The? ?goal? ?of? ?this? ?project? ?is? ?to? ?enable? ?scientific? ?discovery? ?and? ?advances? ?in? ?biomedical? ?research? ?through the? ?development? ?of? ?cutting-edge? ?software? ?tools? ?that? ?provide? ?integrated? ?visualizations? ?and? ?analyses? ?of molecular? ?structures? ?and? ?related? ?biological? ?information.? ?? ?Our? ?tools? ?can? ?be? ?applied? ?to? ?diverse? ?types? ?of biomolecular? ?data,? ?including? ?atomic-resolution? ?coordinates,? ?3D? ?cryo-EM? ?density? ?maps,? ?and? ?protein and? ?nucleic? ?acid? ?sequences,? ?annotations,? ?and? ?networks.? ?We? ?focus? ?on? ?unmet? ?software? ?needs? ?for? ?basic and? ?applied? ?biomedical? ?research? ?using? ?highly? ?trained? ?and? ?talented? ?staff,? ?with? ?excellent? ?interdisciplinary knowledge? ?and? ?specialized,? ?state-of-the-art? ?expertise? ?in? ?software? ?engineering,? ?computer? ?graphics visualization,? ?and? ?data? ?analysis.? ?? ?Our? ?primary? ?efforts? ?are? ?in? ?the? ?interactive? ?visualization? ?and? ?analysis? ?of structures? ?of? ?molecules,? ?molecular? ?assemblies,? ?and? ?protein? ?sequence-structure? ?relationships.? ?? ?These areas? ?are? ?critical? ?for? ?addressing? ?important? ?and? ?highly? ?relevant? ?biomedical? ?problems? ?such? ?as identifying? ?the? ?molecular? ?bases? ?of? ?disease,? ?identifying? ?targets? ?for? ?drug? ?development,? ?designing? ?drugs, and? ?engineering? ?proteins? ?with? ?new? ?functions.? ?? ?Our? ?software? ?tools? ?enable? ?scientists? ?to? ?understand, analyze,? ?and? ?illustrate? ?to? ?others? ?the? ?important? ?principles? ?of? ?molecular? ?structure,? ?function,? ?and interactions.? ?These? ?tools? ?are? ?widely? ?recognized? ?as? ?works? ?of? ?the? ?highest? ?quality,? ?and? ?are? ?available? ?for free? ?on? ?our? ?website? ?in? ?binary? ?and? ?source-code? ?form.? ?? ?We? ?support? ?and? ?maintain? ?these? ?tools,? ?and provide? ?detailed? ?documentation? ?and? ?tutorials.? ?Our? ?technological? ?developments? ?are? ?disseminated widely? ?via? ?scientific? ?publications,? ?lectures,? ?software? ?distribution,? ?and? ?video? ?animations.

Public Health Relevance

PROJECT? ?NARRATIVE The? ?interactive? ?scientific? ?visualization? ?software? ?tools? ?we? ?develop? ?directly? ?address? ?many? ?of? ?the? ?critical challenges? ?researchers? ?face? ?as? ?they? ?discover,? ?analyze,? ?and? ?chronicle? ?the? ?major? ?biological? ?processes? ?inherent in? ?life? ?and? ?human? ?disease.? ?? ?Our? ?software? ?enables? ?spatially? ?complex? ?experimental? ?data? ?that? ?often? ?varies? ?over time? ?to? ?be? ?visualized? ?and? ?analyzed? ?and,? ?thus,? ?directly? ?leads? ?to? ?the? ?intellectual? ?understanding? ?of? ?important principles? ?in? ?biomedicine.? ?? ?We? ?strive? ?to? ?promote? ?the? ?application? ?of? ?interactive? ?3D? ?visualization? ?and? ?analysis techniques? ?to? ?critically? ?important? ?cutting-edge? ?problems? ?in? ?structural? ?and? ?computational? ?biology,? ?and? ?to? ?provide insight? ?into? ?molecular? ?and? ?cellular? ?function? ?that? ?can? ?be? ?directly? ?applied? ?to? ?problems? ?relevant? ?to? ?both? ?translational biomedical? ?research? ?and? ?precision? ?medicine.

Agency
National Institute of Health (NIH)
Institute
National Institute of General Medical Sciences (NIGMS)
Type
Research Project (R01)
Project #
1R01GM129325-01
Application #
9578921
Study Section
Macromolecular Structure and Function D Study Section (MSFD)
Program Officer
Smith, Ward
Project Start
2018-07-01
Project End
2022-06-30
Budget Start
2018-07-01
Budget End
2019-06-30
Support Year
1
Fiscal Year
2018
Total Cost
Indirect Cost
Name
University of California San Francisco
Department
Pharmacology
Type
Schools of Pharmacy
DUNS #
094878337
City
San Francisco
State
CA
Country
United States
Zip Code
94118