This is the home page for the Spring course - Structure of Biological Macromolecules - taught by Dave and Jane Richardson. Revised 2014, Material specific for Spring 2015 added in, and modified again for 2016. So no surprise that the course is being revised for 2018.
WE WILL DISCUSS WHAT AND WHERE TO GET INFORMATION IN CLASS

Meanwhile, if you are just poking into what the class might be like: We will follow the scheme of previous years with the first half class lectures, hands-on model building, discussion, assigned homework worksheets, etc. The second half will be individual student projects mostly worked on as home work, but explained and discussed as interactively as we can manage with the whole group.
As a tease: The cryoEM revolution is alive and active at Duke, and we will see how that gives a new way to not only see macromolecules, but understand how atomic models from cryoEM have different properties than models from x-ray crystallography - with different issues of reliability and validation.

The table below will become a source of class materials - handouts, worksheets, and kinemage files. Two "flavors" of hyperlinks can be found in these two columns. The Subject column will contain links to other pages for display (or printing). The downloads column will contain links to files - typically kinemages - which you should download for use on your computer.

Depending on your browser's setup, certain files may be displayed rather than downloaded. In this case, you'll need to force the download by either "right-clicking" or control-clicking the link.

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  • download arrow 2hmqHlx.kin (24KB)
  • download arrow 2tma.kin (52KB)
  • download arrow 2mlt.a.kin (20KB)
  • download arrow 2cyp.kin (164KB)
  • download arrow general-noGPIVpreP_whbkg.kin.gz (9MB)
  • download arrow babarel8.20160228.kin (66KB)
  • download arrow ab8barrel.kin (60KB)
  • download arrow 1tim_a.kin (96KB)
  • download arrow 5bvl1H-multi.kin.gz (747KB)
  • download arrow c16Virus.kin (513KB))
  • download arrow 1E43_GkKey_2016.kin (96KB)
  • download arrow StSurvey_kin4.kin (96KB)
  • files for this lesson:

    Subject ../downloads
    click to download  ( )=optional
    2018: Jan 11: assignment for Jan 18 ---- the SNOW day
    1) Macromolecular Structure &
    Interactive Computer Graphics (rev.20150109)
    1-General Information
    1-Using KiNG
    Intro Lesson: Getting Comfortable with Protein Geometry
    HTML ||  download arrow 622introWrksht.pdf (~60KB) download arrow 622introWrksht.doc (~200KB)
    files for intro graphics assignment:
    View the on-line HTML version (or download PDFs) of the annotated Anatomy and Taxonomy of Protein Structure. "AnaTax"
    2018: Jan 18: SNOW carry on ...
    2) H-bonds Lesson and HELIX Lesson
    Kinemage for this lesson:
    2018: Jan 25: assignment for Feb 1 ---
    3) All-atom Contact Analysis:
    Files for this lesson:
    2018: Feb 1: assignment for Feb 8
    4) Structural Roles of Amino Acids and Mutations
    Files for this lesson:
  • download arrow c1Basics-A-KiNG.kin (123KB)
  • download arrow 1994_Hemmingsen_TyrCorner_ProSci-cvr.pdf (3.1MB)
  • download arrow 1gcr_Tyr_corners_2015.kin (1.6MB)
  • download arrow 1gcrFH.pdb (263KB)
  • download arrow LRI_ColoringBook.pdf (1.3MB)
  • MACROMOLECULAR CRYSTALLOGRAPHY
  • zMacroMolecularCrystallography2009 pdf
    download arrow MacroMolecularCrystallography2009.pdf (15MB)
  • zMacroMolecularCrystallography2009 pdf.zip
    download arrow MacroMolecularCrystallography2009.pdf (12MB)

  • 2018: Feb 8: assignment for Feb 15
    5) Resolution and Validation
    class notes: online elasticScattering
    (link to: /teaching/BCH681/2013BCH681/elasticScattering)

    Files for this lesson:
  • download arrow 1.0_1HJ8_1.0A.kin (340KB)
  • download arrow 1.0_1hj8.omap.gz (2.7MB)
  • download arrow 2.8_1C9P_2.8A.kin (165KB)
  • download arrow 2.8_1c9p.omap.gz (254KB)
  • download arrow 1JIRon1S83_Arg66_supr.kin (1.5MB)

  • 2018: Feb 8: assignment for Feb 15

    5) Resolution and Validation
    in-class notes: diffraction & resolution
  • download arrow 622-20160114-in-class.pdf (19KB)
  • download arrow myoglobin2NRLwith1.5Awave.pdf (212KB)
  • download arrow 622notes_EDMaps-resolution.pdf (893KB)
  • WorkSheets:
  • download arrow Wksht_resolution_bch622.pdf (46KB)
  • download arrow Wrksht_validation-20160218.pdf (81KB)

  • Files for this lesson:
  • download arrow 1.0_1HJ8_1.0A.kin (340KB)
  • download arrow 1.0_1hj8.omap.gz (2.7MB)
  • download arrow 2.8_1C9P_2.8A.kin (165KB)
  • download arrow 2.8_1c9p.omap.gz (254KB)
  • download arrow 1JIRon1S83_Arg66_supr.kin (1.5MB)
  • Reference papers:
  • download arrow 2013-Richardson_validation Review_COSB23.pdf (1.9MB)
  • MolProbity: download arrow 2010-ChenActaCrystD66.pdf (1.6MB)

  • 2018: Feb 15: assignment for Feb 22
    Computer Graphics: Making kinemages using KiNG

    KiNG has an internal manual available as one of its menu items; the same information is available in the download arrow king-manual.pdf(240KB). The pdf-format manual is included in the KiNG download with two other pdf documents: The Kinemage File Format (download arrow format-kinemage.pdf, 140KB) and Hacking KiNG (download arrow hacking-king.pdf, 160KB) a guide to KiNG's code and libraries. Instructions for using KiNG are available as a basics guide in html form or as a PDF (download arrow QuickStartKiNG.pdf(35KB)). The other documents linked above also contain usage instructions.


    Files for this exercise:
    2018: Feb 22: assignment for Mar 1
    CryoEM
  • assignment:   CryoEM Lesson
    download arrow WrkSht5-cryoEM_2018.doc (970KB)
  • Files for this lesson:
  • download arrow 5a1a_beta-gal_barrel_ribbons.kin (1.8MB)
  • download arrow 5a1a_beta-galactosidase_2.2A.kin (5.5MB)
  • download arrow 5gan_spliceosome_tri-snRNP.kin (16.3MB)
  • BCH622 class projects:

         An oral presentation report, mainly using interactive 3D graphics (kinemage or other), about some topic in 3D macromolecular structure that interests you and connects with the course materials: protein, RNA, DNA, or their complexes with each other or carbohydrates or small-molecule ligands. The topic question can be structure/function relationships within a specific biological system or a more general question or comparison across multiple structures at the atomic level in 3D.
         A minor component is either to construct a publication-suitable 2D image that clearly conveys one of your important points or else to work on improving the most relevant Wikipedia article.
         You will give a couple of progress reports in class, and do your final presentation at the end of the semester.





    LAST YEAR STUFF

    BELOW THIS LINE...
    2016 Mar 10 in-class: Discussion of project development and presentation strategy
          Mar 10 assignment for Mar 24 (see anticipated in-class goals for Mar 24)
    2016: Mar 17 Spring Break
    2016: Mar 24 in-class presentation of initial project ideas     For the first class after spring break (Mar 24), each person will explain their project idea, showing a simple kinemage from one relevant PDB file, one relevant literature reference, and one reasonably relevant Wikipedia reference.



    PREVIOUS YEAR STUFF

    BELOW THIS LINE...

    2015: Mar 26 In-class model-to-map fitting the "real way"

    No general assignment, suggest review
    622-wrksht-resolution-validation.
    Homework == Work on Project

    optional consultation about problems with project details
    2015: Apr 2 in class:
    Group 1 in-progress reports


    No general assignment

    Homework == Work on Project

    2015: Apr 9 in class:
    Group 2 in-progress reports


    No general assignment

    Homework == Work on Project

    download arrow EditingWikipedia_forScientists_WP-BP_2015.doc (154KB)
    2015: Apr 16 in class:
    Group 1 in-progress reports


    No general assignment

    Homework == Work on Project

    2015: Apr 23 in class:
    Group 2 in-progress reports


    No general assignment

    Homework == Work on Project

    2015: Apr 30 "IN CLASS" (EXAM WEEK)
    PROJECT REPORTS




    Might need to adjust time/day...