KnotProt 2.0: A database of proteins with knots and slipknots

Found 421 chains in Knotted chains table. Displaying 151 - 300. Applied filters: Probabilistic

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Knots
Knotoids

Search results query: topological notation: S +3₁

#pdbid|chain|deposition date|is S/K-not|(slip)knot types;
      
  6pea|A|2020-03-30|S|+3.1;
  6scf|A|2019-11-06|S|+3.1;
  6tys|A|2019-10-17|S|+3.1;
  6qd7|A|2019-10-17|S|+3.1;
  6qd8|A|2019-10-17|S|+3.1;
  6pso|A|2019-10-16|S|+3.1;
  6prm|A|2019-10-16|S|+3.1;
  6dc5|A|2019-09-16|S|+3.1;
  6eaj|F|2019-09-06|S|+3.1;
  6eam|F|2019-09-06|S|+3.1;
  6eak|F|2019-09-06|S|+3.1;
  6eai|A|2019-09-06|S|+3.1;
  6eah|A|2019-09-06|S|+3.1;
  6eag|F|2019-09-06|S|+3.1;
  6eaf|A|2019-09-06|S|+3.1;
  6ead|F|2019-09-06|S|+3.1;
  6ean|F|2019-09-06|S|+3.1;
  6eal|F|2019-09-06|S|+3.1;
  6eae|F|2019-09-06|S|+3.1;
  6dc3|F|2019-09-05|S|+3.1;
  6hhm|A|2019-07-18|S|+3.1;
  6j66|A|2019-07-13|S|+3.1;
  6o0h|A|2019-04-25|S|+3.1;
  6mlk|A|2018-10-21|S|+3.1;
  6ctf|A|2018-10-12|S|+3.1;
  6g9b|A|2018-09-30|S|+3.1;
  6hix|BG|2018-09-28|S|+3.1;
  6ea7|A|2018-09-25|S|+3.1;
  6ea5|A|2018-09-25|S|+3.1;
  5gsl|A|2018-09-16|S|+3.1;
  5k6g|F|2018-09-16|S|+3.1;
  6dzl|A|2018-09-15|S|+3.1;
  6dzm|A|2018-09-15|S|+3.1;
  5xnu|A|2018-09-14|S|+3.1;
  5tdl|A|2018-09-14|S|+3.1;
  5tj3|A|2018-09-13|S|+3.1;
  5ude|F|2018-09-13|S|+3.1;
  5udc|A|2018-09-13|S|+3.1;
  5tok|A|2018-09-13|S|+3.1;
  5tdg|A|2018-09-13|S|+3.1;
  3mho|A|2018-09-12|S|+3.1;
  3mhi|A|2018-09-12|S|+3.1;
  3c7p|A|2018-09-12|S|+3.1;
  3d93|A|2018-09-12|S|+3.1;
  3ibi|A|2018-09-12|S|+3.1;
  3iai|A|2018-09-12|S|+3.1;
  4bf6|A|2018-09-12|S|+3.1;
  1fqn|A|2018-09-12|S|+3.1;
  3rz8|A|2018-09-12|S|+3.1;
  3ryz|A|2018-09-12|S|+3.1;
  3ryy|A|2018-09-12|S|+3.1;
  1cvf|A|2018-09-12|S|+3.1;
  5g2v|A|2018-09-12|S|+3.1;
  5g2t|A|2018-09-12|S|+3.1;
  5ea8|F|2018-09-12|S|+3.1;
  5ea4|F|2018-09-12|S|+3.1;
  5ea6|F|2018-09-12|S|+3.1;
  5ea3|F|2018-09-12|S|+3.1;
  5c6b|F|2018-09-12|S|+3.1;
  5c69|A|2018-09-12|S|+3.1;
  5ea5|F|2018-09-12|S|+3.1;
  5ejb|A|2018-09-12|S|+3.1;
  5evm|A|2018-09-06|S|+3.1;
  5dsp|A|2018-09-06|S|+3.1;
  5zjv|A|2018-04-26|S|+3.1;
  6b1v|A|2018-03-15|S|+3.1;
  6fny|A|2018-03-02|S|+3.1;
  6bat|A|2018-01-17|S|+3.1;
  6bau|A|2018-01-17|S|+3.1;
  6bav|A|2018-01-17|S|+3.1;
  6bmi|A|2018-01-17|S|+3.1;
  5olb|A|2018-01-03|S|+3.1;
  5ohi|A|2018-01-03|S|+3.1;
  6f5u|A|2018-01-03|S|+3.1;
  6f6n|A|2018-01-03|S|+3.1;
  6f6s|A|2018-01-03|S|+3.1;
  5w23|A|2017-12-06|S|+3.1;
  5ylf|A|2017-11-08|S|+3.1;
  5yle|A|2017-11-08|S|+3.1;
  5ylc|A|2017-11-08|S|+3.1;
  5too|A|2017-11-01|S|+3.1;
  5tpq|A|2017-11-01|S|+3.1;
  5njb|B|2017-10-04|S|+3.1;
  5nja|B|2017-10-04|S|+3.1;
  5nj9|A|2017-10-04|S|+3.1;
  5nja|A|2017-10-04|S|+3.1;
  5nj5|A|2017-10-04|S|+3.1;
  5njb|A|2017-10-04|S|+3.1;
  5nj5|B|2017-10-04|S|+3.1;
  5nj9|B|2017-10-04|S|+3.1;
  5veo|A|2017-09-20|S|+3.1;
  5mx9|A|2017-08-29|S|+3.1;
  5m0s|A|2017-08-29|S|+3.1;
  5kww|F|2017-08-28|S|+3.1;
  5xas|A|2017-06-23|S|+3.1;
  5x9r|A|2017-06-23|S|+3.1;
  5g2u|A|2017-05-24|S|+3.1;
  5udd|A|2017-05-22|S|+3.1;
  5udy|A|2017-03-27|S|+3.1;
  5tcd|A|2017-03-26|S|+3.1;
  5fgn|A|2017-02-15|S|+3.1;
  5fql|A|2017-01-19|S|+3.1;
  5gov|A|2017-01-05|S|+3.1;
  5grr|A|2017-01-04|S|+3.1;
  5lrm|A|2016-12-15|S|+3.1;
  5k6c|F|2016-10-15|S|+3.1;
  5khu|T|2016-09-09|S|+3.1;
  5kel|A|2016-09-07|S|+3.1;
  5kem|A|2016-09-07|S|+3.1;
  5ken|A|2016-09-07|S|+3.1;
  5k4p|A|2016-09-02|S|+3.1;
  5k6b|F|2016-09-02|S|+3.1;
  5e5u|A|2016-08-31|S|+3.1;
  5ew5|A|2016-07-20|S|+3.1;
  5jnx|C|2016-06-17|S|+3.1;
  5ijq|A|2016-06-16|S|+3.1;
  5ijs|A|2016-06-16|S|+3.1;
  5c66|A|2016-06-02|S|+3.1;
  5cfy|A|2016-04-20|S|+3.1;
  5dlw|A|2016-04-15|S|+3.1;
  5dlv|A|2016-04-15|S|+3.1;
  5aj9|A|2016-03-20|S|+3.1;
  5hj3|C|2016-03-15|S|+3.1;
  5egh|A|2016-03-12|S|+3.1;
  5ege|A|2016-03-12|S|+3.1;
  5f1b|A|2016-01-21|S|+3.1;
  5c50|B|2015-10-15|S|+3.1;
  4zg7|A|2015-10-14|S|+3.1;
  4zyp|A|2015-07-29|S|+3.1;
  4cxs|A|2015-05-13|S|+3.1;
  4qax|A|2015-05-06|S|+3.1;
  4yr1|A|2015-04-29|S|+3.1;
  4cys|A|2015-04-29|S|+3.1;
  4cyr|A|2015-04-29|S|+3.1;
  4cxk|A|2015-04-22|S|+3.1;
  4cxu|A|2015-04-22|S|+3.1;
  3x2d|A|2015-02-25|S|+3.1;
  4wsg|A|2015-02-12|S|+3.1;
  4nwx|A|2015-02-11|S|+3.1;
  4nwj|A|2015-02-11|S|+3.1;
  4tzo|A|2015-02-10|S|+3.1;
  1wog|A|2015-02-05|S|+3.1;
  4x2s|A|2015-02-05|S|+3.1;
  4tn0|A|2014-10-14|S|+3.1;
  1n2m|A|2014-10-11|S|+3.1;
  2qqd|C|2014-10-11|S|+3.1;
  2v64|A|2014-10-08|S|+3.1;
  3bdg|B|2014-10-08|S|+3.1;
  1ki6|B|2014-10-08|S|+3.1;
  4aez|B|2014-10-08|S|+3.1;
  1woh|A|2014-10-08|S|+3.1;
  3wav|A|2014-10-07|S|+3.1;
  3waw|A|2014-10-07|S|+3.1;
  3wax|A|2014-10-07|S|+3.1;
  3way|A|2014-10-07|S|+3.1;
  2xrg|A|2014-10-07|S|+3.1;
  3nkm|A|2014-10-07|S|+3.1;
  3nko|A|2014-10-07|S|+3.1;
  3nkp|A|2014-10-07|S|+3.1;
  1vlf|M|2014-10-07|S|+3.1;
  1vle|M|2014-10-07|S|+3.1;
  1ti2|A|2014-10-07|S|+3.1;
  1ti4|A|2014-10-07|S|+3.1;
  3nkr|A|2014-10-06|S|+3.1;
  3csy|I|2014-09-29|S|+3.1;
  4uop|A|2014-09-25|S|+3.1;
  3s88|I|2014-09-23|S|+3.1;
  3ve0|I|2014-09-23|S|+3.1;
  3nkn|A|2014-09-18|S|+3.1;
  1pgi|A|2014-09-11|S|+3.1;
  4uor|A|2014-09-03|S|+3.1;
  4uoo|A|2014-09-03|S|+3.1;
  2b9b|A|2014-08-31|S|+3.1;
  3p12|A|2014-08-20|S|+3.1;
  2ga3|A|2014-08-19|S|+3.1;
  4jby|A|2014-08-19|S|+3.1;
  4jbx|A|2014-08-19|S|+3.1;
  4ivr|A|2014-08-19|S|+3.1;
  4ivq|A|2014-08-19|S|+3.1;
  4ivp|A|2014-08-19|S|+3.1;
  3m8y|A|2014-08-19|S|+3.1;
  3m8w|A|2014-08-19|S|+3.1;
  4lrb|A|2014-08-19|S|+3.1;
  4lr9|A|2014-08-19|S|+3.1;
  4lra|A|2014-08-19|S|+3.1;
  4lr7|A|2014-08-19|S|+3.1;
  3uo0|A|2014-08-19|S|+3.1;
  3uny|A|2014-08-19|S|+3.1;
  3un2|A|2014-08-19|S|+3.1;
  3kbc|A|2014-08-19|S|+3.1;
  4kjg|A|2014-08-19|S|+3.1;
  4lqy|A|2014-08-19|S|+3.1;
  4kay|A|2014-08-19|S|+3.1;
  4gue|A|2014-08-19|S|+3.1;
  4fdj|A|2014-08-19|S|+3.1;
  4el9|A|2014-08-19|S|+3.1;
  3v8f|A|2014-08-19|S|+3.1;
  3v8g|A|2014-08-19|S|+3.1;
  3tv9|A|2014-08-19|S|+3.1;
  4gtx|A|2014-08-19|S|+3.1;
  4gty|A|2014-08-19|S|+3.1;
  4gtz|A|2014-08-19|S|+3.1;
  3rdp|A|2014-08-18|S|+3.1;
  3tx0|A|2014-08-18|S|+3.1;
  3twz|A|2014-08-18|S|+3.1;
  1ogf|A|2014-08-18|S|+3.1;
  1oge|A|2014-08-18|S|+3.1;
  4oyf|A|2014-08-18|S|+3.1;
  3szz|A|2014-08-18|S|+3.1;
  3t00|A|2014-08-18|S|+3.1;
  3t01|A|2014-08-18|S|+3.1;
  4oql|A|2014-08-16|S|+3.1;
  4oqx|A|2014-08-16|S|+3.1;
  4oqn|A|2014-08-16|S|+3.1;
  4oqm|A|2014-08-16|S|+3.1;
  4p6h|C|2014-08-13|S|+3.1;
  4p6h|B|2014-08-13|S|+3.1;
  4p6h|A|2014-08-13|S|+3.1;
  4p3j|C|2014-08-13|S|+3.1;
  4p3j|B|2014-08-13|S|+3.1;
  4p3j|A|2014-08-13|S|+3.1;
  4p1a|C|2014-08-13|S|+3.1;
  4p1a|B|2014-08-13|S|+3.1;
  4p1a|A|2014-08-13|S|+3.1;
  4p19|C|2014-08-13|S|+3.1;
  4p19|B|2014-08-13|S|+3.1;
  4p19|A|2014-08-13|S|+3.1;
  4oyg|F|2014-08-13|S|+3.1;
  4oyg|A|2014-08-13|S|+3.1;
  4oyg|E|2014-08-13|S|+3.1;
  4oyg|D|2014-08-13|S|+3.1;
  4oyg|C|2014-08-13|S|+3.1;
  4oyg|B|2014-08-13|S|+3.1;
  4miv|A|2014-08-13|S|+3.1;
  4miv|B|2014-08-13|S|+3.1;
  4miv|C|2014-08-13|S|+3.1;
  4miv|D|2014-08-13|S|+3.1;
  4miv|E|2014-08-13|S|+3.1;
  4miv|F|2014-08-13|S|+3.1;
  4miv|G|2014-08-13|S|+3.1;
  4miv|H|2014-08-13|S|+3.1;
  4mhx|A|2014-08-13|S|+3.1;
  4mhx|B|2014-08-13|S|+3.1;
  1aja|A|2014-07-31|S|+3.1;
  1ajb|A|2014-07-31|S|+3.1;
  1ajc|A|2014-07-31|S|+3.1;
  1ajd|A|2014-07-31|S|+3.1;
  1ali|A|2014-07-31|S|+3.1;
  1alj|A|2014-07-31|S|+3.1;
  1alk|A|2014-07-31|S|+3.1;
  1ani|A|2014-07-31|S|+3.1;
  1anj|A|2014-07-31|S|+3.1;
  1auk|A|2014-07-31|S|+3.1;
  1b8j|A|2014-07-31|S|+3.1;
  1e1z|P|2014-07-31|S|+3.1;
  1e2h|A|2014-07-31|S|+3.1;
  1e2i|A|2014-07-31|S|+3.1;
  1e2j|A|2014-07-31|S|+3.1;
  1e2k|A|2014-07-31|S|+3.1;
  1e2l|A|2014-07-31|S|+3.1;
  1e2m|A|2014-07-31|S|+3.1;
  1e2n|A|2014-07-31|S|+3.1;
  1e2p|A|2014-07-31|S|+3.1;
  1e2s|P|2014-07-31|S|+3.1;
  1e33|P|2014-07-31|S|+3.1;
  1e3c|P|2014-07-31|S|+3.1;
  1ed8|A|2014-07-31|S|+3.1;
  1ed9|A|2014-07-31|S|+3.1;
  1ei6|A|2014-07-31|S|+3.1;
  1ejj|A|2014-07-31|S|+3.1;
  1elx|A|2014-07-31|S|+3.1;
  1ely|A|2014-07-31|S|+3.1;
  1elz|A|2014-07-31|S|+3.1;
  1eqj|A|2014-07-31|S|+3.1;
  1ew2|A|2014-07-31|S|+3.1;
  1ew8|A|2014-07-31|S|+3.1;
  1ew9|A|2014-07-31|S|+3.1;
  1fsu|A|2014-07-31|S|+3.1;
  1hdh|A|2014-07-31|S|+3.1;
  1hjk|A|2014-07-31|S|+3.1;
  1hqa|A|2014-07-31|S|+3.1;
  1k7h|A|2014-07-31|S|+3.1;
  1kh4|A|2014-07-31|S|+3.1;
  1kh5|A|2014-07-31|S|+3.1;
  1kh7|A|2014-07-31|S|+3.1;
  1kh9|A|2014-07-31|S|+3.1;
  1khj|A|2014-07-31|S|+3.1;
  1khk|A|2014-07-31|S|+3.1;
  1khl|A|2014-07-31|S|+3.1;
  1khn|A|2014-07-31|S|+3.1;
  1ki2|A|2014-07-31|S|+3.1;
  1ki3|A|2014-07-31|S|+3.1;
  1ki4|A|2014-07-31|S|+3.1;
  1ki6|A|2014-07-31|S|+3.1;
  1ki7|A|2014-07-31|S|+3.1;
  1ki8|A|2014-07-31|S|+3.1;
  1kim|A|2014-07-31|S|+3.1;
  1n2k|A|2014-07-31|S|+3.1;
  1n2l|A|2014-07-31|S|+3.1;
  1o98|A|2014-07-31|S|+3.1;
  1o99|A|2014-07-31|S|+3.1;
  1of1|A|2014-07-31|S|+3.1;
  1ogc|A|2014-07-31|S|+3.1;
  1ogd|A|2014-07-31|S|+3.1;
  1osn|A|2014-07-31|S|+3.1;
  1p49|A|2014-07-31|S|+3.1;
  1p6x|A|2014-07-31|S|+3.1;
  1p72|A|2014-07-31|S|+3.1;
  1p73|A|2014-07-31|S|+3.1;
  1p75|A|2014-07-31|S|+3.1;
  1p7c|A|2014-07-31|S|+3.1;
  1qhi|A|2014-07-31|S|+3.1;
  1shn|A|2014-07-31|S|+3.1;
  1shq|A|2014-07-31|S|+3.1;
  1ti6|A|2014-07-31|S|+3.1;
  1ura|A|2014-07-31|S|+3.1;
  1urb|A|2014-07-31|S|+3.1;
  1vl4|A|2014-07-31|S|+3.1;
  1vpb|A|2014-07-31|S|+3.1;
  1vtk|A|2014-07-31|S|+3.1;
  1y6v|A|2014-07-31|S|+3.1;
  1y7a|A|2014-07-31|S|+3.1;
  1zeb|A|2014-07-31|S|+3.1;
  1zed|A|2014-07-31|S|+3.1;
  1zef|A|2014-07-31|S|+3.1;
  2anh|A|2014-07-31|S|+3.1;
  2d1g|A|2014-07-31|S|+3.1;
  2g9y|A|2014-07-31|S|+3.1;
  2glq|A|2014-07-31|S|+3.1;
  2gsn|A|2014-07-31|S|+3.1;
  2gso|A|2014-07-31|S|+3.1;
  2gsu|A|2014-07-31|S|+3.1;
  2hjn|A|2014-07-31|S|+3.1;
  2ify|A|2014-07-31|S|+3.1;
  2iuc|A|2014-07-31|S|+3.1;
  2iuc|B|2014-07-31|S|+3.1;
  2j6b|A|2014-07-31|S|+3.1;
  2j6c|A|2014-07-31|S|+3.1;
  2j85|A|2014-07-31|S|+3.1;
  2ki5|A|2014-07-31|S|+3.1;
  2ob5|A|2014-07-31|S|+3.1;
  2qzu|A|2014-07-31|S|+3.1;
  2rh6|A|2014-07-31|S|+3.1;
  2vqr|A|2014-07-31|S|+3.1;
  2vtk|A|2014-07-31|S|+3.1;
  2w5q|A|2014-07-31|S|+3.1;
  2w5r|A|2014-07-31|S|+3.1;
  2w5s|A|2014-07-31|S|+3.1;
  2w5t|A|2014-07-31|S|+3.1;
  2w5v|A|2014-07-31|S|+3.1;
  2w5w|A|2014-07-31|S|+3.1;
  2w5x|A|2014-07-31|S|+3.1;
  2w8d|A|2014-07-31|S|+3.1;
  2w8s|A|2014-07-31|S|+3.1;
  2wcu|A|2014-07-31|S|+3.1;
  2wcv|A|2014-07-31|S|+3.1;
  2wxz|C|2014-07-31|S|+3.1;
  2x4i|A|2014-07-31|S|+3.1;
  2x98|A|2014-07-31|S|+3.1;
  2xr9|A|2014-07-31|S|+3.1;
  2xtj|A|2014-07-31|S|+3.1;
  2zkt|A|2014-07-31|S|+3.1;
  3a52|A|2014-07-31|S|+3.1;
  3b5q|A|2014-07-31|S|+3.1;
  3bdf|A|2014-07-31|S|+3.1;
  3bdg|A|2014-07-31|S|+3.1;
  3bdh|A|2014-07-31|S|+3.1;
  3cmr|A|2014-07-31|S|+3.1;
  3dpc|A|2014-07-31|S|+3.1;
  3dyc|A|2014-07-31|S|+3.1;
  3e7n|A|2014-07-31|S|+3.1;
  3ed4|A|2014-07-31|S|+3.1;
  3en9|A|2014-07-31|S|+3.1;
  3f0t|A|2014-07-31|S|+3.1;
  3f7u|A|2014-07-31|S|+3.1;
  3fsg|A|2014-07-31|S|+3.1;
  3idd|A|2014-07-31|S|+3.1;
  3igy|B|2014-07-31|S|+3.1;
  3igz|B|2014-07-31|S|+3.1;
  3kd8|A|2014-07-31|S|+3.1;
  3lxq|A|2014-07-31|S|+3.1;
  3m7v|A|2014-07-31|S|+3.1;
  3m8z|A|2014-07-31|S|+3.1;
  3mfb|A|2014-07-31|S|+3.1;
  3mk0|A|2014-07-31|S|+3.1;
  3mk1|A|2014-07-31|S|+3.1;
  3mk2|A|2014-07-31|S|+3.1;
  3mvk|A|2014-07-31|S|+3.1;
  3nkq|A|2014-07-31|S|+3.1;
  3nvl|A|2014-07-31|S|+3.1;
  3ot9|A|2014-07-31|S|+3.1;
  3p13|A|2014-07-31|S|+3.1;
  3qtd|A|2014-07-31|S|+3.1;
  3rfy|A|2014-07-31|S|+3.1;
  3szy|A|2014-07-31|S|+3.1;
  3t02|A|2014-07-31|S|+3.1;
  3tg0|A|2014-07-31|S|+3.1;
  3ubd|A|2014-07-31|S|+3.1;
  3un3|A|2014-07-31|S|+3.1;
  3un5|A|2014-07-31|S|+3.1;
  3vtk|A|2014-07-31|S|+3.1;
  4a34|A|2014-07-31|S|+3.1;
  4b56|A|2014-07-31|S|+3.1;
  4bin|A|2014-07-31|S|+3.1;
  4dz4|A|2014-07-31|S|+3.1;
  4fdi|A|2014-07-31|S|+3.1;
  4gtw|A|2014-07-31|S|+3.1;
  4j7h|A|2014-07-31|S|+3.1;
  4kav|A|2014-07-31|S|+3.1;
  4kjd|A|2014-07-31|S|+3.1;
  4km4|A|2014-07-31|S|+3.1;
  4ky0|A|2014-07-31|S|+3.1;
  4lr2|A|2014-07-31|S|+3.1;
  4lr8|A|2014-07-31|S|+3.1;
  4lrc|A|2014-07-31|S|+3.1;
  4lrd|A|2014-07-31|S|+3.1;
  4lre|A|2014-07-31|S|+3.1;
  4lrf|A|2014-07-31|S|+3.1;
  4my4|A|2014-07-31|S|+3.1;
  4n7t|A|2014-07-31|S|+3.1;
  4o6b|A|2014-07-31|S|+3.1;

Knot types		pdb	Title
S +3₁		1wohA	Crystal structure of agmatinase reveals structural conservation and inhibition mechanism of the ureohydrolase superfamily
S +3₁		3wavA	Crystal structure of autotaxin in complex with compound 10
S +3₁		3wawA	Crystal structure of autotaxin in complex with 2boa
S +3₁		3waxA	Crystal structure of autotaxin in complex with 3boa
S +3₁		3wayA	Crystal structure of autotaxin in complex with 4boa
S +3₁		2xrgA	Crystal structure of autotaxin (enpp2) in complex with the ha155 boronic acid inhibitor
S +3₁		3nkmA	Crystal structure of mouse autotaxin
S +3₁		3nkoA	Crystal structure of mouse autotaxin in complex with 16:0-lpa
S +3₁		3nkpA	Crystal structure of mouse autotaxin in complex with 18:1-lpa
S +3₁		1vlfM	Crystal structure of pyrogallol-phloroglucinol transhydroxylase from pelobacter acidigallici complexed with inhibitor 1,2,4,5-tetrahydroxy-benzene
S +3₁		1vleM	Crystal structure of pyrogallol-phloroglucinol transhydroxylase from pelobacter acidigallici complexed with pyrogallol
S +3₁		1ti2A	Crystal structure of pyrogallol-phloroglucinol transhydroxylase from pelobacter acidigallici
S +3₁		1ti4A	Crystal structure of pyrogallol-phloroglucinol transhydroxylase from pelobacter acidigallici complexed with pyrogallol
S +3₁		3nkrA	Crystal structure of mouse autotaxin in complex with 22:6-lpa
S +3₁		3csyI	Crystal structure of the trimeric prefusion ebola virus glycoprotein in complex with a neutralizing antibody from a human survivor
S +3₁		4uopA	Crystal structure of the lipoteichoic acid synthase ltap from listeria monocytogenes
S +3₁		3s88I	Crystal structure of sudan ebolavirus glycoprotein (strain gulu) bound to 16f6
S +3₁		3ve0I	Crystal structure of sudan ebolavirus glycoprotein (strain boniface) bound to 16f6
S +3₁		3nknA	Crystal structure of mouse autotaxin in complex with 14:0-lpa
S +3₁		1pgiA	Crystallographic structure analysis of glucose 6-phosphate isomerase at 3.5 angstroms resolution
S +3₁		4uorA	Structure of lipoteichoic acid synthase ltas from listeria monocytogenes in complex with glycerol phosphate
S +3₁		4uooA	Structure of lipoteichoic acid synthase ltas from listeria monocytogenes
S +3₁		2b9bA	Structure of the parainfluenza virus 5 f protein in its metastable, pre-fusion conformation
S +3₁		3p12A	Crystal structure of d-ribose pyranase sa240
S +3₁		2ga3A	Structure of s102t e. coli alkaline phosphatase-phosphate intermediate at 2.20a resolution
S +3₁	₁	4jbyA	Crystal structure of thymidine kinase from herpes simplex virus type 1 in complex with f-sk78
S +3₁	₁	4jbxA	Crystal structure of thymidine kinase from herpes simplex virus type 1 in complex with sk-78
S +3₁	₁	4ivrA	Crystal structure of thymidine kinase from herpes simplex virus type 1 in complex with in52/10
S +3₁	₁	4ivqA	Crystal structure of thymidine kinase from herpes simplex virus type 1 in complex with in43/5
S +3₁	₁	4ivpA	Crystal structure of thymidine kinase from herpes simplex virus type 1 in complex with in51/20
S +3₁		3m8yA	Phosphopentomutase from bacillus cereus after glucose-1,6-bisphosphate activation
S +3₁		3m8wA	Phosphopentomutase from bacillus cereus
S +3₁		4lrbA	Phosphopentomutase s154g variant soaked with 2,3-dideoxyribose 5-phosphate
S +3₁		4lr9A	Phosphopentomutase s154a variant soaked with 2,3-dideoxyribose 5-phosphate
S +3₁		4lraA	Phosphopentomutase s154g variant
S +3₁		4lr7A	Phosphopentomutase s154a variant
S +3₁		3uo0A	Phosphorylated bacillus cereus phosphopentomutase soaked with glucose 1,6-bisphosphate
S +3₁		3unyA	Bacillus cereus phosphopentomutase t85e variant soaked with glucose 1,6-bisphosphate
S +3₁		3un2A	Phosphopentomutase t85q variant enzyme
S +3₁		3kbcA	Crystal structure of gltph k55c-a364c mutant crosslinked with divalent mercury
S +3₁		4kjgA	Structure of rat intestinal alkaline phosphatase expressed in insect cell
S +3₁		4lqyA	Crystal structure of human enpp4 with amp
S +3₁	₁	4kayA	Structure of the soluble domain of lipooligosaccharide phosphoethanolamine transferase a from neisseria meningitidis - complex with zn
S +3₁	₁	4gueA	Structure of n-terminal kinase domain of rsk2 with flavonoid glycoside quercitrin
S +3₁		4fdjA	The molecular basis of mucopolysaccharidosis iv a, complex with galnac
S +3₁	₁	4el9A	Structure of n-terminal kinase domain of rsk2 with afzelin
S +3₁		3v8fA	Crystal structure of crosslinked gltph v216c-m385c mutant
S +3₁		3v8gA	Crystal structure of an asymmetric trimer of a glutamate transporter homologue (gltph)
S +3₁		3tv9A	Crystal structure of putative peptide maturation protein from shigella flexneri
S +3₁		4gtxA	Crystal structure of mouse enpp1 in complex with tmp
S +3₁		4gtyA	Crystal structure of mouse enpp1 in complex with gmp
S +3₁		4gtzA	Crystal structure of mouse enpp1 in complex with cmp
S +3₁		3rdpA	Crystal structure of thymidine kinase from herpes simplex virus type 1 in complex with n-methyl-fhbt
S +3₁		3tx0A	Unphosphorylated bacillus cereus phosphopentomutase in a p212121 crystal form
S +3₁		3twzA	Phosphorylated bacillus cereus phosphopentomutase in space group p212121
S +3₁		1ogfA	The structure of bacillus subtilis rbsd complexed with glycerol
S +3₁		1ogeA	The structure of bacillus subtilis rbsd complexed with ribose 5-phosphate
S +3₁	₁	4oyfA	Crystal structure of gltph r397a in sodium-bound state
S +3₁		3szzA	Crystal structure of phosphonoacetate hydrolase from sinorhizobium meliloti 1021 in complex with acetate
S +3₁		3t00A	Crystal structure of phosphonoacetate hydrolase from sinorhizobium meliloti 1021 in complex with vanadate
S +3₁		3t01A	Crystal structure of phosphonoacetate hydrolase from sinorhizobium meliloti 1021 in complex with phosphonoformate
S +3₁	₁	4oqlA	Crystal structure of thymidine kinase from herpes simplex virus type 1 in complex with df-edu
S +3₁	₁	4oqxA	Crystal structure of thymidine kinase from herpes simplex virus type 1 in complex with me-ara-edu
S +3₁	₁	4oqnA	Crystal structure of thymidine kinase from herpes simplex virus type 1 in complex with edu
S +3₁	₁	4oqmA	Crystal structure of thymidine kinase from herpes simplex virus type 1 in complex with f-ara-edu
S +3₁		4p6hC	Tl+-bound inward-facing state (bound conformation) of the glutamate transporter homologue gltph
S +3₁		4p6hB	Tl+-bound inward-facing state (bound conformation) of the glutamate transporter homologue gltph
S +3₁		4p6hA	Tl+-bound inward-facing state (bound conformation) of the glutamate transporter homologue gltph
S +3₁		4p3jC	Apo inward-facing state of the glutamate transporter homologue gltph in alkali-free conditions
S +3₁		4p3jB	Apo inward-facing state of the glutamate transporter homologue gltph in alkali-free conditions
S +3₁		4p3jA	Apo inward-facing state of the glutamate transporter homologue gltph in alkali-free conditions
S +3₁		4p1aC	Thallium-bound inward-facing state of the glutamate transporter homologue gltph
S +3₁		4p1aB	Thallium-bound inward-facing state of the glutamate transporter homologue gltph
S +3₁		4p1aA	Thallium-bound inward-facing state of the glutamate transporter homologue gltph
S +3₁		4p19C	Closed, apo inward-facing state of the glutamate transporter homologue gltph
S +3₁		4p19B	Closed, apo inward-facing state of the glutamate transporter homologue gltph
S +3₁		4p19A	Closed, apo inward-facing state of the glutamate transporter homologue gltph
S +3₁		4oygF	Crystal structure of gltph r397a in complex with na+ and l-asp
S +3₁		4oygA	Crystal structure of gltph r397a in complex with na+ and l-asp
S +3₁		4oygE	Crystal structure of gltph r397a in complex with na+ and l-asp
S +3₁		4oygD	Crystal structure of gltph r397a in complex with na+ and l-asp
S +3₁		4oygC	Crystal structure of gltph r397a in complex with na+ and l-asp
S +3₁		4oygB	Crystal structure of gltph r397a in complex with na+ and l-asp
S +3₁		4mivA	Crystal structure of sulfamidase, crystal form l
S +3₁		4mivB	Crystal structure of sulfamidase, crystal form l
S +3₁		4mivC	Crystal structure of sulfamidase, crystal form l
S +3₁		4mivD	Crystal structure of sulfamidase, crystal form l
S +3₁		4mivE	Crystal structure of sulfamidase, crystal form l
S +3₁	₁	4mivF	Crystal structure of sulfamidase, crystal form l
S +3₁	₁	4mivG	Crystal structure of sulfamidase, crystal form l
S +3₁		4mivH	Crystal structure of sulfamidase, crystal form l
S +3₁		4mhxA	Crystal structure of sulfamidase
S +3₁		4mhxB	Crystal structure of sulfamidase
S +3₁	₁	1ajaA	Three-dimensional structure of the d153g mutant of e. coli alkaline phosphatase: a mutant with weaker magnesium binding and increased catalytic activity
S +3₁		1ajbA	Three-dimensional structure of the d153g mutant of e. coli alkaline phosphatase: a mutant with weaker magnesium binding and increased catalytic activity
S +3₁		1ajcA	Three-dimensional structure of the d153g mutant of e. coli alkaline phosphatase: a mutant with weaker magnesium binding and increased catalytic activity
S +3₁		1ajdA	Three-dimensional structure of the d153g mutant of e. coli alkaline phosphatase: a mutant with weaker magnesium binding and increased catalytic activity
S +3₁		1aliA	Alkaline phosphatase mutant (h412n)
S +3₁		1aljA	Alkaline phosphatase mutant (h412n)
S +3₁		1alkA	Reaction mechanism of alkaline phosphatase based on crystal structures. two metal ion catalysis
S +3₁		1aniA	Alkaline phosphatase (d153h, k328h)
S +3₁		1anjA	Alkaline phosphatase (k328h)
S +3₁		1aukA	Human arylsulfatase a
S +3₁		1b8jA	Alkaline phosphatase complexed with vanadate
S +3₁		1e1zP	Crystal structure of an arylsulfatase a mutant c69s
S +3₁	₁	1e2hA	The nucleoside binding site of herpes simplex type 1 thymidine kinase analyzed by x-ray crystallography
S +3₁	₁	1e2iA	The nucleoside binding site of herpes simplex type 1 thymidine kinase analyzed by x-ray crystallography
S +3₁	₁	1e2jA	The nucleoside binding site of herpes simplex type 1 thymidine kinase analyzed by x-ray crystallography
S +3₁	₁	1e2kA	Kinetics and crystal structure of the wild-type and the engineered y101f mutant of herpes simplex virus type 1 thymidine kinase interacting with (north)-methanocarba-thymidine
S +3₁	₁	1e2lA	Kinetics and crystal structure of the wild-type and the engineered y101f mutant of herpes simplex virus type 1 thymidine kinase interacting with (north)-methanocarba-thymidine
S +3₁	₁	1e2mA	Hpt + hmtt
S +3₁	₁	1e2nA	Hpt + hmtt
S +3₁	₁	1e2pA	Thymidine kinase, dhbt
S +3₁		1e2sP	Crystal structure of an arylsulfatase a mutant c69a
S +3₁		1e33P	Crystal structure of an arylsulfatase a mutant p426l
S +3₁		1e3cP	Crystal structure of an arylsulfatase a mutant c69s soaked in synthetic substrate
S +3₁		1ed8A	Structure of e. coli alkaline phosphatase inhibited by the inorganic phosphate at 1.75a resolution
S +3₁		1ed9A	Structure of e. coli alkaline phosphatase without the inorganic phosphate at 1.75a resolution
S +3₁		1ei6A	Crystal structure of phosphonoacetate hydrolase complexed with phosphonoformate
S +3₁		1ejjA	Crystal structural analysis of phosphoglycerate mutase cocrystallized with 3-phosphoglycerate
S +3₁		1elxA	E. coli alkaline phosphatase mutant (s102a)
S +3₁		1elyA	E. coli alkaline phosphatase mutant (s102c)
S +3₁		1elzA	E. coli alkaline phosphatase mutant (s102g)
S +3₁		1eqjA	Crystal structure of phosphoglycerate mutase from bacillus stearothermophilus complexed with 2-phosphoglycerate
S +3₁		1ew2A	Crystal structure of a human phosphatase
S +3₁		1ew8A	Alkaline phosphatase (e.c. 3.1.3.1) complex with phosphonoacetic acid
S +3₁		1ew9A	Alkaline phosphatase (e.c. 3.1.3.1) complex with mercaptomethyl phosphonate
S +3₁	₁	1fsuA	4-sulfatase (human)
S +3₁		1hdhA	Arylsulfatase from pseudomonas aeruginosa
S +3₁		1hjkA	Alkaline phosphatase mutant h331q
S +3₁		1hqaA	Alkaline phosphatase (h412q)
S +3₁		1k7hA	Crystal structure of shrimp alkaline phosphatase
S +3₁		1kh4A	E. coli alkaline phosphatase mutant (d330n) in complex with phosphate
S +3₁		1kh5A	E. coli alkaline phosphatase mutant (d330n) mimic of the transition states with aluminium fluoride
S +3₁		1kh7A	E. coli alkaline phosphatase mutant (d153gd330n)
S +3₁		1kh9A	E. coli alkaline phosphatase mutant (d153gd330n) complex with phosphate
S +3₁		1khjA	E. coli alkaline phosphatase mutant (d153hd330n) mimic of the transition states with aluminium fluoride
S +3₁		1khkA	E. coli alkaline phosphatase mutant (d153hd330n)
S +3₁		1khlA	E. coli alkaline phosphatase mutant (d153hd330n) complex with phosphate
S +3₁		1khnA	E. coli alkaline phosphatase mutant (d153hd330n) zinc form
S +3₁	₁	1ki2A	Crystal structure of thymidine kinase from herpes simplex virus type i complexed with ganciclovir
S +3₁	₁	1ki3A	Crystal structure of thymidine kinase from herpes simplex virus type i complexed with penciclovir
S +3₁	₁	1ki4A	Crystal structure of thymidine kinase from herpes simplex virus type i complexed with 5-bromothienyldeoxyuridine
S +3₁	₁	1ki6A	Crystal structure of thymidine kinase from herpes simplex virus type i complexed with a 5-iodouracil anhydrohexitol nucleoside
S +3₁	₁	1ki7A	Crystal structure of thymidine kinase from herpes simplex virus type i complexed with 5-iododeoxyuridine
S +3₁	₁	1ki8A	Crystal structure of thymidine kinase from herpes simplex virus type i complexed with 5-bromovinyldeoxyuridine
S +3₁	₁	1kimA	Crystal structure of thymidine kinase from herpes simplex virus type i complexed with deoxythymidine
S +3₁		1n2kA	Crystal structure of a covalent intermediate of endogenous human arylsulfatase a
S +3₁		1n2lA	Crystal structure of a covalent intermediate of endogenous human arylsulfatase a
S +3₁		1o98A	1.4a crystal structure of phosphoglycerate mutase from bacillus stearothermophilus complexed with 2-phosphoglycerate

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