Outreach

Department of Chemistry and Biochemistry

Baylor university

 

The Shaw research group is engaged in two different types of outreach activities to children and young adults who are visually impaired. The first project is utilizing rapid prototyping (3D printing) to generate atomically accurate models of proteins from the X-ray crystal structures that are deposited in the Protein Data Bank (see examples of hemoglobin and calmodulin on homepage). These models are being used in local school districts throughout central Texas to teach blind high school students about the dynamic nature of protein structure (specifically, protein allostery). A second outreach project is more technical and is developing tools to improve a parent's ability to detect retinoblastoma with consumer-based digital photography. Retinoblastoma is a devastating eye cancer that affects children under the age of five years. Retinoblastoma strikes ~8,000 children throughout the world each year and claims the lives of ~4000. The cardinal symptom of retinoblastoma is the appearance of leukocoria ("white eye") in a recreational digital photograph. An example of a leukocoria in a photograph of a child with retinoblastoma is shown below. Unfortunately, by the time a parent begins to notice leukocoria, the cancer is so advanced that the eye is often enucleated.


Outreach Highlights

  • CRADLE© - coming soon
  • npr - Chemist Turns Software Developer After Son's Cancer Diagnosis
  • npr - How Pictures Of Infant Boy's Eyes Helped Diagnose Cancer
  • CBS DFW - Local News Coverage of Our Project
  • USA TODAY - Your baby's pictures could reveal cancer
  • ScienceDaily - Make pediatric eye cancer easier to detect
  • KWTX.COM - Digital Photos Help Detect Rare Eye Cancer
  • Popular Science - Baby Pics Can Diagnose Deadly Cancer
  • THV11 - Lack of photo 'red eye' can be early cancer warning

Read More


CRADLE©

ComputeR Assisted Detector of LEukocoria

Mouth Models©

Using An Underutilized Sensory System to Teach Visually Impaired Students

3D Printing

Teaching Protein Allostery to Visually Impaired Students with 3D Printing