"yan king yin" <y.k.y(at)lycos(dot)com> skrev i melding
news:9hhp1n$lk1 at imsp212.netvigator.com...
> Hi.. I've been busy reading up materials =)
Good for you :)
> The patch clamping makes use of a microelectrode that is made of glass.
> It is very fine but i think the current "lithographic" technology based
> on silicon can achieve about the same fineness, if not more. And that
> limit is being pushed down at a steady rate. (The current benchmark is
> at ~50 nanometer.)
That is great achievements !!
> The integrated circuit approach is also especially suitable for sampling
> lots of neurons at once.
>> Secondly, reprogramming the neuron is a very interesting idea. In theory,
> the brain can continually create new synapses while forgeting the past.
> For some reason i believe the remote past is located closer to the nuclei,
> whereas growth of axons and dendrites usually occur at the growth cones.
>> What is most critical is an understanding of the brains mechanisms, and
> then the technology can reprogram it ... I think neuroscience today is
> quite close to understanding it.
>> About biological vs machine, I am of the opinion that machines have more
> potentials because they can be designed more easily. Whereas with biol
> one can only reproduce or slightly modify nature.
Thanks for your reply, Yan.
How are you quest for reasearch-grants/money going ?
I read your webpage and proposal, and it seems very interesting.