Канал: Wheeler Lab

Differential Digestion on DMF (Elsayed et al 2024)

Differential Digestion on DMF (Elsayed et al 2024)

3D reconstruction of an EGFP+E16.5-labeled layer 2/3 astrocyte. (Scale bar = 10 μm)

3D reconstruction of an EGFP+E16.5-labeled layer 2/3 astrocyte. (Scale bar = 10 μm)

Visualization 3

Visualization 3

Visualization 2

Visualization 2

Visualization 1

Visualization 1

A droplet containing 0.1 M NaCl + 0.1 mg/mL L64 in real time.

A droplet containing 0.1 M NaCl + 0.1 mg/mL L64 in real time.

A droplet of dimethylformamide, with droplet ejection beginning at around 20 mN/m

A droplet of dimethylformamide, with droplet ejection beginning at around 20 mN/m

An aqueous droplet containing 0.1 mg/mL L64 in real time

An aqueous droplet containing 0.1 mg/mL L64 in real time

25-μm-diameter polystyrene bead linear velocity: 10 μm/s and 60 μm/s

25-μm-diameter polystyrene bead linear velocity: 10 μm/s and 60 μm/s

25-μm-diameter polystyrene bead moved toward ITO/a-Si:H boundary

25-μm-diameter polystyrene bead moved toward ITO/a-Si:H boundary

Beads were repelled by ITO/a-Si:H boundary and escaped the light trap

Beads were repelled by ITO/a-Si:H boundary and escaped the light trap

Moving beads onto the central pad following a-Si:H track

Moving beads onto the central pad following a-Si:H track

Moving two cells together

Moving two cells together

Moving cells onto the central pad following a-Si:H track

Moving cells onto the central pad following a-Si:H track

Optoelectronic Tweezer Trap: Visualization 4

Optoelectronic Tweezer Trap: Visualization 4

Optoelectronic Tweezer Trap: Visualization 3

Optoelectronic Tweezer Trap: Visualization 3

Optoelectronic Tweezer Trap: Visualization 2

Optoelectronic Tweezer Trap: Visualization 2

Optoelectronic Tweezer Trap: Visualization 1

Optoelectronic Tweezer Trap: Visualization 1

Droplet movement on inkjet printed, roll-coated DMF devices

Droplet movement on inkjet printed, roll-coated DMF devices

MicroDrop 2.0: 05 - Move droplet with pre-programmed protocol (screencast)

MicroDrop 2.0: 05 - Move droplet with pre-programmed protocol (screencast)

MicroDrop 2.0: 03 - Dispense droplet with pre-programmed protocol (screencast)

MicroDrop 2.0: 03 - Dispense droplet with pre-programmed protocol (screencast)

MicroDrop 2.0: 04 - Move droplet manually (screencast)

MicroDrop 2.0: 04 - Move droplet manually (screencast)

MicroDrop 2.0: 02 - Dispense droplet manually (screencast)

MicroDrop 2.0: 02 - Dispense droplet manually (screencast)

MicroDrop 2.0: 06 - Move droplet using a route (screencast)

MicroDrop 2.0: 06 - Move droplet using a route (screencast)

MicroDrop 2.0: 07 - Move droplet using an auto route (screencast)

MicroDrop 2.0: 07 - Move droplet using an auto route (screencast)

MicroDrop 2.0: 08 - Mixing droplet using a cyclic route (screencast)

MicroDrop 2.0: 08 - Mixing droplet using a cyclic route (screencast)

MicroDrop 2.0: 09 - Splitting a droplet (screencast)

MicroDrop 2.0: 09 - Splitting a droplet (screencast)

MicroDrop 2.0: 01 - Load reservoir (screencast)

MicroDrop 2.0: 01 - Load reservoir (screencast)

The Grand Challenge

The Grand Challenge

Pre-departure: The Grand Challenge

Pre-departure: The Grand Challenge

Wheeler Microfluidics Laboratory

Wheeler Microfluidics Laboratory

Aaron Wheeler - RSC College of New Scholars, Artists and Scientists

Aaron Wheeler - RSC College of New Scholars, Artists and Scientists

DStat Supplementary Movie

DStat Supplementary Movie

Digital microfluidic platform for the detection of rubella infection and immunity

Digital microfluidic platform for the detection of rubella infection and immunity

Diagnostic Time Travel

Diagnostic Time Travel

Protein Depletion by Digital Microfluidics

Protein Depletion by Digital Microfluidics

Programmed Digital Microfluidic Droplet Movement

Programmed Digital Microfluidic Droplet Movement

A droplet-based screen for wavelength-dependent lipid production in algae

A droplet-based screen for wavelength-dependent lipid production in algae

Analysis on the Go

Analysis on the Go

Asymmetric Microgels

Asymmetric Microgels

Lucky Charms

Lucky Charms

Digital Microfluidic Titration

Digital Microfluidic Titration

8-plex Digital Microfluidic Magnetic Separation

8-plex Digital Microfluidic Magnetic Separation

DropBot: automated protocol with video overlay

DropBot: automated protocol with video overlay

DropBot: real-time drop control and impedance/velocity measurements

DropBot: real-time drop control and impedance/velocity measurements

Microfluidic Origami

Microfluidic Origami

Cell Culture: Why does it Remain Difficult? (BioTechniques BenchTalk Episode 10)

Cell Culture: Why does it Remain Difficult? (BioTechniques BenchTalk Episode 10)

Cell Impedance Process

Cell Impedance Process

Cell Impedance Serial Dilution

Cell Impedance Serial Dilution

One-plate digital microfluidics

One-plate digital microfluidics

Animated cover (featuring Wheeler-lab work) of the first issue of Science Translational Medicine

Animated cover (featuring Wheeler-lab work) of the first issue of Science Translational Medicine

Passive dispensing and exchange onto a hydrophilic site

Passive dispensing and exchange onto a hydrophilic site

Liquid-liquid extraction sample cleanup

Liquid-liquid extraction sample cleanup

Digital microfluidic droplet manipulation on a device formed by laser-printing on a PCB substrate

Digital microfluidic droplet manipulation on a device formed by laser-printing on a PCB substrate

Droplet dispensing, merging, and mixing using an impedance-based feedback control system

Droplet dispensing, merging, and mixing using an impedance-based feedback control system

Passive dispensing and solution exchange onto a hydrophilic spot

Passive dispensing and solution exchange onto a hydrophilic spot

Multiplexed passive dispensing and exchange onto 16 hydrophilic sites

Multiplexed passive dispensing and exchange onto 16 hydrophilic sites

Two-plate digital microfluidics for dispensing, mixing, and merging droplets

Two-plate digital microfluidics for dispensing, mixing, and merging droplets

Eydelnant Lab on Chip 2012 - Wet passive dispensing video

Eydelnant Lab on Chip 2012 - Wet passive dispensing video

Eydelnant Lab on Chip 2012 - Dry passive dispensing video

Eydelnant Lab on Chip 2012 - Dry passive dispensing video

Digital microfluidic magnetic separation for particle-based immunoassays

Digital microfluidic magnetic separation for particle-based immunoassays

Droplet Dispensing and Mixing in Digital Microfluidics

Droplet Dispensing and Mixing in Digital Microfluidics

Microchannel Electrochromatography

Microchannel Electrochromatography

Digital microfluidics for estrogen extraction and analysis

Digital microfluidics for estrogen extraction and analysis

All-Terrain Droplet Actuation

All-Terrain Droplet Actuation

worm in a maze

worm in a maze