{"@attributes":{"version":"2.0"},"channel":{"link":"https:\/\/models.cellml.org\/workspace\/82c","language":"en-us","title":"BG_Kr","description":"Bond graph model of the rapid rectifying potassium channel, fitted to the Kernik 2019\n model.","item":[{"title":"Updating vols with LRd values and updating parameters","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/39d63a7bbd611123d2e3c960f684d4796b63d4ae","description":"Updating vols with LRd values and updating parameters\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2024-12-16"},{"title":"Adding svg","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/be137f5ee57945c2df3827572b92300dd6745c88","description":"Adding svg\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2024-11-29"},{"title":"Updating cellml and sedml","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/f138b490161bff04355a6192db8727af23f79e76","description":"Updating cellml and sedml\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2024-11-12"},{"title":"Fixing link","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/91d6314c2a76be17a27b1d4acbdf449a87cc9bfa","description":"Fixing link\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2024-11-06"},{"title":"Adding exposure files","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/cad6f96238c195b27cd235c55dc63d6fd88deed5","description":"Adding exposure files\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2024-11-06"},{"title":"Updating to LRd 34.4 pL cell parameters","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/f45e6de671edd766ff0cf3a153306d9ca117a209","description":"Updating to LRd 34.4 pL cell parameters\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-07-06"},{"title":"Changing units to s for alpha and beta gate parameters","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/78241c53362eaa4197ccb6597082fae1be26b9ee","description":"Changing units to s for alpha and beta gate parameters\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-22"},{"title":"With updated parameters and code","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/67266b00747a6102220860125ba26f54799fa2f8","description":"With updated parameters and code\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-22"},{"title":"Updating stoich matrices to include sqrt(Ko) dependence of g_Kr","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/422d31608d3701de0cd9f3eca875b2b8d92150cd","description":"Updating stoich matrices to include sqrt(Ko) dependence of g_Kr\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-22"},{"title":"Fixing number of gate particles and storing in comp environment","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/edc50b777bb6c5baebe1fa305327727039684579","description":"Fixing number of gate particles and storing in comp environment\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-20"},{"title":"Changing method of number of channels present. Guess density. Using SA of human iPSC for Kernik. Updating volumes","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/c8ae8c3f312721e2b18b2d697f9be59a66025119","description":"Changing method of number of channels present. Guess density. Using SA of human iPSC for Kernik. Updating volumes\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-11"},{"title":"Changing method of number of channels present. Guess density. Using SA of human iPSC for Kernik. Updating volumes","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/dcd789dea1bfbcb4a54a61240b2c5c08175b96ef","description":"Changing method of number of channels present. Guess density. Using SA of human iPSC for Kernik. Updating volumes\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-11"},{"title":"guess density","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/54790befc6c29a7d35bd2c351a07c807f6080848","description":"guess density\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-08"},{"title":"Undo","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/5a115952837bce7caf151927a46ee188d608f2f7","description":"Undo\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-08"},{"title":"Fitting to kinetic hybrid model of LRd + Kernik","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/76ae45281db99010aa2932398f2f76d46f4b8687","description":"Fitting to kinetic hybrid model of LRd + Kernik\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-08"},{"title":"Fitting to kinetic hybrid model of LRd + Kernik","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/2155728cf586e6a10c9faf117d35fb93b71c2fac","description":"Fitting to kinetic hybrid model of LRd + Kernik\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-08"},{"title":"Fitting to kinetic hybrid model of LRd + Kernik","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/99f4484b50d15ad17237628a8b2d69d3beb34824","description":"Fitting to kinetic hybrid model of LRd + Kernik\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-08"},{"title":"Patch clamp test vs Kernik for single channel, with params adjusted for a Kernik19 cell","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/f7da52350c2de057b835f464dd46f6eabbbeae0d","description":"Patch clamp test vs Kernik for single channel, with params adjusted for a Kernik19 cell\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-07"},{"title":"Fixing Cm and refitting to Kernik19","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/2a4b92f05900f2a4b8f8170861d2c165de1b0d01","description":"Fixing Cm and refitting to Kernik19\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-07"},{"title":"Change channel density to match Kernik","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/9ea0182e8cf05f4ef75ba7cd9a5c8c5ce2509d49","description":"Change channel density to match Kernik\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-05"},{"title":"Change channel density to match Kernik","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/63a12fd889c0930dd34097d0f9ea05f00ea518b7","description":"Change channel density to match Kernik\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-05"},{"title":"Changing Kr to be Kernik formulation","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/dec2ae3403bc1bb34fcc90e788b01b2ba4106c55","description":"Changing Kr to be Kernik formulation\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-05"},{"title":"Changing Kr to be Kernik formulation","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/59c0b40516263092373ebf6e1665e3a3e3535df8","description":"Changing Kr to be Kernik formulation\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-05"},{"title":"Changing Kr to be Kernik formulation","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/01ca9939f451cce92a9a5fc82a40f805b8fd0d6c","description":"Changing Kr to be Kernik formulation\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-05"},{"title":"With new densities found from fitting Pan - K + Kr to Clancy model","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/4b67713e245c22dcfb7786ae629de4c86f4819fa","description":"With new densities found from fitting Pan - K + Kr to Clancy model\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-01"},{"title":"With new densities found from fitting Pan - K + Kr to Clancy model","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/e95514b3ab1f0bb93bd69dff14346e3e15668e1f","description":"With new densities found from fitting Pan - K + Kr to Clancy model\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-01"},{"title":"With new densities found from fitting Pan - K + Kr + Ks to Viswanathan data","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/62eafa5e752d7f66ffdef2c20c88da690e2cc29c","description":"With new densities found from fitting Pan - K + Kr + Ks to Viswanathan data\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-04-01"},{"title":"Fixing units in cellml, and therefore channel density","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/8728af65931b5ca7821acc7c86f9c9bb021087b8","description":"Fixing units in cellml, and therefore channel density\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-29"},{"title":"With channel density checked using patch clamp against kinetic model, and G_GHK fitted better","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/d0ecd7a7b4fe4b853db2483ffff2089a214e65c8","description":"With channel density checked using patch clamp against kinetic model, and G_GHK fitted better\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-28"},{"title":"Updating Kr channel density to literature value (Chinn and Clancy)","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/9e7fd7552b3bff0b4b8e8ac5a0b9171f7be76b64","description":"Updating Kr channel density to literature value (Chinn and Clancy)\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-22"},{"title":"With doubled channel density, so parameters are new","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/a5d6026872e1340306b21d06dc0cb79d0a72ad91","description":"With doubled channel density, so parameters are new\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-16"},{"title":"With doubled channel density, so parameters are new","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/23a5cbd7a5e770e88aa6a1bcc95ebc79d399affc","description":"With doubled channel density, so parameters are new\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-16"},{"title":"Changing Cm to be equal to Pan value, which is physiological. Not Clancy01 value","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/5924e927ac442b6ef855531b3630c61d3f0d4f7e","description":"Changing Cm to be equal to Pan value, which is physiological. Not Clancy01 value\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-14"},{"title":"rename folder","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/4945aae885e146525d9aa58580b3a20cbf8caef5","description":"rename folder\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-14"},{"title":"Remove vol_o","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/a25561cf7d7df818cccf025a902b6a88c9fc9c9c","description":"Remove vol_o\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-08"},{"title":"Various formatting changes","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/b47647457ed574ad590d438289d4ff541910941e","description":"Various formatting changes\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-08"},{"title":"Various formatting changes","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/cd6efd810e2e3c95125cd54537687fd46ce3932e","description":"Various formatting changes\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-08"},{"title":"fix equation for q_mem","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/d11b41b6aaed7a1484e969eaced8c8b1499947d8","description":"fix equation for q_mem\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-07"},{"title":"fix equation for q_mem","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/b7a49c2df131736bbef489c7130e8f42e1a499fb","description":"fix equation for q_mem\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-07"},{"title":"Rename comp","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/bbddcb595864a8efe4af486f9698e7529106b02d","description":"Rename comp\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-07"},{"title":"Renaming channel","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/7e58499aefeb2162202aeeba006376d21962160a","description":"Renaming channel\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-07"},{"title":"Changing Xi to X_i, and adding python param finder code","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/73d6bc1016edb1be3ceadf6cccc4aa05ef251e58","description":"Changing Xi to X_i, and adding python param finder code\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-03-03"},{"title":"Fix equation finding K Kappa and update parameters","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/ae54ed237584007ec1fb64b38d528cf2476c0869","description":"Fix equation finding K Kappa and update parameters\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-02-28"},{"title":"reorganising moduleS","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/6b413e6789e3895511c62527545b963ef7fae27a","description":"reorganising moduleS\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-02-24"},{"title":"Add","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/bd8f1a808e21ed308da7eedca222fd1ae09cd992","description":"Add\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-02-24"},{"title":"Init","link":"https:\/\/models.cellml.org\/workspace\/82c\/@@file\/aadbebe27406c33ebf789d0bdff39b2f3f190ec5","description":"Init\n","author":"&#83;&#104;&#101;&#108;&#108;&#101;&#121;&#32;&#70;&#111;&#110;&#103;","pubDate":"2022-02-24"}]}}