microfluidic transitions in a cell culture chamber #3 [Folch lab]

00:58

Microfluidic transitions in a cell culture chamber #2 [Folch lab]

01:11

Microfluidic transitions in a cell culture chamber #1 [Folch lab]

00:41

Microfluidic multiplexer -- cycling inlets with single rinse [Folch lab]

00:40

Microfluidic chamber and multi mixing on off [Folch lab]

00:41

Closeup of on/off herringbone mixer [Folch lab]

00:41

Microfluidic Perfusion Device with Microvalves [Folch Lab]

00:40

Microfluidic perfusion with microvalves (valve area) [Folch lab]

00:23

Microfluidic perfusion with microvalves (chamber area) [Folch lab]

00:41

Tunable chaotic micromixer [Folch lab]

00:41

Microfluidic Patch Clamp Device [Folch lab]

00:06

Time-lapse Microscopy showing Myoblast Fusion Into Myotubes [Folch lab]

00:35

Microfluidic Resistors [Folch lab]

00:20

Nanoliter Chambers [Folch lab]

01:00

Microfluidic perfusion champer: Montage view of both upstream and downstream [Folch lab]

00:40

Microfluidic Transition From Fast to Slow Laminar Flow [Folch Lab]

00:12

Microfluidic transition from slow to fast laminar flow [Folch lab]

00:40

Microfluidic device with microvalves (chamber area) [Folch lab]

00:41

Microfluidic device with microvalves (mixer area) [Folch lab]

00:40

Microfluidic device with microvalves (chamber area) [Folch lab]

00:41

Microfluidic device with microvalves (multiplexer area) [Folch lab]

00:41

Microfluidic device with microvalves [Folch lab]

00:41

Microfluidic device with microvalves (inlet area) [Folch lab]

00:13

Time-lapse movie of embryonic cortical neuron growing on glass

00:05

Neutrophil chemotaxis in a microfluidic device [Folch lab]