How Do Genetics and Cell Division Influence Cancer Treatment Breakthroughs?

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Recent discussions highlight breakthroughs in cancer treatment driven by advancements in understanding genetics and cell division. The documentary emphasized how the same cellular processes that enable life also contribute to cancer's progression, showcasing the irony of life and death intertwined through genetic instructions. Participants noted a shift in perception regarding the Genome project, recognizing its potential in developing effective treatments for cancer patients. The conversation also touched on innovative research, such as endostatin and virus-based therapies, which are promising avenues for future breakthroughs. Overall, the exploration of molecular dynamics and the concept of time in cell division presents a thought-provoking perspective on cancer treatment advancements.
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Just seen an interesting documentary about the breakthrough in Cancer treatments. The programme gives a brief discription on cell division and how doctors think the way forward for treatment is changing due to the Understanding of Genetic (genome) discovery. Anyway I was fascinated by the film showing Cancer Cell division/multiplication, and how the cells get their information to replicate?

It seems quite amazing that for cells in early human formation just after conception, the process is almost identical, cells divide and multiply? Now it seems the same process that brings forth life/birth in our growing mothers womb, is also responsible for a lot of deaths, due to the same genetic instructions?

Cancer victims "Grow" towards an early death by the same process that gave them life. Ironic and sad for some that there is a Time for birth and a Time to die, by the same natural process.

I do think that there is major breakthroughs coming that will relieve a lot of sufferers, and my early sceptic views on the Genome project has been totally reversed having seen some early progress for cancer patients, as a direct result form knowledge gained by Genome project.
 
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I saw a Nova special awhile back on endostatin. The research that was behind it was amazing, as was the initial results, but I haven't heard anything more on it. A friend of mine at Purdue is doing some interesting virus work with cancer as well.
 
What is the breakthrough you speak. We have known for years that cancer was due to uncontrollable cell division.

Nautica
 
Originally posted by nautica
What is the breakthrough you speak. We have known for years that cancer was due to uncontrollable cell division.

Nautica

I have to re-watch the video recording I made of this programme as I do not know the exact name of the top of my head, rest assured I will be back with another overview as the interest on a molecular basis is really thought provoking. The dynamics of the process is my main interest as it involves a definate correlation with the process namely, TIME.

P.S the information of cell division is known as you state, but the breakthrough involve's the introduction of TIME-BLOCKING instructions, as I state the cells are uniquelly tuned into the concept of time signatures?
 
I see, keep us posted.

Nautica
 
I've been reading a bunch of articles in this month's Scientific American on Alzheimer's and ran across this article in a web feed that I subscribe to. The SA articles that I've read so far have touched on issues with the blood-brain barrier but this appears to be a novel approach to the problem - fix the exit ramp and the brain clears out the plaques. https://www.sciencealert.com/new-alzheimers-treatment-clears-plaques-from-brains-of-mice-within-hours The original paper: Rapid amyloid-β...
https://www.discovermagazine.com/the-deadliest-spider-in-the-world-ends-lives-in-hours-but-its-venom-may-inspire-medical-miracles-48107 https://en.wikipedia.org/wiki/Versutoxin#Mechanism_behind_Neurotoxic_Properties https://www.sciencedirect.com/science/article/abs/pii/S0028390817301557 (subscription or purchase requred) The structure of versutoxin (δ-atracotoxin-Hv1) provides insights into the binding of site 3 neurotoxins to the voltage-gated sodium channel...
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