Found 993 molecules (1214 chains) in database. Displaying 851 - 900

Browse database results sorted by LassoProt deposition date

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#pdbid;chain;deposition date;symbol;

8UR5;A;2023-12-13;L-1C;
8UR7;A;2023-12-13;L-1C;
8WOX;B;2023-12-13;L-1C;
8WOY;B;2023-12-13;L-1C;
8UFL;A;2023-10-11;L+1C;
8UEL;A;2023-12-13;L+1N;
8QKB;A;2023-09-20;L-1N;
8TYS;A;2023-10-11;L-1N L-1N;
8TYS;C;2023-10-11;L-1N L-1N;
8TYS;E;2023-10-11;L-1N L-1N;
8Q93;A;2023-12-13;L-1C;
8Q93;C;2023-12-13;L-1N;
8Q93;B;2023-12-13;L-1N;
8Q94;C;2023-12-13;L-1N;
8Q7S;A;2023-12-13;L-1C;
8Q7S;C;2023-12-13;L-1N;
8Q7S;B;2023-12-13;L-1N;
8Q7S;E;2023-12-13;L-1N;
8Q7S;D;2023-12-13;L-1C;
8Q7S;F;2023-12-13;L-1N;
8Q6M;A;2023-12-13;L-1N;
8PQ2;C;2023-10-11;L-1C;
8P7W;C;2023-08-02;L-1N;
8OZA;A;2023-07-05;L-1N;
8SPH;E;2023-08-02;L-1C;
8SPH;F;2023-08-02;L-1C;
8SPI;E;2023-08-02;L-1C;
8J8T;A;2023-12-13;L-1C;
8J8D;A;2023-12-13;L-1C;
8SMT;C;2023-06-28;L-1C;
8SMT;E;2023-06-28;L-1C;
8SMT;G;2023-06-28;L-1C;
8SMI;A;2023-12-13;L-1C;
8OSW;A;2023-08-02;L-1C;
8SKK;B;2023-05-03;L-2C;
8SK7;A;2023-06-14;L-1C;
8SK5;A;2023-08-02;L-1C;
8J3Q;A;2023-10-11;L-1N;
8J26;C;2023-06-21;L-1C;
8J1Q;C;2023-06-21;L-1C;
8IX3;G;2023-10-11;L-1C;
8OKH;A;2023-10-11;L-1N;
8OKH;B;2023-10-11;L-1N;
8OK7;A;2023-08-02;L+1N;
8IV4;G;2023-08-02;L-1C;
8IV5;G;2023-08-02;L-1C;
8IVA;G;2023-08-02;L-1C;
8OH9;E;2023-08-02;L+1N;
8GK6;A;2023-12-13;L-1N;
8GK6;C;2023-12-13;L-1N;
8GK6;B;2023-12-13;L-1N;
8GK6;D;2023-12-13;L-1N;
8GJN;C;2023-04-05;L-1C;
8OFN;A;2023-08-02;L-1C;
8IQ0;A;2023-08-02;L-1N;
8IQ1;A;2023-08-02;L-1N;
8IQ0;K;2023-08-02;L-1N;
8IQ0;J;2023-08-02;L-1N;
8OFA;A;2023-10-11;L-1N;
8IOV;B;2023-05-24;L-1C;
8GHP;A;2023-08-02;L+1N;
8GF2;A;2023-08-02;L-1C;
8GF2;B;2023-08-02;L-1C;
8ILQ;B;2023-08-02;L-1N L-1C;
8GB5;A;2023-05-24;L-1C;
8GB6;A;2023-05-24;L-1C;
8GB7;A;2023-05-24;L-1C;
8GB8;E;2023-05-24;L-1C;
8IFZ;B;2023-08-02;L-1C;
8IF2;B;2023-05-17;L-1C;
8IDN;A;2023-06-21;L-1C;
8IC0;F;2023-07-19;L-2C;
8CCX;A;2023-12-13;L-1N;
8I5H;A;2023-04-19;L-1C;
8I5I;R;2023-04-19;L-1C;
8FWQ;A;2023-04-19;L-1N;
8FWS;A;2023-04-19;L-1N;
8FWU;A;2023-04-19;L-1N;
8FWW;A;2023-04-19;L-1N;
8C8P;A;2023-02-22;L-1C;
8I4G;A;2023-12-13;L-1C;
8C89;C;2023-12-13;L-1C;
8I3S;A;2023-09-20;L-1C;
8C77;A;2023-01-25;L-1N;
8HWS;A;2023-10-11;L-1C;
8C3V;R;2023-03-22;L-1C;
8FJD;A;2023-02-08;L+1N;
8FJD;B;2023-02-08;L+1N;
8BZQ;A;2023-10-11;L+1C L+1N;
8HRD;A;2023-12-13;L-1C;
8HRK;E;2023-12-13;L-1C;
8HRL;E;2023-12-13;L-1C;
8HR2;A;2023-08-02;L-1C;
8HQQ;A;2023-12-13;L-1N;
8HPU;A;2023-12-13;L-1C;
8HQ7;A;2023-12-13;L-1C;
8HPF;A;2023-12-13;L-1C;
8HN6;E;2023-05-17;L-1C;
8HN7;E;2023-05-17;L-1C;
8BSU;A;2023-12-13;L-1N;
8BSU;D;2023-12-13;L-1N;
8FAH;A;2023-12-13;L-1C;
8BSE;A;2023-05-17;L-1C;
8HGM;B;2023-10-11;L-1C;
8BO0;A;2023-09-20;L-1N;
8HGJ;B;2023-10-11;L-1N;
8HFY;B;2023-08-02;L-1C;
8HG0;B;2023-08-02;L-1C;
8HFV;A;2023-12-13;L-1N;
8HFV;C;2023-12-13;L-1N;
8HF9;A;2023-05-31;L+1N;
8HED;B;2023-04-26;L-1C;
8HES;C;2023-10-11;L-1C;
8F2J;C;2023-12-13;L-1C;
8F2J;E;2023-12-13;L-1C;
8F2J;G;2023-12-13;L-1C;
8F2J;K;2023-12-13;L-1C;
8HEI;A;2023-12-13;L-1N;
8HEN;A;2023-12-13;L-1N;
8HET;A;2023-12-13;L-1N;
8HE4;A;2023-05-31;L+1N;
8HE9;A;2023-12-13;L-1N;
8F0I;A;2023-08-02;L-1C;
8HD8;B;2023-12-13;L-1C;
8BIC;A;2023-03-08;L-1C;
8BIC;B;2023-03-08;L-1C;
8F0H;C;2023-05-03;L-1C;
8HC6;C;2023-01-25;L-1C;
8HC7;A;2023-01-25;L-1C;
8HC8;C;2023-01-25;L-1C;
8BHH;A;2023-07-05;L+1C;
8BGK;B;2022-12-07;L-1C;
8BGG;C;2023-03-08;L-1C;
8BG2;B;2023-10-11;L-1C;
8BG3;B;2023-10-11;L-1C;
8BG3;D;2023-10-11;L-1C;
8BG1;L;2023-10-11;L-1C;
8BG4;B;2023-10-11;L-1C;
8BG4;D;2023-10-11;L-1C;
8BG5;B;2023-10-11;L-1C;
8BG8;A;2023-10-11;L-1C;
8BF4;B;2023-05-03;L-1N;
8BF4;E;2023-05-03;L-1N;
8BF4;D;2023-05-03;L-1N;
8H91;A;2023-10-11;L-1C;
8EWF;A;2023-10-11;L-1C L-1C;
8BEX;A;2023-10-11;LL-1,-1;
8BEY;A;2023-10-11;LL-1,-1;
8EW6;V;2022-11-23;L-1N;
8BEQ;A;2022-12-28;LS4-+--C;
8BEQ;B;2022-12-28;LS4-+--C;
8BEV;A;2023-03-08;L-1C;
8H7Z;A;2023-08-02;L-1C;
8BEC;B;2023-10-11;L-1C;
8BCZ;R;2023-03-22;L-1C;
8BBN;R;2023-03-22;L-1C;
8H5U;A;2023-10-11;L-1C;
8H5U;C;2023-10-11;L-1C;
8H5T;B;2023-10-11;L-1N;
8ERQ;A;2022-10-26;L-1C;
8BB7;C;2023-05-03;L-1N;
8BB7;D;2023-05-03;L-1N;
8H5C;B;2023-07-19;L-1C;
8H55;B;2023-10-11;L+1C;
8EQF;A;2023-10-11;L-1C;
8EOO;C;2023-06-14;L-1C;
8B7Q;B;2023-04-05;L-1N;
8ENB;A;2023-01-11;L-1C;
8END;A;2023-01-11;L-1C;
8ENB;B;2023-01-11;L-1C;
8ENF;A;2023-01-11;L-1C;
8ENF;B;2023-01-11;L-1C;
8H06;B;2023-07-19;L-1C;
8GZZ;A;2023-04-12;L-1C;
8ELO;A;2023-07-05;L-1C;
8ELP;A;2023-07-05;L-1C;
8ELQ;A;2023-07-05;L-1C;
8GZ5;A;2022-12-07;L-1C;
8EL2;A;2023-07-19;L-1C;
8B5F;A;2023-09-20;L-1N;
8B4T;A;2023-09-20;L-1N;
8B4F;A;2023-09-20;L-1N;
8GX9;A;2022-10-12;L-1C;
8GX9;E;2022-10-12;L-1C;
8GX2;A;2023-09-20;L-1N;
8B2M;A;2022-12-21;L-2C;
8B2N;B;2022-12-21;L-2C;
8B2N;D;2022-12-21;L-2C;
8B2Q;I;2022-12-21;L-2C;
8GV5;A;2022-12-21;L-1C;
8GV6;A;2022-12-21;L-1C;
8EEU;A;2023-07-19;L-1C L-1C;
8EEV;A;2023-07-19;L-1C L-1C;
8EEU;E;2023-07-19;L-1C L-1C;
8EED;B;2023-08-02;L-1C;
8GT7;A;2023-08-02;L-1N;
8GSQ;A;2023-06-14;L-1N;
8GSQ;C;2023-06-14;L-1N;
8GSQ;E;2023-06-14;L-1N;
8GSQ;H;2023-06-14;L-1N;
8EE5;Z;2023-08-02;L-1C;
8EE8;B;2023-08-02;L-1C;
8EE8;E;2023-08-02;L-1C;
8GSP;H;2023-10-11;L-1N;
8EDF;A;2023-09-20;L-1C;
8GRY;B;2023-07-19;L-1C;
8EBP;A;2023-08-02;L+1N;
8GPY;A;2023-06-28;L-1C;
8AV2;C;2023-04-05;L-1N;
8AVB;B;2023-04-05;L-1N;
8AV2;D;2023-04-05;L-1N;
8AVC;B;2023-04-05;L-1N;
8AVD;B;2023-04-05;L-1N;
8AVE;A;2023-04-05;L+1N;
8AVE;B;2023-04-05;L-1N;
8AVO;A;2023-04-05;L+1N;
8AVF;A;2023-04-05;L+1N;
8AVO;B;2023-04-05;L-1N;
8AVF;B;2023-04-05;L-1N;
8GP6;A;2023-05-17;L-1C;
8GNN;C;2023-03-08;L+2N;
8ASY;B;2023-01-11;L-1C;
7YW7;A;2022-11-09;L-1C;
7YW8;A;2022-11-09;L-1C;
7YVF;B;2023-06-28;L-1C;
7YVH;B;2023-06-28;L-1C;
7YVJ;B;2023-06-28;L-1C;
7YVL;B;2023-06-28;L-1C;
7YVM;B;2023-06-28;L-1C;
7YVU;B;2023-07-19;L-1C;
7YV8;B;2023-07-19;L-1C;
8AQS;A;2023-03-01;L-1C;
8AQW;B;2023-03-15;L-1C;
8E1G;B;2023-06-28;L-1C;
7YR4;D;2023-09-20;L-1C;
7YPP;A;2023-07-26;L-1N;
7YPP;C;2023-07-26;L-1N;
7YPP;B;2023-07-26;L-1N;
7YPP;E;2023-07-26;L-1N;
7YPP;F;2023-07-26;L-1N;
7YPR;B;2023-10-11;L-1N;
8DXT;R;2023-01-18;L-1C;
8DXU;R;2023-01-18;L-1C;
8AMC;A;2023-08-02;L-3N;
8AMC;C;2023-08-02;L-3N;
7YOW;C;2023-04-19;L-1C;
7YOW;R;2023-04-19;L-1C;
8DWW;A;2023-05-31;L-1C L-1C;
8DWX;A;2023-05-31;L-1C L-1C;
8DWY;A;2023-05-31;L-1C L-1C;
7YOA;A;2022-11-30;L-1C;
8DW2;B;2022-12-07;L-1C;
8DW3;B;2022-12-07;L-1C;
8DV1;A;2022-08-31;L-1C;
7OCK;A;2021-07-21;LL-1,-1;
7OCK;L;2021-07-21;LL-1,-1;
7ENU;A;2021-05-19;L-1N LS2--N;
7DYQ;A;2022-01-26;LS2--N LS2--N;
7DYG;A;2022-01-26;LS2--N;
7BEH;E;2021-03-15;L-1C;
7BEI;E;2021-03-15;L-1C;
7BEJ;E;2021-03-15;L-1C;
7BC6;A;2021-05-12;LL+1,+1;
7AVM;A;2020-11-25;L-1N;
7JS6;A;2021-03-16;L-1C;
7JN6;A;2020-09-14;L-1C;
6XPH;A;2020-09-19;L-1C;
6Z30;A;2020-09-14;L+1C L+1C;
6Z31;A;2020-09-14;L+1C;
6YPE;A;2020-09-19;L-1N;
6W8U;A;2020-09-19;L+2N;
6VXW;A;2020-09-19;L-1N;
6VW1;E;2020-03-06;L-1C;
6VW1;F;2020-03-06;L-1C;
6XYZ;A;2020-09-14;L+1N;
6LU2;A;2020-09-18;LL-2,+1;
6VHH;B;2020-09-19;L-1C;
6VGO;A;2020-09-19;L+1N;
6VGJ;A;2020-10-07;L-2C;
6VGJ;C;2020-10-07;L-2C;
6VGJ;B;2020-10-07;L-2C;
6VGJ;E;2020-10-07;L-2C;
6VGJ;G;2020-10-07;L-2C;
6VE8;A;2020-09-23;L-1N;
6VEA;A;2020-09-23;L-1N;
6TLB;A;2020-09-18;L-1N;
6TLB;B;2020-09-18;L-1N;
6LEO;A;2020-09-14;L+1C;
6TI2;A;2020-09-18;L+1C L+1C;
6V1D;A;2019-12-13;L-1C;
6V1D;C;2019-12-13;L-1C;
6LAQ;A;2019-12-27;L-3C;
6T1W;C;2020-09-18;L-1C;
6T1D;A;2020-02-21;L-1C LL-1,-1;
6T0Q;A;2020-02-21;L-1C LL-1,-1;
6UC6;C;2020-03-06;L-1N;
6UC6;D;2020-03-06;L-1N;
6KV2;B;2020-02-21;L-1N;
6SOY;A;2019-11-08;L-2N;
6SOZ;A;2019-11-08;L-2N;
6SOZ;B;2019-11-08;L-2N;
6U6U;R;2020-09-18;L-2C;
6U11;A;2020-02-21;L-1C;
6SGY;A;2019-10-11;L-1C;
6Q10;A;2019-08-16;L+1N;
6KLG;A;2020-01-24;L-1N;
6PYA;A;2019-12-27;L-1N;
6KKR;A;2019-10-25;L+1N;
6KKT;A;2019-10-25;L+1N;
6SA4;A;2020-03-19;L-1C;
6SA5;A;2020-03-19;L-1C;
6KD5;A;2020-09-17;L-1C;
6S24;A;2019-12-27;L+3N;
6S08;B;2019-09-06;L-1N;
6S0B;B;2019-09-06;L-1N;
6K8N;A;2020-09-17;L-2C;
6K8N;C;2020-09-17;L-2C;
6K8N;B;2020-09-17;L-2C;
6K8N;D;2020-09-17;L-2C;
6RV6;A;2019-08-23;L-1N;
6RUS;A;2019-08-23;L-1N;
6RUR;U;2019-08-23;L-1N;
6RUV;U;2019-08-23;L-1N;
6RUV;X;2019-08-23;L-1N;
6P0F;A;2019-12-20;L-1C;
6P0G;A;2019-12-20;L-1C;
6OU1;A;2019-07-05;L-1C;
6OU1;B;2019-07-05;L-1C;
6JYZ;A;2019-10-04;L+1N;
6ON9;A;2019-05-17;L+1C;
6R88;A;2020-01-24;L-1N;
6R88;B;2020-01-24;L-1N;
6R88;D;2020-01-24;L-1N;
6R85;A;2020-01-24;L-1N;
6R85;B;2020-01-24;L-1N;
6ODM;5;2019-06-21;L+1N;
6ODM;D;2019-06-21;L+1N;
6R5J;A;2020-09-18;L-1N;
6R5J;C;2020-09-18;L-1N;
6JO8;B;2019-05-17;L-1C L-1C;
6QZT;A;2019-10-04;L+1N;
6O1F;I;2019-10-18;L-1N;
6QQM;A;2019-11-08;LS2++C;
6QMU;A;2019-08-30;L-3N;
6NTT;B;2019-03-22;L-1N;
6QES;A;2019-12-20;L-1C;
6QET;A;2019-12-20;L-1C L-1C;
6QEU;A;2019-12-20;L-1C L-1C;
6QBK;A;2019-12-13;L-1C;
6QBL;A;2019-12-13;L-1C;
6J02;A;2019-11-15;L-1C;
6IWR;A;2019-02-08;L+2N;
6IWQ;B;2019-02-08;L+2N;
6IWR;B;2019-02-08;L+3N;
6NAN;A;2019-06-14;L-1N L-1N;
6I9G;A;2019-12-06;L+1C;
6N5B;B;2019-06-07;L-1C;
6N2U;A;2019-11-22;L-2C;
6N29;A;2019-01-25;L-1N;
6N29;B;2019-01-25;L-1N;
6IMU;A;2019-04-12;L+1N;
6IMV;A;2019-04-12;L+1N;
6IMW;A;2019-04-12;L+1N;
6IMU;B;2019-04-12;L+1N;
6MJV;A;2019-08-30;L-1C;
6MEI;C;2018-11-23;L-2C L-2C;
6HFY;A;2020-09-17;L-1C;
6HCG;P;2019-11-29;L+1N;
6H8M;A;2019-02-22;L-1C;
6H7D;A;2019-02-08;L+1N;
6E8N;A;2019-01-25;L-1N L-1N;
6E4Q;A;2020-09-17;L+2N;
6E4Q;B;2020-09-17;L+2N;
6H2T;A;2018-07-27;L+3C;
6GRF;B;2018-12-21;L-1C;
6GRE;A;2018-12-28;L-1C L-1C;
6GRE;B;2018-12-28;L-1C L-1C;
6GIT;A;2019-11-29;L+1N;
5ZNS;A;2019-02-22;L+1N;
6CZK;A;2020-09-17;L-1N;
6CWS;A;2018-07-06;L-2C;
6G5J;A;2020-09-17;L-1N;
6G5J;B;2020-09-17;L-1N;
6FWN;A;2018-10-26;L-1C;
5ZE3;A;2018-04-13;L-1C L-3C;
5ZE3;B;2018-04-13;L-1C L-3C;
5ZCN;A;2018-10-19;L-1C;
6FPG;E;2019-01-18;L+1C L+1C;
6FON;A;2019-02-01;L-1N;
6CCI;A;2019-02-22;L-1C;
5Z34;A;2019-02-22;L+1N;
6F99;A;2019-02-01;L+1C;
6F9A;A;2019-02-01;L+1C;
6F74;A;2018-01-12;L-1C;
6F74;C;2018-01-12;L-1C;
6BSU;A;2018-05-25;L+1N;
6BSV;A;2018-05-25;L+1N;
6BSW;A;2018-05-25;L+1N;
5YSC;A;2018-10-16;L+1N;
6BDJ;A;2018-11-16;L-6C;
6BDJ;U;2018-11-16;L-6C;
6EPK;B;2018-11-02;L-1C;
6B7N;A;2017-10-27;L-1C;
6B5W;A;2017-10-20;L-1C;
6EIB;A;2018-10-16;L-1C;
6EIB;C;2018-10-16;L-1C;
6EIB;B;2018-10-16;L-1C;
6EIB;D;2018-10-16;L-1C;
6EI6;B;2018-10-16;L+1C;
6EHZ;A;2018-10-16;L-2C;
6EGT;A;2017-11-03;L-3N L-1C;
6EGT;C;2017-11-03;L-3N L-1C;
6EGT;B;2017-11-03;L-1N L-1C;
6ATK;E;2017-12-08;L-1C;
6ANY;A;2018-03-30;L-1C;
5OP0;A;2017-11-17;L-1N;
5OP0;B;2017-11-17;L-1N;
5WM0;A;2018-07-20;L-1C;
5Y32;B;2017-08-28;L+1C L-2C;
5Y10;C;2017-09-15;L-1C;
5Y0W;A;2017-09-15;L-1C;
5WEE;A;2018-03-30;L-1C;
5WEE;B;2018-03-30;L-1C;
5XWQ;A;2018-07-06;LL+1,-1;
5WA2;A;2018-06-29;L-1N;
5O6A;A;2018-02-09;L-1C;
5XOZ;A;2018-06-22;L-1N;
5XOZ;B;2018-06-22;L-1N;
5VU2;M;2017-12-08;L-1C L-1C;
5XMG;A;2018-05-18;L-1C;
5XM4;A;2018-03-23;L-1C;
5NX3;D;2018-06-01;L-1N;
5NX1;D;2018-06-01;L-1N;
5VOB;C;2017-07-07;L-2C;
5VOC;C;2017-07-07;L-2C;
5VOB;D;2017-07-07;L-2C;
5VOC;D;2017-07-07;L-2C;
5VOD;D;2017-07-07;L-2C;
5NTB;A;2018-03-09;L+1C;
5VKJ;A;2017-10-06;L+1N;
5VG2;A;2018-04-13;L-6C;
5VG2;U;2018-04-13;L-6C;
5XBU;A;2018-03-30;L+1C L+1N L+1N;
5V50;A;2017-09-01;L-1C;
5V51;A;2017-09-01;L-1C;
5V50;C;2017-09-01;L-1C;
5V51;C;2017-09-01;L-1C;
5V50;B;2017-09-01;L-1C;
5V51;D;2017-09-01;L-1C;
5V50;G;2017-09-01;L-1C;
5V50;F;2017-09-01;L-1C;
5V51;F;2017-09-01;L-1C;
5X62;B;2020-09-17;L-1C;
5X4R;A;2017-05-02;LS2--C;
5X4S;A;2017-05-02;L-1C;
5UIW;B;2017-06-30;L-2C;
5MS9;A;2017-08-28;L-1N;
5MRV;A;2018-01-19;L+1C;
5UBL;A;2017-03-03;L-1C;
5UBJ;A;2017-09-29;L+2C;
5U81;A;2018-03-30;L-3C;
5WRR;A;2017-05-02;L-1C L-1C;
5WRS;A;2017-05-02;L-1C L-1C;
5WRR;B;2017-05-02;L-1C L-1C;
5WRS;B;2017-05-02;L-1C L-1C;
5MFA;A;2017-04-07;L-3C;
5H4U;A;2017-03-23;L+1C L+1N L+1N;
5H4S;A;2017-05-19;L-1C L-1C L-1C L-1C;
5M0W;A;2017-04-07;L-1N;
5TJ1;A;2020-09-17;L-1C;
5GZA;A;2016-12-09;L-1C;
5GYY;A;2017-09-29;LS3+--C;
5GYY;B;2017-09-29;LS3+--C;
5GYQ;A;2016-10-24;L-1C;
5LXF;A;2020-09-16;L-1N L-2N;
5LXF;B;2020-09-16;L-1N L-2N;
5LTL;A;2018-05-11;L-2C;
5LTL;B;2018-05-11;L-2C;
5GVO;A;2017-04-07;L-1C;
5GNB;A;2017-06-09;L-1C L-1N L+1N;
5LFR;A;2016-12-16;L+1N;
5LFR;B;2016-12-16;L+1N;
5LCS;A;2016-10-07;L-1C;
5KI9;A;2017-06-30;L-1C;
5LAH;A;2017-05-11;L-1C;
5KEM;A;2016-10-07;L+1N;
5L7R;A;2017-03-23;LSL2--,+2;
5K9H;A;2016-10-07;L-1C;
5K1E;A;2016-06-20;L-3C;
5B5S;A;2016-11-18;L-1C;
5JYS;A;2016-10-07;L-1C;
5JQF;A;2016-10-07;L-1C;
5JPL;A;2017-03-03;L-1C;
5G38;A;2016-10-07;L-1C;
5JBT;Y;2016-11-11;L-1N;
3JD6;O;2016-06-16;L-1C;
5J81;A;2016-10-07;L-1C L-1N L-1N L-1N;
5J83;A;2017-06-23;L+1N;
5J1T;B;2016-10-07;L+1N;
3JCU;O;2016-10-07;L-1C;
5IAZ;A;2016-10-07;L-1C;
5I4H;B;2016-06-20;L-1N;
5FV5;A;2017-02-24;L+1C;
5FV6;A;2017-02-24;L+1C;
5FV6;B;2017-02-24;L+1C;
5HQN;A;2016-10-07;L-1N;
5HJ3;C;2016-06-20;L+1N;
5HJ3;G;2016-06-20;L+1N;
5HJ3;K;2016-06-20;L+1N;
5H9K;A;2016-06-20;L-1N;
5H9L;A;2016-06-20;L-1N;
5FI9;A;2016-10-07;L-1N;
5FIB;A;2016-10-07;L-1N;
5FI9;B;2016-10-07;L-1N;
5FFG;B;2017-01-27;L+1C;
5F1B;A;2016-06-20;L+1N;
5FOY;B;2016-10-07;LL-1,-1;
5FOZ;B;2016-10-07;LL-1,-1;
5EX1;A;2016-06-23;L-2N;
5EX2;A;2016-06-23;L-2N;
5EX1;C;2016-06-23;L-2N;
5EX2;B;2016-06-23;L-2N;
5EX1;E;2016-06-23;L-2N;
5EKI;A;2016-10-07;L-2C;
5EKI;C;2016-10-07;L-2C;
5EKI;B;2016-10-07;L-2C;
5EKI;E;2016-10-07;L-2C;
5EJB;B;2016-06-20;L+1N;
5EJB;D;2016-06-20;L+1N;
5DSS;B;2016-06-20;L-1N;
5AEJ;A;2016-06-20;L-1C;
5AEJ;C;2016-06-20;L-1C;
5D9E;A;2016-06-20;L-1C;
5D71;A;2016-06-20;L-2N;
5D72;A;2016-06-20;L-2N;
5D72;B;2016-06-20;L-2N;
5CYL;D;2016-10-07;L-1N;
5CYL;G;2016-10-07;L-1N;
5CYL;H;2016-10-07;L-1N;
2N5C;A;2016-06-13;L-1C;
5C9I;A;2016-10-07;L-1C;
5C9I;B;2016-10-07;L-1C;
5C67;C;2016-06-20;L-1N;
5C67;E;2016-06-20;L-1N;
5A3L;A;2016-10-07;LS2--C LS2--N;
5A3L;C;2016-10-07;LS2--C;
5A3M;A;2016-10-07;LS2--C LS2--N;
5A3M;C;2016-10-07;LS2--C;
5A3L;D;2016-10-07;LS2--C;
5A3M;D;2016-10-07;LS2--C;
5BPU;A;2016-06-20;L-1C;
5BPU;C;2016-06-20;L-1C;
5BPU;B;2016-06-20;L-1C;
5BPU;E;2016-06-20;L-1C;
5BPU;D;2016-06-20;L-1C;
5BO6;A;2016-06-20;L+1N;
5BO9;A;2016-06-20;L+1N;
4ZAI;A;2016-06-20;L-2C;
4Z80;A;2016-06-20;L-1C L+1N L-1N;
4Z11;A;2016-06-20;L-2C L+2C;
4YKK;B;2016-06-20;L-1N;
4YKI;B;2016-06-20;L-1N;
4YKJ;B;2016-06-20;L-1N;
4YGF;A;2016-06-20;LS2++C;
4YGF;C;2016-06-20;LS2++C;
4YGF;B;2016-06-20;LS2++C;
4YGF;D;2016-06-20;LS2++C;
4YGF;G;2016-06-20;LS2++C;
4YGF;F;2016-06-20;LS2++C;
4YFA;A;2016-06-20;L-1C;
4YF9;A;2016-06-20;L-1C;
4YFB;A;2016-06-20;L-1C;
4YFC;B;2016-06-20;L+1C L-2C;
4YFA;D;2016-06-20;L-1C;
4YF9;D;2016-06-20;L-1C;
4YFB;G;2016-06-20;L-1C;
4YFB;J;2016-06-20;L-1C;
4YEB;A;2016-06-20;L-1C;
4XVH;A;2016-06-20;L-1C;
4XUU;A;2016-06-20;L+1C;
4XUU;C;2016-06-20;L+1C;
4XT3;B;2016-06-20;L-2C;
4XT1;B;2016-06-20;L-2C;
2MXQ;A;2016-06-13;L-1C;
4XIX;A;2016-06-20;LS2++C;
4XIX;C;2016-06-20;LS2++C;
4XIX;B;2016-06-20;LS2++C;
4XIW;A;2016-06-20;LS2++C;
4XIW;C;2016-06-20;LS2++C;
4XIW;E;2016-06-20;LS2++C;
4XHJ;B;2016-06-20;L-2C;
4XHJ;F;2016-06-20;L-2C;
3X2G;A;2016-06-18;L+1C L+1N;
3X2H;A;2016-06-18;L+1C L+1N;
3X2J;A;2016-06-18;L+1C L+1N;
3X2I;A;2016-06-18;L+1C L+1N;
4RWS;C;2016-06-21;L-2C;
4RUN;A;2016-06-21;L-3N;
4RUN;B;2016-06-21;L-3N;
4X0N;B;2016-06-22;L-1C;
4D6W;B;2016-06-19;L+1C L-1N;
2MW3;A;2016-06-13;L-1C;
4WRN;A;2016-06-22;L-1N;
4RL4;B;2016-06-21;L+1N;
3X0H;A;2016-06-18;L-1C;
4UYS;A;2016-06-22;L+1C;
4R72;A;2016-06-19;L-1N;
4R73;A;2016-06-19;L-1N;
4R74;A;2016-06-19;L-1N;
4R75;A;2016-06-19;L-1N;
4R73;B;2016-06-19;L-1N;
4R74;C;2016-06-19;L-1N;
4R74;B;2016-06-19;L-1N;
4R2B;A;2016-06-13;L-1N;
2MSX;A;2016-06-13;LS3+--C;
4TWL;A;2016-06-21;LS2++C;
4TWL;B;2016-06-21;LS2++C;
4TPV;A;2016-06-21;L-1C;
4TPV;B;2016-06-21;L-1C;
4TLP;A;2016-06-13;L-1N;
4QI7;A;2016-06-19;L+6N;
4PMK;B;2016-06-13;L+1C L+1C;
4PLM;A;2016-06-13;L-1C;
2MP1;A;2016-06-13;L-2C;
4D0T;A;2016-06-19;L+3N;
4D0T;C;2016-06-19;L+2N;
4D0T;B;2016-06-19;L+3N;
4D0T;F;2016-06-19;L+2N;
4CVW;C;2016-06-19;L+1N;
4CVW;D;2016-06-19;L+1N;
2MN3;A;2016-06-13;L-1C;
4PSC;A;2016-06-13;L-2C;
2MM2;A;2016-06-13;L-1N;
4P27;A;2016-06-13;L-1C;
4ORR;A;2016-06-19;L-3N;
4ORS;A;2016-06-19;L-3N;
4ORU;A;2016-06-19;L-3N;
4ORW;A;2016-06-19;L-3N;
4ORS;B;2016-06-19;L-3N;
4CPN;A;2016-06-19;L-1C;
4CPO;A;2016-06-19;L-1C;
4CPM;A;2016-06-19;L-1C;
4CPL;A;2016-06-19;L-1C;
4OPB;A;2016-06-19;L-1C;
4OMB;A;2016-06-19;L+1N;
4OIE;A;2016-06-13;L-1C L-1C;
4CMR;A;2016-06-13;L+1N;
4CMR;B;2016-06-13;L+1N;
2MJK;A;2016-06-13;L-1C;
4ODD;A;2016-06-13;L-3N;
4ODD;B;2016-06-13;L-3N;
4O8N;A;2016-06-19;L+2C;
4O8P;A;2016-06-19;L+2C;
4O8O;A;2016-06-19;L+2C;
4CK4;A;2016-06-13;L-3N;
4CK4;B;2016-06-13;L-3N;
4NT5;A;2016-06-13;L-1C;
3WMZ;A;2016-06-18;L+2C;
3WMY;A;2016-06-18;L+2C;
3WMT;A;2016-06-13;L+1C;
2MGS;A;2016-06-13;L-2C;
4NDS;A;2016-06-19;L-1C;
4NDT;A;2016-06-19;L-1C;
2MFV;A;2016-06-13;L-1C;
4NAG;A;2016-06-19;L-1C;
4N7C;A;2016-06-13;L-1N;
4N3T;A;2016-06-13;L-1N;
4N1I;A;2016-06-13;L+2C;
4N03;A;2016-06-13;L+1N;
4MMU;B;2016-06-19;L-1C;
4MMT;B;2016-06-19;L-1C;
4MMV;B;2016-06-19;L-1C;
4MHE;A;2016-06-19;L-2C;
4MHE;C;2016-06-19;L-2C;
4MHE;D;2016-06-19;L-2C;
2MCF;A;2016-06-13;L-1N;
4LQ6;A;2016-06-13;L+1N;
4LB1;A;2016-06-13;L-1C;
4LB7;A;2016-06-13;L-1C;
4LBF;A;2016-06-13;L-1C;
4L3N;A;2016-06-13;L-1C;
4L3N;B;2016-06-13;L-1C;
4L05;A;2016-06-13;L-1N;
4BQD;A;2016-06-13;L-1N;
4BQD;B;2016-06-13;L-1N;
4KYP;A;2016-06-13;L-1N;
4KYP;C;2016-06-13;L-1N;
4BOE;A;2016-06-13;L-1N;
2M8F;A;2016-06-13;L-1C;
4KP1;A;2016-06-13;L+1C;
4KNC;B;2016-06-13;L-1C;
4KK7;A;2016-06-13;L-1C;
4KG7;A;2016-06-13;LS3++-C;
3WA1;A;2016-06-13;LL-1,-1;
4K6L;G;2016-06-19;L-1N;
4K0U;A;2016-06-19;L+1N;
4JWO;A;2016-06-13;L-1N;
4JP6;A;2016-06-13;L+1C L+1N;
4JPH;A;2016-06-13;L-1C;
4JPH;C;2016-06-13;L-1C;
4JPH;B;2016-06-13;L-1C;
4JJO;A;2016-06-13;L+1C;
4BED;B;2016-06-19;L-1N;
4JHS;A;2016-06-19;L-1N;
3ZPX;A;2016-06-13;L+1N;
4JGL;A;2016-06-13;LL-1,-2;
4JD0;A;2016-06-13;L+1N;
3ZK4;A;2016-06-13;L+2N;
3ZK4;C;2016-06-13;L+2N;
3ZK4;B;2016-06-13;L+2N;
2M37;A;2016-06-13;L-1C;
4IJD;A;2016-06-19;L+1N;
4IJD;B;2016-06-19;L+1N;
4IHZ;A;2016-06-13;L-1N;
3ZC9;A;2016-06-13;L-1N;
4I05;A;2016-06-19;L-1N;
4HYQ;A;2016-06-13;L+1N;
4HWM;A;2016-06-13;L-2N;
4HT2;A;2016-06-13;LS2++C;
4HS9;A;2016-06-13;L+1C;
2M05;A;2016-06-13;L-1C;
4HKJ;D;2016-06-19;L-1N;
4HJ1;A;2016-06-13;L-1N L-1C;
4HJ1;C;2016-06-13;L-1N L-1C;
4HJ1;B;2016-06-13;L-1N L-1C;
4BD9;B;2016-06-19;L-1N L-1N L-1N;
4HCS;A;2016-06-13;L-2C;
4H14;A;2016-06-13;L-1C L-3N;
4H0W;A;2016-06-19;LS3--+N L+1N L-1N LS2--N;
3VX0;A;2016-06-13;L-1N;
4GWN;A;2016-06-13;L+1N;
4GV5;A;2016-06-13;L-1C;
4GQZ;C;2016-06-13;L-1N;
4GQR;A;2016-06-13;L+1N;
4B7Q;A;2016-06-13;L-1C;
2LX6;A;2016-06-13;L-1C;
4GE1;D;2016-06-13;L-1N;
4GE1;A;2016-06-13;L-1N;
4GE1;C;2016-06-13;L-1N;
4GE1;B;2016-06-13;L-1N;
4G7A;A;2016-06-13;LS2++C;
4G7A;B;2016-06-13;LS2++C;
2LVX;A;2016-06-13;L+1C;
3VUP;A;2016-06-13;L+1N;
4FXG;C;2016-06-19;L-2C;
4FXK;C;2016-06-19;L-2C;
4FNK;A;2016-06-13;L-1C;
4FNK;C;2016-06-13;L-1C;
4FDI;A;2016-06-13;L-1N;
4FDI;B;2016-06-13;L-1N;
2LTI;A;2016-06-13;L-1C;
2LT5;A;2016-06-13;L+2C;
4F5C;E;2016-06-19;L-1C;
4F2M;E;2016-06-19;L-1C;
4F23;A;2016-06-13;L-1C;
4ASL;A;2016-06-13;LS2--C LL-1,+1 LS2--N;
4ES7;A;2016-06-19;L-3N;
2LS1;A;2016-06-13;L-1C;
3V83;F;2016-06-13;LS2--N L+1N L-1N LS2--N;
3V83;A;2016-06-13;LS2--N L+1N L-1N LS2--N;
3V83;B;2016-06-13;LS2--N L+1N L-1N LS2--N;
3V83;D;2016-06-13;LS2--N L+1N L-1N LS2--N;
3UYX;A;2016-06-13;L-1C;
3UTK;A;2016-06-13;L+1N;
4A7U;A;2016-06-13;L-1N;
4A56;A;2016-06-13;L+1N;
3U4Y;A;2016-06-13;L-1N;
3U4Y;B;2016-06-13;L-1N;
4A3X;A;2016-06-13;LS2--C LL-1,+1 LS2--N;
2LJM;A;2016-06-13;L-1N;
3TNX;A;2016-06-18;L-1N;
3TN2;A;2016-06-13;L-2C;
3TC2;A;2016-06-13;L-1N;
3TC2;C;2016-06-13;L-1N;
3T94;A;2016-06-13;L+1N;
2LG6;A;2016-06-13;L-1C;
2LG5;A;2016-06-13;L-1C;
3ZUI;A;2016-06-13;L-1N;
3SUK;A;2016-06-13;L+1C L+1N;
3SUM;A;2016-06-13;L+1C L+1N;
3SUM;C;2016-06-13;L+1C L+1N;
3SUM;D;2016-06-13;L+1C L+1N;
3SH4;A;2016-06-13;L-1N;
3SAO;B;2016-06-13;L-3N;
3S8K;A;2016-06-13;L-1N;
3S8K;B;2016-06-13;L-1N;
2YK0;A;2016-06-13;L-1N;
3S4O;A;2016-06-18;L+1N;
3RT4;A;2016-06-13;L-2C;
2YHG;A;2016-06-13;LL+1,-1;
2YG2;B;2016-06-13;L-3N;
3QW9;A;2016-06-13;L-1N;
3QVP;A;2016-06-13;L+1N;
2YAU;A;2016-06-13;L+2N;
3QTE;A;2016-06-13;L-1C;
3QSD;A;2016-06-13;L-1N;
3QL6;A;2016-06-13;L-3C;
3QKG;A;2016-06-18;L-3N;
3Q31;A;2016-06-13;L+1C;
3Q2U;A;2016-06-13;L-1C;
3ASI;A;2016-06-13;L-1N;
3PXL;A;2016-06-13;L-2N;
2Y1B;A;2016-06-13;L-1C;
2XXL;A;2016-06-13;L-1C;
3PIV;A;2016-06-13;L+1C;
3PIW;A;2016-06-13;L+1C;
3PIV;B;2016-06-13;L+1C;
3PHF;2;2016-06-18;L-2C;
2L5P;A;2016-06-13;L-3N;
2XU3;A;2016-06-13;L-1N;
2L4N;A;2016-06-13;L-2C;
3P06;A;2016-06-18;L-2N;
3OZP;A;2016-06-13;L-1N;
2L3O;A;2016-06-13;L+1C;
3OP8;A;2016-06-13;L-1N;
3ON9;A;2016-06-13;L-1N;
3OA8;B;2016-06-18;L+1C;
3O4O;B;2016-06-18;L-2C;
3O22;A;2016-06-13;L-3N;
2XJP;A;2016-06-13;LS2--C LS2--N;
3NSW;C;2016-06-13;L-2C;
3NSW;G;2016-06-13;L-2C;
3NSW;F;2016-06-13;L-2C;
3NT8;A;2016-06-18;L-1C L-1C;
3NT8;B;2016-06-18;L-1C L-1C;
3NSJ;A;2016-06-13;L-3N;
3NJW;A;2016-06-18;L-1C;
3NGW;A;2016-06-13;L+1N;
3NGG;A;2016-06-13;L-1C;
3NGG;B;2016-06-13;L-1C;
2XFD;A;2016-06-13;L-1N;
2KXI;A;2016-06-13;L-1N;
3MTW;A;2016-06-13;L+1N;
3MN8;C;2016-06-18;L+1N;
3AGN;A;2016-06-13;L-3C;
2X97;A;2016-06-13;L-2N;
3LY9;A;2016-06-18;L+1N;
3LY8;A;2016-06-18;L+1N;
3LYA;A;2016-06-18;L+1N;
3LY7;A;2016-06-18;L+1N;
3LQB;A;2016-06-13;L+1N;
3LPA;A;2016-06-18;L+1N;
3LPC;A;2016-06-18;L+1N;
2X46;A;2016-06-13;L-1N;
3L91;A;2016-06-13;L-1C;
3L4R;A;2016-06-13;L-3N;
3L49;A;2016-06-13;L+1N;
3KTM;A;2016-06-18;L-1C;
3KTM;C;2016-06-18;L-1C;
3KTM;B;2016-06-18;L-1C;
3KTM;E;2016-06-18;L-1C;
3KTM;D;2016-06-18;L-1C;
3KTM;G;2016-06-18;L-1C;
3KTM;H;2016-06-18;L-1C;
3KQ0;A;2016-06-13;L-3N;
2WY3;B;2016-06-13;L+1C;
2WY3;D;2016-06-13;L+1C;
3KLJ;A;2016-06-18;L+1N;
2KQA;A;2016-06-13;L+1C L+1N;
3KFF;A;2016-06-13;L-3N;
3JXG;C;2016-06-13;L+1C;
2WTA;A;2016-06-13;L+1N;
3A56;A;2016-06-13;L-1N L-1N;
3A56;B;2016-06-13;L-1N L-1N;
3A54;A;2016-06-13;L-1N L-1N;
3A54;B;2016-06-13;L-1N L-1N;
3I5W;A;2016-06-13;L-1C;
3I26;A;2016-06-13;L-1C;
3I26;B;2016-06-13;L-1C;
3I26;D;2016-06-13;L-1C;
2KKY;A;2016-06-13;L-1N;
3HZB;A;2016-06-13;L-1N;
3HZB;C;2016-06-13;L-1N;
3HZB;B;2016-06-13;L-1N;
3HZB;E;2016-06-13;L-1N;
3HWN;C;2016-06-13;L-1N;
3HHC;B;2016-06-13;L+1C;
3A2E;A;2016-06-13;L-1C;
3HEI;B;2016-06-13;L-1N;
3A23;A;2016-06-13;L+1N;
3A21;A;2016-06-13;L+1N;
3A22;A;2016-06-13;L+1N;
3A21;B;2016-06-13;L+1N;
3A23;B;2016-06-13;L+1N;
3A22;B;2016-06-13;L+1N;
3H5C;B;2016-06-13;L+1C;
3GV3;A;2016-06-13;L-2C;
2WBF;X;2016-06-13;L-1N;
2WB9;A;2016-06-13;L+1N;
3G7N;B;2016-06-13;L+1N;
3G5C;B;2016-06-13;L-1C;
2KER;A;2016-06-13;L-1N;
2W8X;A;2016-06-13;L-1N;
2W8X;B;2016-06-13;L-1N;
2W86;A;2016-06-13;L-1N;
3FP7;J;2016-06-13;L-1N;
2KD3;A;2016-06-13;L-1C;
3FMZ;A;2016-06-13;L-3N;
2ZX2;A;2016-06-13;L-1C L-1C;
3FLP;A;2016-06-13;L-1N;
3FIQ;A;2016-06-13;L-3N;
3FIQ;B;2016-06-13;L-3N;
3FE4;B;2016-06-13;LS2++C;
3F5V;A;2016-06-13;L-1C;
3ES6;B;2016-06-13;L-1N;
3EQN;A;2016-06-13;L+1C;
3EQN;B;2016-06-13;L+3C;
2K8P;A;2016-06-13;L-1C;
2JLP;A;2016-06-13;L-1N;
2JLP;D;2016-06-13;L-1N;
3EDY;A;2016-06-13;L-1C;
3E8L;C;2016-06-13;L-1N;
3DJL;A;2016-06-13;L-1N;
2ZOU;B;2016-06-13;LS3--+C;
2ZOT;C;2016-06-13;LS3--+C;
2ZOT;B;2016-06-13;LS3--+C;
2K35;A;2016-06-13;L-1C;
2K2Z;A;2016-06-13;L-1C;
2K2Y;A;2016-06-13;L-1C;
3CTK;A;2016-06-13;L+1C;
3CL4;A;2016-06-13;L-1C;
3CL5;A;2016-06-13;L-1C;
2ZK9;X;2016-06-13;L-1N L-1N;
3C75;M;2016-06-13;L-2C L-1C;
3C6E;C;2016-06-13;L-1C;
3C5X;C;2016-06-13;L-1C;
2ZG2;A;2016-06-13;L+1N;
2ZG1;A;2016-06-13;L+1N;
2ZG3;A;2016-06-13;L+1N;
3BWK;A;2016-06-13;L-1N;
3BU7;A;2016-06-13;L-1C;
3BU7;B;2016-06-13;L-1C;
2RNG;A;2016-06-13;L-1C;
3BRN;A;2016-06-13;L-1N;
3BQH;A;2016-06-13;L-1N;
2JX9;A;2016-06-13;L-1C;
2VGA;A;2016-06-13;L+2C L-1N L-3C;
3B4V;D;2016-06-13;L-1N;
2VEC;A;2016-06-13;L-1C;
2RFT;A;2016-06-13;L-1C;
2RFU;A;2016-06-13;L-1C;
2RA4;A;2016-06-13;L-2C;
2RA6;A;2016-06-13;L-3N;
2RA6;C;2016-06-13;L-3N;
2RA6;B;2016-06-13;L-3N;
2R3Z;A;2016-06-13;L-2C;
2R3Z;C;2016-06-13;L-2C;
2R3Z;B;2016-06-13;L-2C;
2R3Z;D;2016-06-13;L-2C;
2JTO;A;2016-06-13;L-1C L-1C;
2QRL;A;2016-06-13;L+1N;
2JIG;A;2016-06-13;L-1N;
2JR3;A;2016-06-13;L-1C;
2Z4I;B;2016-06-13;L+1N;
2Q9O;A;2016-06-13;L-2N L+1N;
2Q8R;H;2016-06-13;L-2C;
2Q8T;A;2016-06-13;L-2C;
2Q8R;E;2016-06-13;L-2C;
2Q8T;C;2016-06-13;L-2C;
2Q8T;D;2016-06-13;L-2C;
2PT5;A;2016-06-13;L+1N;
2PT5;B;2016-06-13;L+1N;
2PMV;B;2016-06-13;L+1C;
2PE4;A;2016-06-13;L+1N;
2JOP;A;2016-06-13;L-1C;
2JON;A;2016-06-13;L-1N;
2P3X;A;2016-06-13;L-2C;
2UUX;A;2016-06-13;L-1C L-1N;
2EHG;A;2016-06-13;L+3N;
2OYA;A;2016-06-13;L-1C;
2JH1;A;2016-06-13;LS3+--N LS3+--N;
2OR7;A;2016-06-13;L-1N;
2OR7;B;2016-06-13;L-1N;
2OIZ;H;2016-06-13;L-2C L-1C;
2OIZ;D;2016-06-13;L-2C L-1C;
2JD4;B;2016-09-13;LS2--C L-1N L-1N;
2ODY;E;2016-06-13;L-1N L-1N;
2E1V;A;2016-06-13;L-1N;
2IKD;A;2016-06-13;L-1C;
2IKE;A;2016-06-13;L-1C;
2J6D;A;2016-06-23;L-1N;
2HZQ;A;2016-06-13;L-1N;
2HZR;A;2016-06-13;L-1N;
2DVZ;A;2016-06-13;LL+1,-1;
2HDL;A;2016-06-13;L-2C;
2HCZ;X;2016-06-13;L+1C L+1N;
2DRE;C;2016-06-13;L-1N;
2CMZ;A;2016-06-13;LL-1,+1 L-1N;
2CMZ;C;2016-06-13;LL-1,+1 L-1N;
2CMZ;B;2016-06-13;L+1C L-1N;
2GRK;A;2016-06-13;L+2C LL+4,-3;
2CKS;A;2016-06-13;L+1N;
2CKS;B;2016-06-13;L+1N;
2GHV;C;2016-06-13;L-1C;
2GGO;A;2016-06-13;L+1N;
2GGQ;A;2016-06-13;L+1N;
2G5X;A;2016-06-13;L+1C;
2FO5;A;2016-06-13;L-1N;
2FMA;A;2016-06-13;L-1C;
2FFU;A;2016-06-13;L+2N;
2FAW;A;2016-06-13;L-1N;
2F5X;A;2016-06-13;L+1N;
2F5X;B;2016-06-13;L+1N;
2D7I;A;2016-06-13;L+2N;
2D5W;A;2016-06-13;L+1C;
2ERF;A;2016-06-13;L-1N;
2BB6;A;2016-06-13;L+1C;
2B5B;A;2016-06-13;L-1C L-1C;
2D1G;A;2016-06-13;LL+1,+1;
1ZXT;A;2016-06-13;L-2C;
2CVB;A;2016-06-13;L+1N;
1ZPU;A;2016-06-13;L-2N;
1ZMI;A;2016-06-13;L-1C;
1ZMM;A;2016-06-13;L-1C;
1ZMM;B;2016-06-13;L-1C;
1ZH1;A;2016-06-13;L-1N;
1ZD0;A;2016-06-13;LS2--N;
1Z8Y;A;2016-06-13;L-1C L-1C;
1YS1;X;2016-06-13;L+1C;
1YPY;A;2016-06-13;L+2C;
1YC0;I;2016-06-13;L-1N;
1Y7W;A;2016-06-13;LS2++C;
1WC2;A;2016-06-13;L+1C L+1N L+1N;
1WSC;A;2016-06-13;L-1N;
1WS8;A;2016-06-13;L-1N;
1WS8;C;2016-06-13;L-1N;
1XWE;A;2016-06-13;L-2C;
1XTM;A;2016-06-13;L-1N;
1XTM;B;2016-06-13;L-1N;
1XTA;A;2016-06-13;L-1C;
1XTA;B;2016-06-13;L-1C;
1WQK;A;2016-06-13;L-1C;
1X9R;A;2016-06-13;L-1N;
1X9U;A;2016-06-13;L-1N;
1X9R;B;2016-06-13;L-1N;
1X9U;B;2016-06-13;L-1N;
1X8Q;A;2016-06-13;L-1N;
1U53;A;2016-06-13;L-1C;
1U3D;A;2016-06-13;L+3N;
1TYE;B;2016-06-13;L+1C;
1TV0;A;2016-06-13;L-1C;
1T61;A;2016-06-13;L-1N L-1N;
1T61;C;2016-06-13;L-1N L-1N;
1T61;B;2016-06-13;L-1N L-1N;
1T61;E;2016-06-13;L-1N L-1N;
1VF8;A;2016-06-13;L+1N;
1SZN;A;2016-06-13;L+1N L-1N;
1SGL;A;2016-06-13;L-1C L-1C;
1SFS;A;2016-06-13;L+1N;
1UWC;A;2016-06-13;L+1N;
1S4Q;A;2016-06-13;L+1N;
1RXD;C;2016-06-13;L+1N;
1RXD;B;2016-06-13;L+1N;
1UT3;A;2016-06-13;L-1C;
1RJT;A;2016-06-13;L-2C;
1R8N;A;2016-06-13;L-1N;
1R8O;A;2016-06-13;L-1N;
1O5E;L;2016-06-13;L-1C;
1O5F;L;2016-06-13;L-1C;
1Q77;A;2016-06-13;L+1N;
1Q3X;A;2016-06-13;L-1C;
1Q25;A;2016-06-13;L+1C L+1C;
1OK0;A;2016-06-13;L-1N;
1PZS;A;2016-06-13;L-1N;
1OH1;A;2016-06-13;L+1N;
1UDK;A;2016-06-13;L-1C L-1C;
1OWT;A;2016-06-13;L-1C;
1OT5;A;2016-06-13;LL+1,-1;
1UAP;A;2016-06-13;L-2C L-2C;
1NYO;A;2016-06-13;L-1C;
1NR4;A;2016-06-13;L-2C;
1NR4;C;2016-06-13;L-2C;
1NR4;B;2016-06-13;L-2C;
1NR4;E;2016-06-13;L-2C;
1NR4;D;2016-06-13;L-2C;
1NR4;G;2016-06-13;L-2C;
1NR4;F;2016-06-13;L-2C;
1NR4;H;2016-06-13;L-2C;
1NPE;A;2016-06-13;L-1N;
1NF2;A;2016-06-13;L+1N;
1O7Z;A;2016-06-13;L-2C;
1O7Z;B;2016-06-13;L-2C;
1N2Z;A;2016-06-13;L+1N;
1MJN;A;2016-06-13;L+1N;
1IYB;A;2016-06-13;L-1C;
1M8A;A;2016-06-13;L-2C;
1M4L;A;2016-06-13;L+1C;
1GXY;A;2016-06-13;L+1N;
1LE6;A;2016-06-13;L-1N;
1ITU;A;2016-06-13;L+1N;
1ITQ;A;2016-06-13;L+1N;
1KTH;A;2016-06-13;L-1N;
1KT6;A;2016-06-13;L-3N;
1KSQ;A;2016-06-13;L-1N;
1KKH;A;2016-06-13;L-2N;
1KJ6;A;2016-06-13;L-1C;
1KI0;A;2016-06-13;L-1C;
1GP0;A;2016-06-13;L+1C;
1K3B;A;2016-06-13;L-1N;
1JY5;A;2016-06-13;L-1C L-1C;
1GKA;B;2016-06-13;L-1N;
1JFU;B;2016-06-13;L-1C;
1IKO;P;2016-06-13;L-1N;
1IJV;A;2016-06-13;L-1C;
1IHN;A;2016-06-13;L+1C;
1I4U;A;2016-06-13;L-1N;
1I4U;B;2016-06-13;L-1N;
1I1J;A;2016-06-13;L-1N;
1I1J;B;2016-06-13;L-1N;
1HX2;A;2016-06-13;L-1N;
1HI7;A;2016-06-13;L-1C;
1GAK;A;2016-06-13;L-1N;
1G6X;A;2016-06-13;L-1N;
1G66;A;2016-06-13;L+1N;
1E9T;A;2016-06-13;L-1C;
1G0Y;R;2016-06-13;L-2C;
1FOB;A;2016-06-13;L+1N;
1FL7;B;2016-06-13;L-1C L-1N;
1FL7;D;2016-06-13;L-1C L-1N;
1FJR;A;2016-06-13;L-1C;
1FD3;A;2016-06-13;L-1C;
1FD3;C;2016-06-13;L-1C;
1F9P;A;2016-06-13;L-2C;
1E4M;M;2016-06-13;L+1C L+1C;
1F8R;A;2016-06-13;L+2C;
1F8S;C;2016-06-13;L+2C;
1F56;A;2016-06-13;L-1N;
1F2L;A;2016-06-13;L-2C;
1F2L;D;2016-06-13;L-2C;
1EXZ;C;2016-06-13;L-1N;
1EXZ;B;2016-06-13;L-1N;
1EWS;A;2016-06-13;L-1C;
1ETE;A;2016-06-13;L-1N L-2N;
1ETE;C;2016-06-13;L-1N L-2N;
1ETE;D;2016-06-13;L-1N L-2N;
1EL0;A;2016-06-13;L-2C;
1DZK;A;2016-06-13;L-3N;
1EIG;A;2016-06-13;L-2C;
1EIH;A;2016-06-13;L-2C;
1DYS;B;2016-06-13;L+1N;
1DTV;A;2016-06-13;L-1N L-1N L-1N;
1DP4;A;2016-06-13;L+1N;
1D6B;A;2016-06-13;L-1C;
1D2B;A;2016-06-13;L-2C;
1C1Z;A;2016-06-13;L-1N;
1C01;A;2016-06-13;L-1N L-1C;
1QU0;C;2016-06-13;L-1N;
1CM9;A;2016-06-13;L-2C;
1CM9;B;2016-06-13;L-2C;
1QCX;A;2016-06-13;L-1N;
1QFT;A;2016-06-13;L-1N;
1QFT;B;2016-06-13;L-1N;
1EAI;C;2016-06-13;L-1N;
1CCV;A;2016-06-13;L-1N;
1FLC;A;2016-06-13;L-1C L-1C;
1B8W;A;2016-06-13;L-1C;
1B7G;Q;2016-06-13;L+1N;
1FZG;E;2016-06-13;L+1C;
1FZF;E;2016-06-13;L+1C;
1BY8;A;2016-06-13;L-1N;
1BR9;A;2016-06-13;L-2C;
1MHD;A;2016-06-13;L-1C;
2HCC;A;2016-06-13;L-2C;
1BJ7;A;2016-06-13;L-3N;
1BF0;A;2016-06-13;L-1N;
1BEA;A;2016-06-13;L+1N;
2VIR;C;2016-06-13;L-1C;
2VIS;C;2016-06-13;L-1C;
2VIT;C;2016-06-13;L-1C;
1BIK;A;2016-06-13;L-1N L-1N;
1AX8;A;2016-06-13;L+1N;
1AVG;I;2016-06-13;L-1N;
1AVA;C;2016-06-13;L-1N;
1FZA;B;2016-06-13;L+1C;
1FZB;E;2016-06-13;L+1C;
1AK0;A;2016-06-13;L+1C;
1AHO;A;2016-06-13;L-1N;
1ADZ;A;2016-06-13;L-1N;
1AC5;A;2016-06-13;L+1N;
1AOC;A;2016-06-13;L+2C L-1C;
1CFE;A;2016-06-13;L-1C;
1TVX;A;2016-06-13;L-2C;
1TVX;B;2016-06-13;L-2C;
1PNB;B;2016-06-13;L-1C;
1JER;A;2016-06-13;L-1N;
1WKT;A;2016-06-13;L-1N L-1C;
1MEG;A;2016-06-13;L-1N;
2GMF;A;2016-06-13;L-2N;
2GMF;B;2016-06-13;L-2N;
2CBP;A;2016-06-13;L-1N;
2PSP;A;2016-06-13;L-1C L-1C;
1JLI;A;2016-06-13;L+1C;
1SVB;A;2016-06-13;L-1C;
2ENG;A;2016-06-13;L+1C L+1N L+1N;
1CPY;A;2016-06-13;L+1N;
1LKI;A;2016-06-13;L+1C L+1C;
1CSB;B;2016-06-13;L-1N;
1SHI;A;2016-06-13;L-1C;
1AHL;A;2016-06-13;L-1C;
1ESC;A;2016-06-13;L+1N;
1TAP;A;2016-06-13;L-1N;
1HCN;B;2016-06-13;L-1C L-1N;
1ATA;A;2016-06-13;L-1N;
153L;A;2016-06-13;L+1C;
154L;A;2016-06-13;L+1C;
1RPB;A;2016-06-13;L-1C;
1EPA;A;2016-06-13;L-3N;
1EPA;B;2016-06-13;L-3N;
1NSC;A;2016-06-13;L-1C;
1LYA;A;2016-06-13;L-1N;
1LYB;A;2016-06-13;L-1N;
1AST;A;2016-06-13;L+1N;
1AOZ;A;2016-06-13;L-1N;
1BDS;A;2016-06-13;L-1C;
Lasso typespdb Title
L1 1uwcA Structure of a Feruloyl Esterase from Aspergillus Niger
L1 1s4qA Crystal Structure of Guanylate Kinase from Mycobacterium tuberculosis
L1 1rxdC Structural genomics of protein phosphatases.
L1 1rxdB Structural genomics of protein phosphatases.
L1 1ut3A Solution Structure of Spheniscin, a {Beta}-Defensin from the Penguin Stomach
L2 1rjtA NMR structure of CXCR3 binding chemokine CXCL11 (ITAC).
L1 1r8nA Crystal structure of the Kunitz (STI)-type inhibitor from Delonix regia seeds.
L1 1r8oA Three-dimensional structure of an unusual Kunitz (STI) type trypsin inhibitor from Copaifera langsdorffii.
L1 1o5eL Dissecting and designing inhibitor selectivity determinants at the S1 site using an artificial Ala190 protease (Ala190 uPA).
L1 1o5fL Dissecting and designing inhibitor selectivity determinants at the S1 site using an artificial Ala190 protease (Ala190 uPA).
L1 1q77A Structural homolog of Universal Stress Protein from Aquifex aeolicus
L1 1q3xA The structure of MBL-associated serine protease-2 reveals that identical substrate specificities of C1s and MASP-2 are realized through different sets of enzyme-substrate interactions
2L1 1q25A Structure of uPAR, plasminogen, and sugar-binding sites of the 300 kDa mannose 6-phosphate receptor
L1 1ok0A Crystal Structure of the Alpha-Amylase Inhibitor Tendamistat at 0.93 A
L1 1pzsA Unique Features of the sodC-encoded Superoxide Dismutase from Mycobacterium tuberculosis, a Fully Functional Copper-containing Enzyme Lacking Zinc in the Active Site.
L1 1oh1A A Novel Class of Cysteine Protease Inhibitors: Solution Structure of Staphostatin a from Staphylococcus Aureus
2L1 1udkA Identification of a Novel Family of Proteins in Snake Venoms: Purification and Structural Characterization of Nawaprin from Naja nigricollis Snake Venom
L1 1owtA Structure of the Alzheimer's Disease Amyloid Precursor Protein Copper Binding Domain. A REGULATOR OF NEURONAL COPPER HOMEOSTASIS.
LL1,1 1ot5A 2.4 A Resolution Crystal Structure of the Prototypical Hormone-Processing Protease Kex2 in Complex with an Ala-Lys-Arg Boronic Acid Inhibitor
2L2 1uapA NMR Structure of the Netrin-like Domain (NTR) of Human Type I Procollagen C-Proteinase Enhancer Defines Structural Consensus of NTR Domains and Assesses Potential Proteinase Inhibitory Activity and Ligand Binding.
L1 1nyoA Solution structure of the Mycobacterium tuberculosis complex protein MPB70: from tuberculosis pathogenesis to inherited human corneal desease
L2 1nr4A Structures of thymus and activation-regulated chemokine (TARC).
L2 1nr4C Structures of thymus and activation-regulated chemokine (TARC).
L2 1nr4B Structures of thymus and activation-regulated chemokine (TARC).
L2 1nr4E Structures of thymus and activation-regulated chemokine (TARC).
L2 1nr4D Structures of thymus and activation-regulated chemokine (TARC).
L2 1nr4G Structures of thymus and activation-regulated chemokine (TARC).
L2 1nr4F Structures of thymus and activation-regulated chemokine (TARC).
L2 1nr4H Structures of thymus and activation-regulated chemokine (TARC).
L1 1npeA Complex between nidogen and laminin fragments reveals a paradigmatic beta-propeller interface
L1 1nf2A Crystal structure of a phosphatase with a unique substrate binding domain from Thermotoga maritima
L2 1o7zA Crystal Structures of Oligomeric Forms of the Ip-10/Cxcl10 Chemokine
L2 1o7zB Crystal Structures of Oligomeric Forms of the Ip-10/Cxcl10 Chemokine
L1 1n2zA The structure of Escherichia coli BtuF and binding to its cognate ATP binding cassette transporter
L1 1mjnA Structures of the alphaL I Domain and its Complex with ICAM-1 reveal a Shape-shifting Pathway for Integrin Regulation
L1 1iybA Guanine binding site of the Nicotiana glutinosa ribonuclease NW revealed by X-ray crystallography
L2 1m8aA The structure of human macrophage inflammatory protein-3alpha /CCL20. Linking antimicrobial and CC chemokine receptor-6-binding activities with human beta-defensins
L1 1m4lA Refined structure of bovine carboxypeptidase A at 1.25 A resolution.
L1 1gxyA Structure of the Ecto-Adp-Ribosyl Transferase Art2.2 From Rat
L1 1le6A Crystal structure of human group X secreted phospholipase A2. Electrostatically neutral interfacial surface targets zwitterionic membranes.
L1 1ituA Crystal Structure of Human Renal Dipeptidase Involved in beta-Lactam Hydrolysis
L1 1itqA Crystal Structure of Human Renal Dipeptidase Involved in beta-Lactam Hydrolysis
L1 1kthA Anisotropic behaviour of the C-terminal Kunitz-type domain of the alpha3 chain of human type VI collagen at atomic resolution (0.9 A).
L3 1kt6A High-resolution Structures of Retinol-binding Protein in Complex with Retinol: pH-induced Protein Structural Changes in the Crystal State
L1 1ksqA Solution Structure of the Third TB Domain from LTBP1 Provides Insight into Assembly of the Large Latent Complex that Sequesters Latent TGF-beta.
L2 1kkhA Structure of the Methanococcus jannaschii mevalonate kinase, a member of the GHMP kinase superfamily.
L1 1kj6A The solution structures of the human beta-defensins lead to a better understanding of the potent bactericidal activity of HBD3 against Staphylococcus aureus.
L1 1ki0A The X-ray crystallographic structure of the angiogenesis inhibitor angiostatin.
L1 1gp0A Structure of a Functional Igf2R Fragment Determined from the Anomalous Scattering of Sulfur
L1 1k3bA Structure of human dipeptidyl peptidase I (cathepsin C): exclusion domain added to an endopeptidase framework creates the machine for activation of granular serine proteases.
2L1 1jy5A Structure of an RNase-related protein from Calystegia sepium.
L1 1gkaB The Molecular Basis of the Coloration Mechanism in Lobster Shell: Beta -Crustacyanin at 3.2-A Resolution
L1 1jfuB Structure of the soluble domain of a membrane-anchored thioredoxin-like protein from Bradyrhizobium japonicum reveals unusual properties.
L1 1ikoP Crystal structure of an ephrin ectodomain.
L1 1ijvA The structure of human beta-defensin-1: new insights into structural properties of beta-defensins.
L1 1ihnA X-ray crystal structure of MTH938 from Methanobacterium thermoautotrophicum at 2.2 A resolution reveals a novel tertiary protein fold.
L1 1i4uA The C1 subunit of alpha-crustacyanin: the de novo phasing of the crystal structure of a 40 kDa homodimeric protein using the anomalous scattering from S atoms combined with direct methods.
L1 1i4uB The C1 subunit of alpha-crustacyanin: the de novo phasing of the crystal structure of a 40 kDa homodimeric protein using the anomalous scattering from S atoms combined with direct methods.
L1 1i1jA Structure of melanoma inhibitory activity protein, a member of a recently identified family of secreted proteins.
L1 1i1jB Structure of melanoma inhibitory activity protein, a member of a recently identified family of secreted proteins.
L1 1hx2A Solution structure of BSTI: a new trypsin inhibitor from skin secretions of Bombina bombina.
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