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  DIY COVID-19 Medical Devices

  One response to possible COVID-19 medical device shortages is to try to hack DIY COVID-19 medical devices together. This is far more nuanced than it seems.

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  Adjusting Human Factors Processes for COVID-19: Remote Creativity

  Creative Human Factors Processes for COVID-19 solutions to combat logistical hurdles for human factors research and evaluation activities.

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  Using Monte Carlo Simulation for Biomedical Device Design

  Monte Carlo Simulation for Biomedical Device Design: A common approach to simulate scattering is the Monte Carlo technique.

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  Create better functional models from anatomical scans

  Create better functional models from anatomical scans with free tool for easy manipulation, simplification and cleaning up of mesh files.

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  Clean or Sterile medical device: How clean does it need to be?

  Clean or Sterile? If a medical device does not need to be sterile, how clean does it need to be? In-depth review of terms and requirements.

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  Translating point of care assays to microfluidic cartridges

  Translating point of care assays into a simple, low cost and easy to use microfluidic cartridge is straightforward with these six steps.

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  Katherine Elvira Interview: How microfluidics will impact medical device diagnostics

  Dr. Katherine Elvira speaks about her work developing lab-on-a-chip (microfluidic) technologies to investigate how drugs enter human cells.

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  Six tips for developing a “lab-on-a-chip” (LOC) solution

  Developing a “lab-on-a-chip” (LOC) solution brings unique challenges and benefits. 6 tips for developing a “lab-on-a-chip” (LOC) solution.

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  Advantages and Disadvantages of Designing a Custom PCB 

  Pros and Cons of Designing a Custom PCB are debated in a group discussion of StarFish Medical electronic engineers. 

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