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Ch 1.General Lab Techniques

Ch 2.Molecular Separation

Ch 3.DNA and RNA

Ch 4.Genetics

Ch 5.PCR Serials

Ch 6.Protein

Ch 7.DNA Protein Interactions

Ch 8.Immunohistoch / immunology

Ch 9.Cellular Biology

Ch 10.GC/MS, NMR and Proteomics

Ch 11.Animal Experiments

Ch 12.Worm: C. Elegans

Ch 13.HPLC and TLC

Ch 14.Buffers formats in Lab.

Ch 15.Other Resources

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Biochemistry (Chapters and Vocabulary) -unit 1-50, 51-100, 101-150, 151-200, 201-250, 251-300, 301-350, 351-400, 401-450, 451-500

301: Structure of Elongation Factor Tu.                                               


302: Translation Initiation in Prokaryotes.                                            


303: A Ribosome Is a Ribonucleoprotein Particle (70S) Made of a Small (30S) and a Large (50S) Subunit              


304: Allowed pairings at the third base of the codon according to the wobble hypothesis 


305: A Role for Formylation.                                                                


306: Peptide-Bond Formation.                                                              


307: Mechanism of Protein Synthesis.                                                  


308: Polypeptide Escape Path.                                                              


309: Transfer RNA-Binding Sites.                                                        


310: Formylation of Methionyl-tRNA.                                                 


311: Initiation Sites.                                                                              


312: Polysomes.                                                                                     


Molecular Motors

313: Thick Filament.                                                                              


314: Myosin Motion Along Actin.                                                        


315: Watching a Single Motor Protein in Action.                                 


316: Actin and Hexokinase.                                                                  


317: Actin Structure.                                                                             


318: Sliding-Filament Model.                                                               


319: Sarcomere.                                                                                     


320: Most Molecular-Motor Proteins Are Members of the P-Loop NTPase Superfamily    


321: Effect of nucleotide binding on protein affinity                           


322: Neck Linker.                                                                                  


323: Relay Helix.                                                                                   


324: Lever-Arm Motion.                                                                       


325: Dynein Head-Domain Model.                                                       


326: Structure of Head Domain of Kinesin at High Resolution.               


327: Kinesin at Low Resolution.                                                           


328: Myosin Two-Stranded Coiled Coil.                                              


329: Myosin Light Chains.                                                                    


330: Myosin Structure at High Resolution.                                           


331: Myosin Dissection.                                                                        


332: Myosin Structure at Low Resolution.                                           


333: The horse, like all animals, is powered by the molecular motor protein, myosin.          


334: Motion Within Cells.                                                                     


335: Molecular Motors                                                                          


336: Problems                                                                                        


337: Summary                                                                                       


338: A Rotary Motor Drives Bacterial Motion                                     


339: Chemotaxis Signaling Pathway.                                                    


340: Changing Direction.                                                                      


341: Charting a Course.                                                                         


342: Proton Transport-Coupled Rotation of the Flagellum.                    


343: Flagellar Motor Components.                                                        


344: Flagellar Motor.                                                                             


345: Structure of Flagellin.                                                                    


346: Bacterial Flagella.                                                                          


347: Kinesin and Dynein Move Along Microtubules                            


348: Motion in Ncd.                                                                              


349: Structure of Ncd.                                                                          


350: Kinesin Moving Along a Microtubule.

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