Continuous microfluidic self-assembly of hybrid janus-like vesicular motors.
- Artificial micro/nanomachines have enormous applications in such as targeted drug delivery, [ 1 ] separation of biomolecules or cells, [ 2 ] surface patterning, [ 3 ] and environmental remediation
- Micro/nanomotor systems that have been investigated include multimetallic and dielectric particles, [ 6 ]bimetallic nanorods, [ 7 ] tubular catalytic microengines, [ 8 ] andcapsule motors
- In the past decade, microfl uidic technology has emerged as a powerful platform for a wide range of applications such as bioanalysis, [ 15 ] tissue engineering, [ 16 ] cellular biology, [ 17 ] and chemical synthesis/assembl
- Microfluidics offers several advantages over conventional batch reaction or assembly, such as continuous and automatic processing, precise control over synthetic conditions, and high reproducibility. [ 19 ] Microfluidic approaches have been used for the assembly of amphiphilic building blocks such as lipids, block copolymers (BCPs), and inorganic NPs into vesicular structures with superior controllability. [ 18a , 20 ] However, to date, there has been no report of continuous micro fluidic synthesis of nano- or micromotors.
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The bird's eye contains a nictitating membrane which is a translucent, semitransparent inner eyelid. It sweeps across the surface of the eye enabling the bird to blink without losing sight of or without blocking their view.
Birds also have two different tear glands. One type of tear gland is located along the lower eyelid while the other is located at the base of the nictitating membrane. The second tear gland lubricates the bird's eyes whenever the nictitating membrane blinks.
Doesn't contain a nucleus
ATP and NADPH are the carriers of energy