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== Organization ==
 
== Organization ==
  
'''The first lecture of the 2006 Fall term will be held Sept. 11, 12:00.'''
+
'''The first lecture of the 2007 Fall term will be held Monday, Sept. 10, 12:00.'''
  
 
;Dates
 
;Dates
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:MSB 2173
 
:MSB 2173
  
See the [http://biochemistry.utoronto.ca/undergraduates/courses/BCH441H/ Course Web page] for information.
+
See the [http://biochemistry.utoronto.ca/undergraduates/courses/BCH441H/ Course Web page] for general information.
  
 
== Lecture Schedule ==
 
== Lecture Schedule ==
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<ol  start="1">
 
<ol  start="1">
<li>[[Lecture_01|Organisation and Orientation]] (Boris, Monday, Sept. 11)
+
<li>[[Lecture_01|Organisation and Orientation]] (Boris, Monday, Sept. 10)
 
</ol>
 
</ol>
  
 
;Sequences
 
;Sequences
 
<ol  start="2">
 
<ol  start="2">
<li>[[Lecture_02|The Sequence Abstraction]] (Boris, Thursday, Sept. 14)
+
<li>[[Lecture_02|The Sequence Abstraction]] (Boris, Thursday, Sept. 13)
<li>[[Lecture_03|Sequence Properties]] (Boris, Monday, Sept. 18)
+
<li>[[Lecture_03|Sequence Properties]] (Boris, Monday, Sept. 17)
<li>[[Lecture_04|Sequence Analysis]]  (Boris, Thursday, Sept. 21)
+
<li>[[Lecture_04|Sequence Analysis]]  (Boris, Thursday, Sept. 20)
<li>[[Lecture_05|Homology I: the principles]] (Boris, Monday, Sept. 25)
+
<li>[[Lecture_05|Homology I: the principles]] (Boris, Monday, Sept. 24)
<li>[[Lecture_06|Homology II: Sequence Alignment]] (Boris, Thursday, Sept. 28)
+
<li>[[Lecture_06|Homology II: Sequence Alignment]] (Boris, Thursday, Sept. 27)
 
</ol>
 
</ol>
 
;Structures
 
;Structures
 
<ol  start="7">
 
<ol  start="7">
<li>[[Lecture_07|Protein Structure Databases]] (Boris, Monday, Oct. 2)
+
<li>[[Lecture_07|Protein Structure Databases]] (Boris, Monday, Oct. 1)
<li>[[Lecture_08|Structural Domains]] (Boris, Thursday, Oct. 5)
+
<li>[[Lecture_08|Structural Domains]] (Boris, Thursday, Oct. 4)
<li>[[Lecture_09|Interpreting Protein Structure]] (Boris, Monday, Oct. 9)
+
<li>[[Lecture_09|Interpreting Protein Structure]] (Boris, Monday, Oct. 8)
<li>[[Lecture_10|Homology Modeling]] (Boris, Thursday, Oct. 12)
+
<li>[[Lecture_10|Homology Modeling]] (Boris, Thursday, Oct. 11)
<li>[[Lecture_11|Protein Structure Prediction]] (Boris, Monday, Oct. 16)
+
<li>[[Lecture_11|Protein Structure Prediction]] (Boris, Monday, Oct. 15)
<li>[[Lecture_12|Multiple Sequence Alignment]] (Boris, Thursday, Oct. 19)
+
<li>[[Lecture_12|Multiple Sequence Alignment]] (Boris, Thursday, Oct. 18)
 
</ol>
 
</ol>
 
;Genomes
 
;Genomes
 
<ol  start="13">
 
<ol  start="13">
<li>[[Lecture_13|Genome Sequencing]] (John, Monday, Oct. 23)
+
<li>[[Lecture_13|Genome Sequencing]] (John, Monday, Oct. 22)
<li>[[Lecture_14|Genomes]] (John, Thursday, Oct. 26)
+
<li>[[Lecture_14|Genomes]] (John, Thursday, Oct. 25)
<li>[[Lecture_15|Functional Annotation]] (Shoshana, Monday, Oct. 30)
+
<li>[[Lecture_15|Functional Annotation]] (Shoshana, Monday, Oct. 29)
<li>[[Lecture_16|Fast Sequence Database searches]] (Boris, Thursday, Nov. 2)
+
<li>[[Lecture_16|Fast Sequence Database searches]] (Boris, Thursday, Nov. 1)
 
</ol>
 
</ol>
 
;Evolution
 
;Evolution
 
<ol  start="17">
 
<ol  start="17">
<li>[[Lecture_17|Phylogenetic Analysis]] (Boris, Monday, Nov. 6)
+
<li>[[Lecture_17|Phylogenetic Analysis]] (Boris, Monday, Nov. 5)
<li>[[Lecture_18|Clinical Genomics]] (Boris, Thursday, Nov. 9)
+
<li>[[Lecture_18|Clinical Genomics]] (Boris, Thursday, Nov. 8)
<li>[[Lecture_19|Comparative Genomics]] (John, Monday, Nov.13)
+
<li>[[Lecture_19|Comparative Genomics]] (John, Monday, Nov. 12)
 
</ol>
 
</ol>
 
;Systems
 
;Systems
 
<ol  start="20">
 
<ol  start="20">
<li>[[Lecture_20|Proteomics]] (Boris, Monday, Nov. 20)
+
<li>[[Lecture_20|Proteomics]] (Boris, Monday, Nov. 19)
<li>[[Lecture_21|Microarray Expression Analysis]] (Boris, Thursday, Nov. 16)
+
<li>[[Lecture_21|Microarray Expression Analysis]] (Boris, Thursday, Nov. 15)
<li>[[Lecture_22|Gene regulation I]] (Shoshana, Thursday, Nov. 23)
+
<li>[[Lecture_22|Gene regulation I]] (Shoshana, Thursday, Nov. 22)
<li>[[Lecture_23|Gene regulation II]] (Shoshana, Monday, Dec. 4)
+
<li>[[Lecture_23|Gene regulation II]] (Shoshana, Monday, Dec. 3)
<li>[[Lecture_24|Interaction Databases]] (Shoshana, Thursday, Nov. 30)
+
<li>[[Lecture_24|Interaction Databases]] (Shoshana, Thursday, Nov. 29)
<li>[[Lecture_25|Pathways and Networks]] (Gary Bader, Monday, Nov. 27)
+
<li>[[Lecture_25|Pathways and Networks]] (Gary Bader, Monday, Nov. 26)
<li>[[Lecture_26|Computational Systems Biology]] (John, Thursday, Dec. 8)
+
<li>[[Lecture_26|Computational Systems Biology]] (John, Thursday, Dec. 7)
 
</ol>
 
</ol>
  
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* [[Glossary]]
 
* [[Glossary]]
 
* [[Mutation Data Matrices]]
 
* [[Mutation Data Matrices]]
* [[Database Identifiers]]
+
<!-- * [[Database Identifiers]]
* [[Stereo Vision]]
+
* [[Stereo Vision]] -->
  
 
== Resources ==
 
== Resources ==

Revision as of 21:00, 31 August 2007

Welcome to the BCH441 Course Wiki, our tool to coordinate information, activities and projects.

You can browse all pages on this site, however only users with a login account can edit or contribute or edit material.

If you are here because you are interested in general aspects of bioinformatics or computational biology, you may want to review the Wikipedia article on bioinformatics, or visit Wikiomics. Contact boris.steipe(at)utoronto.ca with any questions you may have.

Organization

The first lecture of the 2007 Fall term will be held Monday, Sept. 10, 12:00.

Dates
Monday and Thursday, 12:00 to 13:00
A tutorial session for Bioinformatics and Computational Biology Specialists will be offered Mondays, from 13:00 to 14:00.
Location
MSB 2173

See the Course Web page for general information.

Lecture Schedule

(This is a preliminary schedule and changes may be made as the course progresses.)

  1. Organisation and Orientation (Boris, Monday, Sept. 10)
Sequences
  1. The Sequence Abstraction (Boris, Thursday, Sept. 13)
  2. Sequence Properties (Boris, Monday, Sept. 17)
  3. Sequence Analysis (Boris, Thursday, Sept. 20)
  4. Homology I: the principles (Boris, Monday, Sept. 24)
  5. Homology II: Sequence Alignment (Boris, Thursday, Sept. 27)
Structures
  1. Protein Structure Databases (Boris, Monday, Oct. 1)
  2. Structural Domains (Boris, Thursday, Oct. 4)
  3. Interpreting Protein Structure (Boris, Monday, Oct. 8)
  4. Homology Modeling (Boris, Thursday, Oct. 11)
  5. Protein Structure Prediction (Boris, Monday, Oct. 15)
  6. Multiple Sequence Alignment (Boris, Thursday, Oct. 18)
Genomes
  1. Genome Sequencing (John, Monday, Oct. 22)
  2. Genomes (John, Thursday, Oct. 25)
  3. Functional Annotation (Shoshana, Monday, Oct. 29)
  4. Fast Sequence Database searches (Boris, Thursday, Nov. 1)
Evolution
  1. Phylogenetic Analysis (Boris, Monday, Nov. 5)
  2. Clinical Genomics (Boris, Thursday, Nov. 8)
  3. Comparative Genomics (John, Monday, Nov. 12)
Systems
  1. Proteomics (Boris, Monday, Nov. 19)
  2. Microarray Expression Analysis (Boris, Thursday, Nov. 15)
  3. Gene regulation I (Shoshana, Thursday, Nov. 22)
  4. Gene regulation II (Shoshana, Monday, Dec. 3)
  5. Interaction Databases (Shoshana, Thursday, Nov. 29)
  6. Pathways and Networks (Gary Bader, Monday, Nov. 26)
  7. Computational Systems Biology (John, Thursday, Dec. 7)

Assignments


 

In depth...

Resources

 

Course Wiki
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  • Soapbox: A page to commmunicate. Do you want to leave a message? Alert the course members? Voice an opinion? Praise or flame? Use this page.
  • Editing: Editing principles and Wiki markup syntax for the Course Wiki pages
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Exam_questions

 
 

Course Web