Changes between Initial Version and Version 1 of COT10


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Timestamp:
Mar 18, 2011, 4:04:59 PM (15 years ago)
Author:
goddard
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  • COT10

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     1---------------------------------------------------------------------------
     22009/2010 report
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     4
     5May 21, 2009
     6  Talk to ten San Francisco high school teachers, part of the Current Science Seminar
     7  Series organized by the UCSF Science and Health Education Partnership.
     8  (http://biochemistry.ucsf.edu/programs/sep/) Showed stereo visualization and
     9  manipulation of man-made molecular machines and viruses. Made paper virus models.
     10  Held in RBVI visualization room.  12 hours preparation time.
     11  - Tom Goddard
     12
     13June 11, 2009
     14  Second talk to high school teachers in the Current Science Seminar Series given by the
     15  UCSF Science and Health Education Partnership.  Showed stereo visualization and
     16  manipulation of man-made molecular machines and viruses.  Made paper virus models.
     17  Held in RBVI visualization room.  3 hours preparation time.
     18  - Tom Goddard
     19
     20June 24, 2009
     21  Virus visualization demonstration for a dozen science summer school students
     22  ages 9 to 12 (http://www.celsiusandbeyond.com/).  Showed stereo visualization,
     23  space navigator, phantom force feedback, protein and rna structure and virus
     24  paper models.  Held in RBVI visualization room.  12 hours preparation time.
     25  - Tom Goddard
     26
     27July 14, 2009
     28  Molecular visualization demonstration for ~30 kids from the COSMOS summer school
     29  program at U.C. Davis (http://www.ucop.edu/cosmos/).  Showed stereo visualization,
     30  virus structures, protein, dna, and protein docked with dna.
     31  - Scooter Morris
     32
     33July 15, 2009
     34  Virus visualization demonstration for 5 science summer school students
     35  ages 9 to 12 (http://www.celsiusandbeyond.com/).  Showed stereo visualization,
     36  space navigator, phantom force feedback, protein and rna structure and virus
     37  paper models.  Held in RBVI visualization room.  4 hours preparation time.
     38  - Tom Goddard
     39
     40August 19, 2009
     41  Chimera talk and demonstration, Molecular Visualization symposium
     42  (COMP division, see http://oasys2.confex.com/acs/238nm/techprogram/S32080.HTM )
     43  at the 238th American Chemical Society National Meeting (Washington, DC).
     44  Prep time by Elaine 60 hours including deciding what features to show and finding an
     45  appropriate biological system with which to show them, reading papers about the biological
     46  system, generating or finding associated data files, testing the features thoroughly,
     47  and iteratively adjusting presentation order and scope.
     48  - Tom Ferrin, Elaine Meng
     49
     50September 1, 2009
     51  Demonstration for NIH visitors from Clinical and Translation Science Awards (CTSA).
     52  Showed HIV spike tomography, T-cell tomography, clathrin cage animation, cytoscape.
     53  Held in RBVI visualization room.  6 hours preparation time.
     54  - Tom Goddard, Scooter Morris, Tom Ferrin
     55
     56September 22, 2009
     57  Gave a talk and training session at the EMBO European School of Genetic Medicine course
     58  entitled "Embo Practical course on Networks in Biology analysis, modeling and reverse
     59  engineering."  My talk was an introduction to the "Analysis & Visualisation of biological networks"
     60  and the practical covered uses of Cytoscape.  There were 60 students from throughout Europe, and 6
     61  faculty in attendance.  Prep time for talk: 16 hours, for lab: 8 hours.
     62  - Scooter Morris
     63
     64September 28, 2009
     65  Gave an informal seminar at Institute Pasteur for 10 members of the Systems Biology Group
     66  on uses of Cytoscape for phylogenetic analysis and cheminformatics.
     67  - Scooter Morris
     68
     69September 30, 2009
     70  45-minute Chimera demonstration to ~20 students in UCSF BP204A, "Macromolecular
     71  Interactions" class.  Included basic usage, morphing, viewing sequences, showing
     72  attribute values, building multimers.  Prep time 60 hours including looking up information
     73  on the history of molecular graphics, working through exercises from the previous year,
     74  deciding what structures and features to show and in what order, generating or finding
     75  associated data files, testing the features thoroughly, and practicing the presentation.
     76  - Elaine Meng, Eric Pettersen
     77
     78October 20, 2009
     79  EMBO practical course: "The combination of electron microscopy and x-ray crystallography
     80  for the structure determination of large biological complexes" (http://cwp.embo.org/pc09-18/).
     81  One day (7 hours) of hands-on Chimera training during 5 day workshop.  20 students.  Grenoble, France.
     82  60 hours preparing materials (http://www.cgl.ucsf.edu/chimera/tutorials/emfit09/emfit.html).
     83  - Tom Goddard
     84
     85October 23, 2009
     86  Gave a 3 hour training session to the UCSF BMI206 class (14 Graduate Students) on
     87  Cytoscape and structureViz.  Prep time: 12 hours.  Tutorials are available on-line
     88  at http://opentutorials.rbvi.ucsf.edu/
     89  - Scooter Morris
     90
     91December 1, 2009
     92  Demonstrations for three Galileo High School student groups, part of SEP SMART team
     93  program organized by Sabine Jeske (http://biochemistry.ucsf.edu/programs/sep/school-programs-smart-teams.html).
     94  Presentations covered their proteins: HIV Rev,
     95  capase-3, and strictosidine synthase.  Included protein analysis, EM data, stereo viewing,
     96  space navigator, plastic and paper models.  Three groups of ~10 students each in RBVI
     97  viz vault.  15 hours preparation and execution.
     98  - Tom Goddard
     99
     100December 10, 2009
     101  Demonstrations for two Lincoln High School student groups, part of SEP SMART team
     102  program organized by Sabine Jeske (http://biochemistry.ucsf.edu/programs/sep/school-programs-smart-teams.html).
     103  Presentations covered their proteins: P-glycoprotein and HIV protease.
     104  Also included stereo visualization of nano-gears, ice, water, and lipid bilayers,
     105  space navigator and plastic models.  Three groups of ~10 students each in RBVI
     106  viz vault.  12 hours preparation and execution.
     107  - Tom Goddard
     108
     109December 2009
     110  Chimera and Cytoscape used to create image for RBVI holiday card: some of the nuclear pore complex proteins
     111  arranged into a Christmas tree, RBVI logo as star, phylogenetic tree as white fronds along the "ground."
     112  Estimated 24 person-hours of work.
     113 - YZ (Zheng Yang) , Elaine Meng, Conrad Huang, Scooter Morris
     114
     115December 11, 2009
     116  Chimera Release Party and RBVI Open House (2-5 pm in Genentech Hall N453,
     117  UCSF Mission Bay) for local researchers and students to meet the Chimera
     118  developers, see demonstrations and discuss features, tour the RBVI
     119  facilities, and share refreshments. Estimated 80 attendees, 3 hours for the event,
     120  24 person-hours preparation, publicity, and cleanup.
     121  - Chimera team
     122
     123January 26, 2010
     124  Remote training using desktop sharing (vnc/skype) for using the Segger segmentation tool to separate
     125  bacteria seen in termite gut by focused-ion-beam scanning-EM.  Two hours of training for Bernhard
     126  Knierim and Monica at Lawrence Berkeley Lab.  Four hours preparation time.
     127  - Tom Goddard
     128
     129February 1, 2010
     130  All day Cytoscape training for Cell Signaling Technologies in Salem, Mass.  20 Participants including Sr. Scientists,
     131  CEO, Marketing personnel, and developers.  Preparation time ~20 hours.
     132  - Scooter Morris
     133
     134February 11, 2010
     135  Talk at Scripps Research Institute Automated Molecular Imaging (AMI) Forum (http://ami.scripps.edu/forum/)
     136  Demonstrated Segger segmentation and fitting capabilities (40 min + 20 min questions)
     137  to 35 EM (single-particle and tomography) researchers.  Preparation time ~20 hours.
     138  - Tom Goddard
     139
     140February 21-23, 2010
     141  Exhibit booth at Biophysical Society Meeting in San Francisco, organized by Scooter Morris of RBVI.
     142  Three days, ~24 demonstrations/talks, ~4 NCRR resource centers.
     143  - Scooter Morris, Elaine Meng, Eric Pettersen, Zheng Yang, Tom Goddard
     144
     145February 25-26, 2010
     146  Molecular Animation workshop sponsored by RBVI and NCMI.  Two days, ~25 participants, 14 talks.
     147  Preparation time ~150 person-hours.  Hosted by and planned by Tom Ferrin and Scooter Morris from RBVI
     148  and Wah Chiu from NCMI.  Two talks given by RBVI. [http://plato.cgl.ucsf.edu/trac/Workshops/login/wiki/AnimationWorkshop]
     149  - Tom Ferrin, Scooter Morris, Tom Goddard, Zheng Yang
     150
     151March 11-13, 2010
     152  Poster on HIV spike visualization presented at the 5th International Conference on Structural Analysis of Supramolecular
     153  Assemblies by Hybrid Methods in Lake Tahoe (http://www.hybridmethods2010.com/).  About 180 researchers primarily using
     154  electron microscopy attended.  Discussed EM map fitting using Chimera
     155  and EMDB map and segmentation file formats with approximately 20 people.  Preparation time ~15 hours.
     156  - Zheng Yang, Tom Goddard
     157
     158March 17, 2010
     159  1/2 Day Cytoscape training for Al Burlingame's group.  13 participants.  Preparation time: ~10 hours.
     160  - Scooter Morris