Jan 16-17, Week 1: getting started, pipets, serial dilutions
1) Getting started
2) Serial Dilutions
Jan 23-24 Week 2: serial dilutions, plate reader, graphing data
1) Before Lab
2) Evaluating Serial Dilutions
Jan 30-31, Week 3: Boil and Cool oligos (Monday 4:30), Golden Gate Assembly, transformation, plating for version 1 (v1)
1) Cloning your experimental promoter (v1)
2) Build dsDNA from oligos
3) Golden Gate Assembly (GGA) and Transformation
Feb 6-7, Week 4: Grow colonies (Monday 4:30), measure phenotype, start genotyping
1) Pick colonies and grow overnight
2) Determine phenotypes and genotypes
Feb 13-14, Week 5: gel electrophoresis of PCR, prepare for oral presentation
1) Complete plasmid PCR genotyping
2) Generate your PPT slides (not Google) for oral presentations
Feb 20-21, Week 6: finalize oral presentation and work on V2 promoter designs
Finish PPT and make sure everyone understands the entire presentationFeb 27-28, Week 7: oral presentations and work on V2 promoter designs
Communicating Science to Colleagues
Prepare Research Proposal for v2 Promoter
Mar 12-13 Week 8: make dsDNA (Monday 4:30), GGA, transformation, plating (v2)
Cloning your experimental promoter (v2)
Build dsDNA from oligos (v2)
Golden Gate Assembly (GGA) and Transformation (v2)
Mar 19-20 Week 9: Pick colonies (Monday 4:30), grow in LB amp (v2), miniprep plasmid DNA
Pick colonies v2 + colony X1 from v1 promoter
Determine phenotypes and genotypes
Mar 26-27 Week 10: sequence plasmid DNA
prepare DNA for sequencing (outsourced)Send off DNA to be sequenced
Apr 2-3 Week 11: analyze DNA sequences
compare expected sequence to sequencing results
Apr 9-10 Week 12: Final Lab Report due next week
Prepare your final lab report
Apr 16-17 Week 13: Finish lab report
Submit Final Lab Report
Apr 23-24 Week 14: graduate fellowships, course evaluations
Last lab meeting