User:Msoh: Difference between revisions

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===Class of 2009===
===Class of 2009===


===Email: msoh===


 
==M13 Reengineering==
 
{| border="1"
 
! Gene
 
! Ideas
 
|-
 
| I
 
| influence how it assembles and interacts with IV to alter size/properties of channels
===Email: msoh===
|-
| II
| make it sensitive to a mechanism that can control the proliferation of the phage
|-
| III
| present larger molecules (including myc epitope), change its interactions with bacterial surface molecules to influence phage replication
|-
| IV
| influence its assembly and interaction with I/XI to alter size/properties of channels
|-
| V
| make it sensitive to mechanism that allows for assay of DNA amount and location, change its assembly mechanism to influence phage size
|-
| VI
| change the way it interacts to influence III's binding affinities
|-
| VII
| change the way it interacts to influence IX's binding affinities
|-
| VIII
| present small molecules (such as myc epitope), regulate size of phage or influence shape of phage by changing how it assembles into a coat
|-
| IX
| present larger molecules, influence the way DNA is packaged, perhaps thereby controlling proliferation
|-
| X
| changes to II will cause changes to X, perhaps a dual control mechanism
|-
| XI
| changes to I's interactions with IV will automatically change XI
|}

Revision as of 19:18, 12 February 2007

Michael Oh

Class of 2009

Email: msoh

M13 Reengineering

Gene Ideas
I influence how it assembles and interacts with IV to alter size/properties of channels
II make it sensitive to a mechanism that can control the proliferation of the phage
III present larger molecules (including myc epitope), change its interactions with bacterial surface molecules to influence phage replication
IV influence its assembly and interaction with I/XI to alter size/properties of channels
V make it sensitive to mechanism that allows for assay of DNA amount and location, change its assembly mechanism to influence phage size
VI change the way it interacts to influence III's binding affinities
VII change the way it interacts to influence IX's binding affinities
VIII present small molecules (such as myc epitope), regulate size of phage or influence shape of phage by changing how it assembles into a coat
IX present larger molecules, influence the way DNA is packaged, perhaps thereby controlling proliferation
X changes to II will cause changes to X, perhaps a dual control mechanism
XI changes to I's interactions with IV will automatically change XI