Why it's so hard to cure cancer, and why Keith... - CLL Support

CLL Support

23,339 members40,048 posts

Why it's so hard to cure cancer, and why Keith Richards may have provided the key

bennevisplace profile image
7 Replies

This video vimeo.com/175547507 made seven years ago, addresses the question "Why is it so hard to cure cancer?" It's a broad brush approach, communicating ideas using simple analogies. Serious yet engaging IMO.

Don't be deterred by the weird outfit or the poor sound quality (I recommend headphones). This guy is very smart and has deep expertise in oncology.

NB the Brian Cox introduced at 8:50 ("what cancer looks like") is not the esteemed actor, but the physics professor and know-all pictured, who regularly presents on BBC television/ radio.

Written by
bennevisplace profile image
bennevisplace
To view profiles and participate in discussions please or .
7 Replies
mdsp7 profile image
mdsp7

I loved this! Thank you!

lexie profile image
lexie

No closed caption for those of us who are hearing impaired. Cannot make out any words. How about a synopsis?

bennevisplace profile image
bennevisplace in reply tolexie

I'll attempt this later, in a bit of a rush just now.

bennevisplace profile image
bennevisplace in reply tolexie

In a nutshell

For all the technological progress made, our increased understanding of the disease, and the explosion in treatments, cancer is hard to cure. Why?

The 75 trillion cells in our body are governed by exquisitely complex regulatory sytems that developed over 4 billion years of evolution. Harmony is achieved, via constant molecular signalling, through stimulatory and inhibitory processes in dynamic tension. And like an autopilot, there are 3 or 4 backup systems almost (but not quite) guaranteeing failsafe.

Cancer has had 4 billion years to learn how to turn the body's natural regulatory systems against itself, while we have had just 100 years to learn how to fight back. Cancer is capable of turning certain stimulatory processes up to max, suppression to off, and regulation to dysregulation. We can attack cancer on one level, say with one set of drugs, and it retreats, re-groups and returns on another activated pathway.

With the know-all professor Brian Cox as the metaphor for all-capable cancer, we learn that Keith Richard's "knife fighting strategy" could be the way to kill him off. While the knife is waved in the air as a distraction, you "kick him in the balls till kingdom come". Quite how this translates into an oncology approach is not revealed, but in a separate video Dr Acton expresses the view that the way forward is immunotherapy.

22011 profile image
22011 in reply tobennevisplace

Thanks for that. I don't have to watch it now!

bennevisplace profile image
bennevisplace in reply to22011

He's much more entertaining than me, I assure you.

lexie profile image
lexie in reply tobennevisplace

Wow, thanks! I have seen Brian Cox many times on tv. He is a brilliant communicator. I took a few physics courses for my geology degree so love to see it applied. Your highlights are pretty comprehensive and I appreciate the effort you made.

Not what you're looking for?

You may also like...

Rare Vaccine Side Effects - Why it's so hard to InvestigateThem

From Nature 1st April 2021 In mid-March, several European countries paused distribution of the...
Jm954 profile image
Administrator

Science or Snake Oil: what is black salve (blood root) and why do people think it can cure cancer (in particular skin cancer)

Black Salve (colloquially as “blood root”, “Indian paint” and “red root”.) 'appears under a...
AussieNeil profile image
Partner

do any other people have a secondary cancer and how has it affected the treament of their cll

a few years after diagnosis I discovered I has osophageal cancer, I had chemo and surgery but 3...
Agiwood profile image

Why is it so hard to find new antibiotics to beat superbugs?

Matthew Cooper, Prof. Institute for Molecular Bioscience at The University of Queensland,...
AussieNeil profile image
Partner