Cancer Killing Viruses

Guest host Lynda Coughlan reviews how oncolytic viruses, which specifically kill tumor cells, are designed and how they work.

[@justintofuri56]

Vincent, I love your videos and watch it after school! I completely understand your lectures and I'm only in 6th grade! Good Luck on inspiring more on virology. -Justin

[@andreeruizz]

I'm bacteriology student in Colombia and I would like to show this video in the virology class, but not everyone speak english. Do you have this video with subtitles? Thank you so much

[@sorabinooriente8341]

This was very educational. You managed to present and explain some quite complicated topics in a way that is understandable to a general audience. Thanks.

[@chrisnewton7090]

R I g still nott ready do the stresftSorabino Oriente try your

[@tianhaoxu3337]

still a lot need to be done, virus fidelity, and facing immune system.

[@jenmary99]

I was staring at the wall behind her, and realized this is the Wall of Plaque Assays!

[@haozhouli1756]

Thanks very much ! Very nice introduction!

[@jaytwix2]

this is truly amazing hopefully soon we can eradicate all types of cancers

[@MikesVideos2009]

Wow! Fascinating!

[@zxwmabcdef5439]

The particles would be cheap. If each chip could assemble 100,000 per second with 1000 chips in parallel it would only take a few seconds per batch. They would be a few dollars per dose. It would be cheaper than slicing open a leg to get a tumor.

[@RyanGenX2]

May I ask for some literature to read into this topic? this is very exciting news. I appreciate your efforts

[@MicrobeTV]

Here is an open access paper on the topic, written by Lynda: www.mdpi.com/1999-4915/2/10/2290

[@AuroraCalvo970]

Thank you so much. I am so grateful And I pray that God continues to bless you I really appreciate you Dr Emovon on KZbin for restoring my health, for giving me a permanent cure to my cancer virus.................

[@francishosey551]

Realistically how cld someone diagnosed today, get ahold or you or another supplier? How fast cld you get started on this and how much would it cost?

[@zxwmabcdef5439]

instead of doing all that growing why not just fabricate them on demand? Its chemistry like any other. A chip could be fabricated with channels etched in it for each amino acid. A transistor would open and close a gate and assemble the proteins. Custom viruses with customized genomes could be fabricated in batches for each patient. Particles could even be assembled with Po210 or Ra222 in them or chemotherapy drugs in them. Quality control would be better each particle would be what was purchased.