Linden Gledhill was able to capture what happens to crystallizing DNA under a 1000 x microscope. When speaking on DNA, one might converse over its double helix structure or chemical bonds. However, under a 1000 x microscope, one is able to see much more than that. Gledhill, a seasoned photographer, captured more than 15,000 rainbow-infused images using a specialized research microscope.
This photography series from Gledhill is being put to good use. By creating jaw-dropping images of crystallizing DNA samples, Gledhill is able to help identify and treat autism's different subtypes. Not only is this photography sequence beautiful, it also aids a charitable cause. By understanding how DNA crystallizes, maybe we will be able to understand how to treat autism. Proceeds of the photos go to MSSNG, an autism awareness campaign in the United States.
What Makes This Trend Stand Out
- DNA Imagery
- Opportunity to use advanced imaging techniques to capture and analyze DNA structures for scientific research and medical applications.
- Medical Applications
- Potential for utilizing DNA imaging to gain insights into various medical conditions and develop targeted treatments.
- Charitable Photography
- Growing trend of using photography to raise awareness for charitable causes and fund related campaigns.
Sectors Adopting This
- Biotechnology
- Disruptive innovation opportunity in leveraging advanced imaging technologies for DNA research and development of gene therapies.
- Medical Imaging
- Opportunity to incorporate DNA imaging techniques into medical imaging technologies to improve diagnostic capabilities and treatment planning.
- Photography and Philanthropy
- Emerging industry of using photography to support charitable causes and promote social impact initiatives.
