发信人: Greendragon (不打不相识), 信区: Biology
标 题: Re: Poo, you are the god
发信站: Unknown Space - 未名空间 (Fri Mar 25 17:39:50 2005) WWW-POST

The technique part is no big deal in this paper based on their previous
achievement in recording Xenopus tectal neurons in vivo. But it is kind of
difficult to say anything about its influence. Basically, this paper raised an
interesting question by describing the phenomena but gave limitted
explanation.

I guess since Dr. Tao found a faculty job in USC, she will probably work more
on this model in a Poo's style.

And I just felt surprised by his publishing Neuron or Nature papers in such a
speed. You are not thinking I wanted to express my admiration by saying
something like that, are you? :) Of course his career gave us a lot of
inspirations. I did go back to his early publication from time to time in
order to follow his track in a model or a question.

Maybe we can organize a journal club to discuss some recent progress on
synaptic plasticity if we want to do some serious discussion.


【 在 lanceandfei (La Jolla的云彩) 的大作中提到: 】
: thanks for your remindness. I will read it.
: But I mean for you guys why not talking more about how do you think about
: Poo's work?
: Poo is not god, his work is not perfect. all of us know that, right?
: all of us wanna learn the way Poo consider to solve an interesting question.
: Why not talking more about this insteading of admiring Poo too much.
: following somebody is not so exciting as chasing him.
:
: 【 在 demoner (得失之间) 的大作中提到: 】
: : hi, buddy,
: : if you really want to understand this paper,
: : you should read this one one the same issue:
: :
: : Minireview
: :
: : You’re Perfect, Now Change—Redefining the Role of Developmental
: Plasticity
: : Edward S. Ruthazer
: :
: :
: : I am sure you could understand this one without any difficulties.
: : it's like telling a story.
: :
: :
: :
: : 【 在 lanceandfei (La Jolla的云彩) 的大作中提到: 】
: : : I am serious.
: : : Could you give some comments about this paper?
: : : this paper looks pretty interesting.
: : : how many do we know about interaction between excitatory and inhibitory
: would
: : : affect receptive field formation, before this paper comes out?
: : : and what are new things in this paper?
: : : 【 在 Greendragon (不打不相识) 的大作中提到: 】
: : : : The latest Neuron paper.
: : : : Neuron, Vol 45, 829-836, 24 March 2005
: : : : Activity-Dependent Matching of Excitatory and Inhibitory Inputs during
: : : : Refinement of Visual Receptive Fields
: : : : Huizhong W. Tao1 and Mu-ming Poo*
: :
: :
:






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※ 修改:·Greendragon 於 Mar 25 17:39:50 修改本文·[FROM: 129.173.]
※ 来源:．Unknown Space - 未名空间 mitbbs.com．[FROM: 129.173.]