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_SysBio版 - 提议:我们搞个 SysBio Jounal Club 吧
相关主题
【SysBio Journal Club】Inherent Simplicity among Immense C
版主,还有这个版阿!!
推荐一篇很“可爱”的 Nonlinear Oscillators 文章
【SysBio】并联的快慢途径及其相关问题
推荐文章:GBNet: Deciphering regulatory rules in the co-regulated genes using a Gibbs sampler enhanced Ba
[合集] 外行也来读读汤超的cell文章
咱们搞搞活动吧
请求科普system biology
请帮忙找两篇老文章,先谢了
问蛋白结合结构预测
相关话题的讨论汇总
话题: club话题: sysbio话题: jounal话题: motifs
1 (共1页)
b*****l
发帖数: 9499
1
欢迎大家讲一讲自己感兴趣的一篇 paper 或者一个主题。
我尽量每周发一篇笔记,盼望大家督促。
先预告:这周末打算尝试的是:
Design principles of biocheical oscillators
Novak and Tyson, Nature Reviews, 2008, Vol 9, pp 981--991
G*****o
发帖数: 315
2
好建议。支持一下。
P*********y
发帖数: 310
3
A good idea, but it is not easy to have back and forth interactions.

【在 b*****l 的大作中提到】
: 欢迎大家讲一讲自己感兴趣的一篇 paper 或者一个主题。
: 我尽量每周发一篇笔记,盼望大家督促。
: 先预告:这周末打算尝试的是:
: Design principles of biocheical oscillators
: Novak and Tyson, Nature Reviews, 2008, Vol 9, pp 981--991

P*********y
发帖数: 310
4
A good idea, but it is not easy to have back and forth interactions.

【在 b*****l 的大作中提到】
: 欢迎大家讲一讲自己感兴趣的一篇 paper 或者一个主题。
: 我尽量每周发一篇笔记,盼望大家督促。
: 先预告:这周末打算尝试的是:
: Design principles of biocheical oscillators
: Novak and Tyson, Nature Reviews, 2008, Vol 9, pp 981--991

j***l
发帖数: 100
5
赞! 并期待lz的笔记,呵呵
同时关注两篇文章, 有兴趣者一起讨论
1) Periodic Cyclin-Cdk Activity Entrains an Autonomous Cdc14 Release
Oscillator
by Ying Lu and Fred Cross
http://www.cell.com/abstract/S0092-8674%2810%2900294-1
2) Cis-interactions between Notch and Delta generate mutually exclusive
signalling states
by Michael Elowitz
http://www.nature.com/nature/journal/vaop/ncurrent/abs/nature08959.html

【在 b*****l 的大作中提到】
: 欢迎大家讲一讲自己感兴趣的一篇 paper 或者一个主题。
: 我尽量每周发一篇笔记,盼望大家督促。
: 先预告:这周末打算尝试的是:
: Design principles of biocheical oscillators
: Novak and Tyson, Nature Reviews, 2008, Vol 9, pp 981--991

P*********y
发帖数: 310
6
I think it may be better to start from some basics as I see that most people
hanging out on this board are beginners trying to find a clue what systems
biology is about and can deliver.
We may start by introducing some basic network/signaling/response motifs
before going on with more in-depth articles published in CNS, as these
motifs are the building blocks of complex networks. Without knowing what
these motifs do,it is hard to understand those papers.

【在 j***l 的大作中提到】
: 赞! 并期待lz的笔记,呵呵
: 同时关注两篇文章, 有兴趣者一起讨论
: 1) Periodic Cyclin-Cdk Activity Entrains an Autonomous Cdc14 Release
: Oscillator
: by Ying Lu and Fred Cross
: http://www.cell.com/abstract/S0092-8674%2810%2900294-1
: 2) Cis-interactions between Notch and Delta generate mutually exclusive
: signalling states
: by Michael Elowitz
: http://www.nature.com/nature/journal/vaop/ncurrent/abs/nature08959.html

l**********n
发帖数: 201
7
support!
要不您老开个头?

people
systems

【在 P*********y 的大作中提到】
: I think it may be better to start from some basics as I see that most people
: hanging out on this board are beginners trying to find a clue what systems
: biology is about and can deliver.
: We may start by introducing some basic network/signaling/response motifs
: before going on with more in-depth articles published in CNS, as these
: motifs are the building blocks of complex networks. Without knowing what
: these motifs do,it is hard to understand those papers.

l*******d
发帖数: 32
8
现在情况怎么样了?
1 (共1页)
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相关话题的讨论汇总
话题: club话题: sysbio话题: jounal话题: motifs