McGill University 2006

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(Parts shopping list)
(Parts shopping list)
Line 35: Line 35:
== Parts shopping list==
== Parts shopping list==
-
Composite bricks - these are the best to use as less cloning is required
+
Composite bricks - these are the best to use as less cloning is required.
BBa_E0610: Arabinose turns on lac repressor which in turn shuts down Yellow fluorescent protein.
BBa_E0610: Arabinose turns on lac repressor which in turn shuts down Yellow fluorescent protein.
Line 41: Line 41:
BBa_E0600: like BBa_E0610 but YFP is destabilized - slow degradation. Not listed as available.
BBa_E0600: like BBa_E0610 but YFP is destabilized - slow degradation. Not listed as available.
-
 
+
'''All these bricks express YFP and downregulate it in response to a signal'''
BBa_E0611: Arabinose turns on destabilized TetR repressor which shuts down yellow fluorescent protein. Addition of Tetracyline blocks TetR repressor allowing yellow fluorescent protein to be turned back on.
BBa_E0611: Arabinose turns on destabilized TetR repressor which shuts down yellow fluorescent protein. Addition of Tetracyline blocks TetR repressor allowing yellow fluorescent protein to be turned back on.
-
BBa_E0601: Like BBa_E0611 but YFP is destabilized - slow degradation
+
BBa_E0601: Like BBa_E0611 but YFP is destabilized - slow degradation. Not listed as available
BBa_E0613: Arabinose turns on destabilized lambda repressor which shuts down yellow fluorescent protein.
BBa_E0613: Arabinose turns on destabilized lambda repressor which shuts down yellow fluorescent protein.
 +
 +
BBa_E0602: Like BBa_E0613 but YFP is destabilized - slow degradation. Not listed as available
 +
 +
BBa_E0603: Like BBa_E0602 but baseline expression of YFP is higher. Not listed as available
=Introduction= Our brainstorming meeting on 3-16 gave us several preliminary ideas which we will explore via modeling and research
=Introduction= Our brainstorming meeting on 3-16 gave us several preliminary ideas which we will explore via modeling and research

Revision as of 00:21, 25 April 2006

Contents

Name: Fousion

News

  • 2006-04-14 Discussion page created
  • 2006-03-16 First kick-off meeting and team selection

Organisation

People

Students

Catie Lichten (Center for Nonlinear Dynamics) Octavio Mondragon (Physics) Belinda Kong (Microbiology and Immunology) Adrian Kaats (Biomedical Engineering) Jamie Schafer (Microbiology and Immunology) Horia Vulpe (Physiology) Ashwini Bapat (Biochemistry) Aaron Lapierre (Anatomy & Cell Biology) Josh Wright (Chemistry) Jieun Kim(Biology)

Supervisors

Jay Nadeau

Timeline

Tasks

Parts shopping list

Composite bricks - these are the best to use as less cloning is required.

BBa_E0610: Arabinose turns on lac repressor which in turn shuts down Yellow fluorescent protein.

BBa_E0600: like BBa_E0610 but YFP is destabilized - slow degradation. Not listed as available.

All these bricks express YFP and downregulate it in response to a signal

BBa_E0611: Arabinose turns on destabilized TetR repressor which shuts down yellow fluorescent protein. Addition of Tetracyline blocks TetR repressor allowing yellow fluorescent protein to be turned back on.

BBa_E0601: Like BBa_E0611 but YFP is destabilized - slow degradation. Not listed as available

BBa_E0613: Arabinose turns on destabilized lambda repressor which shuts down yellow fluorescent protein.

BBa_E0602: Like BBa_E0613 but YFP is destabilized - slow degradation. Not listed as available

BBa_E0603: Like BBa_E0602 but baseline expression of YFP is higher. Not listed as available

=Introduction= Our brainstorming meeting on 3-16 gave us several preliminary ideas which we will explore via modeling and research

Personal tools
Past/present/future years