By now you all have probably figured out that I’m a bit of a nerd; although, sildenafil ampoule a cool nerd . I love having the chance to learn and experience something new, ampoule especially when science and technology are involved. Last night I did learn something new and it got my nerdy antennas buzzing: the possibility of early cancer detection.
Cancer is a silent killer. The cells in our body mutate and multiply at an unhealthy rate, and then BAM-BAM, we experience the symptoms. Sometimes, unfortunately, the symptoms come when it’s too late. What would our world be like without cancer? How can technology help to solve this problem? Biomedical technology is continually participating in cutting edge research for drugs and procedures to eradicate cancer, but that’s only half the issue, what about early detection? If we could detect cancer in it’s early stages, then theoretically, more people will be saved, right?
Well, Jorge Soto and his team are on that task! They’ve developed a prototype that allows early cancer detection by using microRNAs. MicroRNAs are the intermediate proteins in the conversion of DNA to RNA. They contain much smaller and similar sequences than DNA, so it’s been difficult in the past to categorize them.
Jorge Soto’s theory is that cancer cells use specific microRNA patterns to multiply; therefore, if we discover the specific patterns for certain cancer types then we can detect them earlier! Even more amazing is the prototype he’s using to scan the microRNA proteins. His team constructed a cylindrical device that holds the plastic wells containing the microRNAs and uses an iPod as a scanner to detect the proteins. The device is cost-effective and so far quite reliable. They’re been able to accurately sequence microRNA protein patterns for pancreatic, lung, breast, and hepatic cancer! Wow – great minds, ingenuity, and technology at its finest!
This technology is still in infancy, but it’s on the right path. The future is endless for Jorge Soto and his team – they’re on the path of discovering something so great and beneficial for medical science and countless lives. I look forward to seeing what else they develop.
I would love to hear your thoughts. Happy reading