Scotting Scientists are 3D Printing Brain Tumor Cells to Research Brain Cancer
Alyson Wyers — May 31, 2016 — Tech
References: thenational.scot & digitaltrends
Following 3D tumor-testing technology out of Philadelphia's Drexel University, scientists from Scotland's Heriot-Watt University are 3D printing brain tumor cells to better research cancer. Brain Tumour Charity gave 3D printing expert Dr. Will Shu and the school's Institute of Biological Chemistry, Biophysics and Engineering a £67,000 grant to gain increased insight into "the biology of malignant growths." According to the American Brain Tumor Association, in the United States, almost 700,000 are affected by brain and central nervous system tumors.
The 3D printed brain tumor cells are supposed to better mimic cancerous growth. This gives researchers the chance to text drugs in new ways and develop new treatments, which should hopefully speed up the time it takes to make new cancer-fighting drugs available.
The 3D printed brain tumor cells are supposed to better mimic cancerous growth. This gives researchers the chance to text drugs in new ways and develop new treatments, which should hopefully speed up the time it takes to make new cancer-fighting drugs available.
Trend Themes
1. 3D Printed Tumors - Creating 3D printed tumor cells allows for more accurate testing of drugs and the development of improved cancer treatments.
2. Improved Cancer Research - The use of 3D printed brain tumor cells enhances the understanding of the biology of malignant growths, leading to more effective cancer research.
3. Accelerated Drug Development - By utilizing 3D printed tumor cells for drug testing, the time required to bring new cancer-fighting drugs to market can be significantly reduced.
Industry Implications
1. Biotechnology - Using 3D printing technology in cancer research disrupts the biotechnology industry, enabling innovative approaches in drug development and personalized medicine.
2. Healthcare - The application of 3D printing in tumor cell research revolutionizes healthcare by providing more accurate models for drug testing and advancing treatment options for patients.
3. Pharmaceuticals - The integration of 3D printed tumor cells in drug testing presents disruptive innovation opportunities for the pharmaceutical industry, allowing for faster and more targeted drug development processes.
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