Operation of magnetic beads on microfluidics substrates
OwnerJian Gong, Yan-You Lin +2inventors
InventorsJian Gong, Yan-You Lin, Sz-Chin Lin, Cheng Frank Zhong
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OwnerJian Gong, Yan-You Lin +2inventors
InventorsJian Gong, Yan-You Lin, Sz-Chin Lin, Cheng Frank Zhong
Estimating the term…
Embodiments of the disclosure include methods and apparatuses for separating beads from a droplet main body on a microfluidics actuator by applying a magnetic field to a droplet disposed at a first location, the droplet including one or more magnetically responsive beads; and moving the magnetic field to separate the one or more magnetically responsive beads from a main body of the droplet. Embodiments also include methods and apparatuses for introducing one or more beads into a droplet main body by applying a magnetic field to one or more magnetically responsive beads and moving the magnetic field to introduce the one or more magnetically responsive beads into a droplet disposed on a first location, wherein the droplet includes a fluid.
A method for magnetically separating one or more beads from a droplet main body on a microfluidics actuator, the method comprising:
(canceled)
A method for magnetically introducing one or more beads into a droplet main body on a microfluidics actuator, the method comprising:
18-30. (canceled)
A droplet microactuator comprising:
34-36. (canceled)
40-43. (canceled)
A droplet microactuator comprising:
46-53. (canceled)
Dependencies are inferred from the claim text.