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FED Boxes
MasBarr edited this page Oct 7, 2025
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- Camera: Arducam 1080P Day & Night USB Camera (BO205)
- Box (enclosure): The Container Store – Acrylic Desktop File
- 3D print – Camera mount: Tinkercad design
- 3D print – Water bottle holder: Tinkercad design
Camera Mount (click to expand)
- Source: Tinkercad → “Amazing Snicket Lahdi”
- Link: https://www.tinkercad.com/things/2Zaoh6YNM73-…
- Suggested material: PLA or PETG
- Draft settings (typical):
- Layer height: 0.20 mm
- Perimeters: 3
- Infill: 20–30%
- Supports: As needed for overhangs
- Brim: Optional for bed adhesion
Water Bottle Holder (click to expand)
- Source: Tinkercad → “Smashing Turing Jarv”
- Link: https://www.tinkercad.com/things/5yj5d4jefT4-…
- Suggested material: PETG (better impact resistance)
- Draft settings (typical):
- Layer height: 0.28 mm
- Perimeters: 3–4
- Infill: 30–40%
- Supports: None or minimal, depending on orientation
- Brim: Optional
Camera — Arducam 1080P Day/Night USB
- Product page: https://www.amazon.com/dp/B0829HZ3Q7
- Notes: USB UVC, day/night auto-switching IR cut filter
Enclosure — Acrylic Desktop File Box
- Product page: https://www.containerstore.com/s/office/desktop-collections/clear-collection/acrylic-desktop-file/123d?productId=10027112
- Notes: Clear acrylic; works as a compact housing
- Print the camera mount and bottle holder with the settings above.
- Seat the Arducam in the printed mount; check USB cable strain relief.
- Place both prints into the acrylic box; verify camera FOV and stability.
- Connect via USB; confirm OS recognizes a UVC camera (no driver needed on most systems).
Tip: If you plan to share files publicly, export STLs from Tinkercad and attach them to this repo release.
🧠 Home
- Onboarding Guide
- Lab Manual
- NRB Printer setup
- Travel Guidelines
- Software Setup
- Poster Printing
- Poster Templates/examples
- Reviewing Papers
- Making Figures
- Transnetyx info
- Onboarding WashU Undergraduates
- Cage cards
- Red Hazard cards
- Surgery cards
- Mouse Transfer Procedure
- Cage Check
- IACUC Protocols
- Mouse Genotyping
- Autoclave
- Diet nutritional information
-- Chow diet
-- FED3 grain pellets (Bioserv)
-- FED3 chocolate crispies (ViaCheff)
-- High fat diet
- RNA extraction (Trizol)
- cDNA synthesis with Biorad reagent
- Designing primers
- Setting up the qPCR and analysis
- Localizing injections with DiI
- GCaMP8
- ChR2 (H134R)
- GrabDA
- dLight
- Caspase
- mCherry / YFP Controls
- retroCre
Acquisition
Analysis
- Electrode array construction
- Attaching fibers to Inn NeuroPhys arrays
- NanoZ Impedance Testing
- NanoZ Gold Plating
- Recording Setup
- Data Analysis
- Electrode lesions for histology
- Antibody stocks
- Cryostat
- Freezing microtome
- SST & PV immunostaining
- GFP immunostraining
- IHF troubleshooting
- FED3 Troubleshooting
- FED3 Human Bandit Code
- Synchronizing FED3 with recordings
- FED3 Bandit Code for recordings
- FED3 Artwork
Ex Vivo
- Overview
- Current Clamp
- Voltage Clamp
- Clampex Protocols
- Solutions & Recipes
- Troubleshooting
- Post-patching IHC
- PPR with ClampFit
In Vivo