Found 993 molecules (1214 chains) in database. Displaying 701 - 750

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 2kkyA NleG Type 3 effectors from enterohaemorrhagic Escherichia coli are U-Box E3 ubiquitin ligases.
L1 3hzbA The betagamma-crystallin superfamily contains a universal motif for binding calcium
L1 3hzbC The betagamma-crystallin superfamily contains a universal motif for binding calcium
L1 3hzbB The betagamma-crystallin superfamily contains a universal motif for binding calcium
L1 3hzbE The betagamma-crystallin superfamily contains a universal motif for binding calcium
L1 3hwnC Design of selective Cathepsin inhibitors
L1 3hhcB Interferon-{lambda} Is Functionally an Interferon but Structurally Related to the Interleukin-10 Family
L1 3a2eA Crystal structure of ginkbilobin-2 with homology to the extracellular domain of plant cysteine-rich receptor-like kinases
L1 3heiB Ligand recognition by A-class Eph receptors: crystal structures of the EphA2 ligand-binding domain and the EphA2/ephrin-A1 complex.
L1 3a23A A beta-l-Arabinopyranosidase from Streptomyces avermitilis is a novel member of glycoside hydrolase family 27.
L1 3a21A A beta-l-Arabinopyranosidase from Streptomyces avermitilis is a novel member of glycoside hydrolase family 27.
L1 3a22A A beta-l-Arabinopyranosidase from Streptomyces avermitilis is a novel member of glycoside hydrolase family 27.
L1 3a21B A beta-l-Arabinopyranosidase from Streptomyces avermitilis is a novel member of glycoside hydrolase family 27.
L1 3a23B A beta-l-Arabinopyranosidase from Streptomyces avermitilis is a novel member of glycoside hydrolase family 27.
L1 3a22B A beta-l-Arabinopyranosidase from Streptomyces avermitilis is a novel member of glycoside hydrolase family 27.
L1 3h5cB Basis for the specificity and activation of the serpin protein Z-dependent proteinase inhibitor (ZPI) as an inhibitor of membrane-associated factor Xa.
L2 3gv3A Heterologous quaternary structure of CXCL12 and its relationship to the CC chemokine family.
L1 2wbfX Structural and Functional Insights Into the Protease-Like Antigen Plasmodium Falciparum Sera5 and its Non-Canonical Active-Site Serine
L1 2wb9A The 1.6 Angstrom Crystal Structure of the Fasciola Hepatica Sigma Class Gst
L1 3g7nB Crystal structure of a triacylglycerol lipase from Penicillium expansum at 1.3 A determined by sulfur SAD
L1 3g5cB Structural and biochemical studies on the ectodomain of human ADAM22
L1 2kerA The high resolution NMR structure of parvulustat (Z-2685) from Streptomyces parvulus FH-1641: comparison with tendamistat from Streptomyces tendae 4158
L1 2w8xA An Ion-Channel Modulator from the Saliva of the Brown Ear Tick Has a Highly Modified Kunitz/Bpti Structure.
L1 2w8xB An Ion-Channel Modulator from the Saliva of the Brown Ear Tick Has a Highly Modified Kunitz/Bpti Structure.
L1 2w86A Structure and Interdomain Interactions of a Hybrid Domain: A Disulphide-Rich Module of the Fibrillin/Ltbp Superfamily of Matrix Proteins.
L1 3fp7J Structure of a serine protease poised to resynthesize a peptide bond.
L1 2kd3A NMR structure of the Wnt modulator protein Sclerostin
L3 3fmzA Identification and Characterization of a Non-retinoid Ligand for Retinol-binding Protein 4 Which Lowers Serum Retinol-binding Protein 4 Levels in Vivo.
2L1 2zx2A Structure of rhamnose-binding lectin CSL3: unique pseudo-tetrameric architecture of a pattern recognition protein
L1 3flpA Crystal structures of Limulus SAP-like pentraxin reveal two molecular aggregations.
L3 3fiqA Structure of rat odorant-binding protein OBP1 at 1.6 A resolution
L3 3fiqB Structure of rat odorant-binding protein OBP1 at 1.6 A resolution
LS2 3fe4B Crystal structure of the secretory isozyme of mammalian carbonic anhydrases CA VI: implications for biological assembly and inhibitor development
L1 3f5vA Crystal structures of mite allergens Der f 1 and Der p 1 reveal differences in surface-exposed residues that may influence antibody binding.
L1 3es6B Crystal structure of the novel complex formed between zinc alpha2-glycoprotein (ZAG) and prolactin-inducible protein (PIP) from human seminal plasma
L1 3eqnA Crystal structure of glycoside hydrolase family 55 beta -1,3-glucanase from the basidiomycete Phanerochaete chrysosporium
L3 3eqnB Crystal structure of glycoside hydrolase family 55 beta -1,3-glucanase from the basidiomycete Phanerochaete chrysosporium
L1 2k8pA Characterization of the Structural Features and Interactions of Sclerostin: Molecular insight into a key regulator of Wnt-mediated bone formation
L1 2jlpA The Structure of Human Extracellular Copper-Zinc Superoxide Dismutase at 1.7 A Resolution: Insights Into Heparin and Collagen Binding.
L1 2jlpD The Structure of Human Extracellular Copper-Zinc Superoxide Dismutase at 1.7 A Resolution: Insights Into Heparin and Collagen Binding.
L1 3edyA Crystal Structure and Autoactivation Pathway of the Precursor Form of Human Tripeptidyl-peptidase 1, the Enzyme Deficient in Late Infantile Ceroid Lipofuscinosis
L1 3e8lC The ternary structure of double-headed arrowhead protease inhibitor API-A complexed with two trypsins reveals a novel reactive site conformation.
L1 3djlA Structure and DNA binding of alkylation response protein AidB.
LS3 2zouB Structure of the F-spondin reeler domain reveals a unique beta-sandwich fold with a deformable disulfide-bonded loop
LS3 2zotC Structure of the F-spondin reeler domain reveals a unique beta-sandwich fold with a deformable disulfide-bonded loop
LS3 2zotB Structure of the F-spondin reeler domain reveals a unique beta-sandwich fold with a deformable disulfide-bonded loop
L1 2k35A Hydramacin-1, structure and antibacterial activity of a protein from the Basal metazoan hydra.
L1 2k2zA The NMR structures of the major intermediates of the two-domain tick carboxypeptidase inhibitor reveal symmetry in its folding and unfolding pathways.
L1 2k2yA The NMR structures of the major intermediates of the two-domain tick carboxypeptidase inhibitor reveal symmetry in its folding and unfolding pathways.
L1 3ctkA Structure/function studies on two type 1 ribosome inactivating proteins: Bouganin and lychnin.
L1 3cl4A Structure of coronavirus hemagglutinin-esterase offers insight into corona and influenza virus evolution.
L1 3cl5A Structure of coronavirus hemagglutinin-esterase offers insight into corona and influenza virus evolution.
2L1 2zk9X Crystal structures of protein glutaminase and its pro forms converted into enzyme-substrate complex
L2 L1 3c75M Structural comparison of crystal and solution states of the 138 kDa complex of methylamine dehydrogenase and amicyanin from Paracoccus versutus.
L1 3c6eC The flavivirus precursor membrane-envelope protein complex: structure and maturation.
L1 3c5xC The flavivirus precursor membrane-envelope protein complex: structure and maturation.
L1 2zg2A Structural implications of Siglec-5-mediated sialoglycan recognition
L1 2zg1A Structural implications of Siglec-5-mediated sialoglycan recognition
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LassoProt | Interdisciplinary Laboratory of Biological Systems Modelling