A Canadian high school student has improved an ineffective experimental cancer therapy with a simple tweak -- pairing it with antibiotics -- earning accolades from a panel of eminent scientists on Tuesday.
Cancer "photothermal therapy" -- or PTT -- involves injecting a patient with gold nanoparticles. These then accumulate in tumors and, when heated using light, attack the cancer cells.
The idea has shown promise but is not very effective because the cancer cells fight back, producing heat-shock proteins to protect themselves.
However, India-born High school student Arjun Nair, 16, showed how an antibiotic (17-AAG) may overcome the defenses cancer cell deploy and make the treatment more effective.
The discovery earned Nair the top prize in the 20th Sanofi BioGENEius Challenge Canada, after he spent two years working on his idea at the University of Calgary's Nanoscience Labs in Alberta.
"Proof-of-concepts were developed and tested in order to demonstrate the viability of PTT," says Nair. "Moreover, after analyzing the literature a mathematical model was developed to evaluate a theoretical synergetic treatment." A total of 208 high school students collaborating on 123 projects, all mentored in professional labs over several months, took part in the annual competition.
In addition to a USD 4,919 award for his discovery, Nair also won a USD 984 prize for the project with the greatest commercial potential.
{{/usCountry}}In addition to a USD 4,919 award for his discovery, Nair also won a USD 984 prize for the project with the greatest commercial potential.
{{/usCountry}}Prizes were also awarded for research into how genetic mutations naturally help some HIV patients escape symptoms, how to tailor stem cell treatments for Parkinson's disease, a potential new therapy to reduce the severity of diabetes, and a possible novel tactic to fight the world's deadliest brain cancer.