My CAD Portfolio
Technical Drawing of the Modified Zebrafish Holder
I adjusted a holder for the Focused Ultrasound Setup to improve the experimental workflow. The modifications included:
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Two arms stable level mounting.
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An open design to provide visual clarity and unobstructed ultrasound passage for sonication.
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A square cut-out on the inferior surface to allow light from the source to pass through.
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Markings to indicate the center of the cut-out from the observation angle.
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A shallow depression on the inferior surface for stable fastening and positioning of the zebrafish-embedded agarose block.
Zebrafish Larvae Nanoinjection
An animation depicting the Injection of zebrafish larvae using the Drummond Nanoject II Auto-Nanolitre Injector attached to its respective Micromanipulator Model MM33 Right-Handed Configuration at a 1:1 scale from the Vermot Lab at Imperial.
Patch-Clamp Configuration
An animation illustrating the Patch-Clamp electrophoresis of a rat brain slice utilized by Koslov Lab at Imperial, featuring the ScientificaStar Micromanipulator, Olympus BX51W1 Microscope, and Scientifica SlicePlatform at a 1:1 scale.
Focused Ultrasound Appartus
An animation showcasing the Focused Ultrasound Setup utilized by the Noninvasive Surgery and Biopsy Lab at Imperial. This setup includes a transducer (I8-0116-P, Olympus) that emits ultrasound waves, a light source to enhance the microscope's visual clarity (KL 2500, Schott), cage assembly rods and couplers (THORLABS), and a 1mm hydrophone to calibrate the transducer, ensuring precise sonication (Precision Acoustics). All components are modeled at a 1:1 scale.
Address
Imperial College London,
Exhibition Road,
London SW7 2AZ
Phone
+44 736155973
