The Oldest Mouse Contest
Shipud writes "Nature
reports a contest that was launched in Britain today, to produce the oldest laboratory mouse. Current record in 5 years -- 150 in human years. From the page
: ``Researchers can use any technique to boost longevity, including genetic manipulation and stem-cell therapy''. Winners will receive cash for every day beyond the current record. The
Methuselah Mouse contest was created in an effort to boost research into human longevity."
I see the obvious scientific benefits in research like this. What I don't see is if we really would like to live much longer. I for one feel that imortality would be more of a curse than a blessing. Thoughts?
Then again, if we get hints on dementia and other comparable illnesses I'm all for it!
.: Max Romantschuk
Insightful point indeed. Presumably you make this from the perspective of someone who has watched a loved one suffering from terminal cancer be pumped full of toxic chemicals to the very limit of their mortal capabilities and then subjected to near-fatal doses of radiation in an attempt to lengthen their existance?
Given these circumstances, it is baffling that patients aren't queuing up to be guniea-pigs for the less `conservative' experimental therapies.
What I don't see is if we really would like to live much longer. I for one feel that imortality would be more of a curse than a blessing.
One nice thing of immortality is that you always can opt-out.
Seriously, I don't mind living a spare century or two. YMMV, of course.
Lisp is the Tengwar of programming languages.
Need to be balanced with patient's choice (or their relatives?) but if the prognosis is bleak then maybe it's more important to spend quality time with your loved ones rather than enduring agressive treatment that's not going to be effective anyway.
Oh yeah... trials on terminal patients. Maybe people like grandparent (and those who modded him up) don't see the ethical issues involved. Sad it came from somebody involved in bioinformatics. Don't you guys have any philosophy lectures anymore? even basic stuff?
Simply put, what next? you are given permission to start trials on patients who are going to die after all, then what? trials on prisoners? soldiers? random population sample? Thinking about it, it's not like this hasn't been tried before...
bundaegi is good for you
>>The problem is political instability
And one way GM foods can help solve that is by allowing crops to grow in less favourable conditions. All that instability is, at the end of the day, just a hinderance to distribution. If we can make it easier to better grow crops locally, so much the better.
Also GM food can help in some other ways. You might have heard about the Golden Rice, a variety of rice that contains a high amount of A-vitamin and could be a great help to prevent its deficiency (which is quite a bit of a problem in many areas of Africa and South-East Asia).
We might not need it per se, but it sure is a nifty and useful tool to more easily solve certain problems.
---- Take the Space Quiz!
...I firmly believe that this (extremely) old joke probably contributed more than anything to the invention of the optical mouse...
Tell you what. After I've stood on an airless planetoid in the Lesser Magellanic Cloud, and watched the Milky Way rise over its horizon, then you can ask me if I've seen everything worth seeing.
The root behind all this would be that since you've lived for centuries/millenia, your understanding of human behaviour would be sufficiently mature to dull the curiousity related to the fruits of human creativity.
So, a citizen of the Roman Empire circa 0 A.D. wouldn't be a bit surprised at the world of 2003? In any sphere; not just science, but art, politics, culture, etc.?
Just because you can't imagine that genuinely new things will come up...
PHEM - party like it's 1997-2003!
Real immortatlity is going to require active, artificial repair and maintenance systems.
PHEM - party like it's 1997-2003!
If a packet gets routed too many times, it's probably a loop. The TTL field gets decremented on each hop and the packet dies when it reaches 0.
If a cell divides too many times, it's probably cancerous (if it's not a reproductive cell), the telemores get shortened on each division, and the cell goes senescent when they're gone.
This is the mechanism behind the "Hayflick Limit" (q.v.). Last I read, nobody including Dr. Hayflick was sure how much this phenomenon had to do with real-life aging.