User:Eric Martz/Introduction to Structural Bioinformatics 2016: Difference between revisions
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Most proteins have roughly equal numbers of positive and negative charges intermixed on their surfaces. Surface patches of exclusively positive charge often bind nucleic acids (negatively charged because of their phosphates). For example, examine the protein surface charges where the gal4 transcriptional regulator binds DNA ([http://firstglance.jmol.org/fg.htm?mol=1d66 1d66]). | Most proteins have roughly equal numbers of positive and negative charges intermixed on their surfaces. Surface patches of exclusively positive charge often bind nucleic acids (negatively charged because of their phosphates). For example, examine the protein surface charges where the gal4 transcriptional regulator binds DNA ([http://firstglance.jmol.org/fg.htm?mol=1d66 1d66]). | ||
==VI. | ==VI. Report Slides== | ||
Answer the questions below in slides, using Google Slides (recommended), Powerpoint or Libre Office. Name your report '''yourLastName-497L''', for example <font color='red'><b>sandler-497L.pptx</b></font>. When completed, email a link to your report (or attach a Powerpoint or Libre Office file) to '''emartz@microbio.umass.edu''' for grading. You will ''not'' be asked to present your report in class. | |||
Each slide MUST be labeled at the top with its section number, e.g. ''Section 1''. | Each slide MUST be labeled at the top with its section number, e.g. ''Section 1''. | ||