Found 982 molecules (1201 chains) in database. Displaying 1 - 50

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;
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 8ur5A Antigen spacing on protein nanoparticles influences antibody responses to vaccination.
L1 8ur7A Antigen spacing on protein nanoparticles influences antibody responses to vaccination.
L1 8woxB Structural basis of increased binding affinities of spikes from SARS-CoV-2 Omicron variants to rabbit-hare ACE2s reveals the expanding host tendency
L1 8woyB Structural basis of increased binding affinities of spikes from SARS-CoV-2 Omicron variants to rabbit-hare ACE2s reveals the expanding host tendency
L1 8uflA Crystal Structure of SARS-Unique Domain (SUD) of Nsp3 from SARS coronavirus
L1 8uelA Characterization and Structural Analyses of Enolase from Shrimp ( Litopenaeus vannamei ).
L1 8qkbA Crystal structure of human cathepsin L in complex with the vinyl sulfone inhibitor K777
2L1 8tysA Collagen IV of basement membranes: IV. Adaptive mechanism of collagen IV scaffold assembly in Drosophila.
2L1 8tysC Collagen IV of basement membranes: IV. Adaptive mechanism of collagen IV scaffold assembly in Drosophila.
2L1 8tysE Collagen IV of basement membranes: IV. Adaptive mechanism of collagen IV scaffold assembly in Drosophila.
L1 8q93A Nanobodies to multiple spike variants and inhalation of nanobody-containing aerosols neutralize SARS-CoV-2 in cell culture and hamsters.
L1 8q93C Nanobodies to multiple spike variants and inhalation of nanobody-containing aerosols neutralize SARS-CoV-2 in cell culture and hamsters.
L1 8q93B Nanobodies to multiple spike variants and inhalation of nanobody-containing aerosols neutralize SARS-CoV-2 in cell culture and hamsters.
L1 8q94C Nanobodies to multiple spike variants and inhalation of nanobody-containing aerosols neutralize SARS-CoV-2 in cell culture and hamsters.
L1 8q7sA Nanobodies to multiple spike variants and inhalation of nanobody-containing aerosols neutralize SARS-CoV-2 in cell culture and hamsters.
L1 8q7sC Nanobodies to multiple spike variants and inhalation of nanobody-containing aerosols neutralize SARS-CoV-2 in cell culture and hamsters.
L1 8q7sB Nanobodies to multiple spike variants and inhalation of nanobody-containing aerosols neutralize SARS-CoV-2 in cell culture and hamsters.
L1 8q7sE Nanobodies to multiple spike variants and inhalation of nanobody-containing aerosols neutralize SARS-CoV-2 in cell culture and hamsters.
L1 8q7sD Nanobodies to multiple spike variants and inhalation of nanobody-containing aerosols neutralize SARS-CoV-2 in cell culture and hamsters.
L1 8q7sF Nanobodies to multiple spike variants and inhalation of nanobody-containing aerosols neutralize SARS-CoV-2 in cell culture and hamsters.
L1 8q6mA Protein crosslinking as a therapeutic strategy for SOD1-related ALS
L1 8pq2C Broadly potent anti-SARS-CoV-2 antibody shares 93% of epitope with ACE2 and provides full protection in monkeys.
L1 8p7wC Structural basis of the allosteric inhibition of human ABCG2 by nanobodies.
L1 8ozaA Human cathepsin L in complex with covalently bound CA-074 methyl ester
L1 8sphE Structural evolution of SARS-CoV-2 omicron in human receptor recognition
L1 8sphF Structural evolution of SARS-CoV-2 omicron in human receptor recognition
L1 8spiE Structural evolution of SARS-CoV-2 omicron in human receptor recognition
L1 8j8tA Crystal structure of Calcium-saturated SRCR domain 11 of SALSA
L1 8j8dA Crystal structure of SRCR domain 11 of DMBT1
L1 8smtC Crystal structure of antibody WRAIR-2134 in complex with SARS-CoV-2 receptor binding domain
L1 8smtE Crystal structure of antibody WRAIR-2134 in complex with SARS-CoV-2 receptor binding domain
L1 8smtG Crystal structure of antibody WRAIR-2134 in complex with SARS-CoV-2 receptor binding domain
L1 8smiA Crystal structure of antibody WRAIR-2123 in complex with SARS-CoV-2 receptor binding domain
L1 8oswA Rhizobium etli has two L-asparaginases with low sequence identity but similar structure and catalytic center.
L2 8skkB Crystal Structure of the Tick Evasin EVA-AAM1001(L39P) Complexed to Human Chemokine CCL7
L1 8sk7A Broadly applicable protein design with RoseTTAFold Diffusion
L1 8sk5A Discovery and multimerization of cross-reactive single-domain antibodies against SARS-like viruses to enhance potency and address emerging SARS-CoV-2 variants
L1 8j3qA Structural, Functional, and Mutational Studies of a Potent Subtilisin Inhibitor from Budgett's Frog, Lepidobatrachus laevis.
L1 8j26C Structure-Guided Development of Bivalent Aptamers Blocking SARS-CoV-2 Infection
L1 8j1qC Structure-Guided Development of Bivalent Aptamers Blocking SARS-CoV-2 Infection
L1 8ix3G Structural basis for broad neutralization of human antibody against Omicron sublineages and evasion by XBB variant.
L1 8okhA title to be confirmed
L1 8okhB title to be confirmed
L1 8ok7A A structural classification of the variant surface glycoproteins of the African trypanosomey.
L1 8iv4G Two antibodies show broad, synergistic neutralization against SARS-CoV-2 variants by inducing conformational change within the RBD.
L1 8iv5G Two antibodies show broad, synergistic neutralization against SARS-CoV-2 variants by inducing conformational change within the RBD.
L1 8ivaG Two antibodies show broad, synergistic neutralization against SARS-CoV-2 variants by inducing conformational change within the RBD.
L1 8oh9E Molecular architecture and electron transfer pathway of the Stn family transhydrogenase
L1 8gk6A Structural study of the extracellular domain of CNNM4 protein
L1 8gk6C Structural study of the extracellular domain of CNNM4 protein
L1 8gk6B Structural study of the extracellular domain of CNNM4 protein
L1 8gk6D Structural study of the extracellular domain of CNNM4 protein
L1 8gjnC Distinct In Vitro and In Vivo Neutralization Profiles of Monoclonal Antibodies Elicited by the Receptor Binding Domain of the Ancestral SARS-CoV-2.
L1 8ofnA Structure of the yellow fever virus (Asibi strain) dimeric envelope protein
L1 8iq0A Hydrogen sulfide functions as a micro-modulator bound at the copper active site of Cu/Zn-SOD to regulate the catalytic activity of the enzyme.
L1 8iq1A Hydrogen sulfide functions as a micro-modulator bound at the copper active site of Cu/Zn-SOD to regulate the catalytic activity of the enzyme.
L1 8iq0K Hydrogen sulfide functions as a micro-modulator bound at the copper active site of Cu/Zn-SOD to regulate the catalytic activity of the enzyme.
L1 8iq0J Hydrogen sulfide functions as a micro-modulator bound at the copper active site of Cu/Zn-SOD to regulate the catalytic activity of the enzyme.
L1 8ofaA Crystal structure of human cathepsin L interacting with tosyl phenylalanyl chloromethyl ketone (TPCK)
L1 8iovB Virological characteristics of the SARS-CoV-2 XBB variant derived from recombination of two Omicron subvariants
L1 8ghpA Molecular insights into recognition of GUCY2C by T-cell engaging bispecific antibody anti-GUCY2CxCD3.
L1 8gf2A Broadening a SARS-CoV-1-neutralizing antibody for potent SARS-CoV-2 neutralization through directed evolution.
L1 8gf2B Broadening a SARS-CoV-1-neutralizing antibody for potent SARS-CoV-2 neutralization through directed evolution.
2L1 8ilqB Structure of SFTSV Gn-Gc heterodimer
L1 8gb5A Broadly neutralizing antibodies against sarbecoviruses generated by immunization of macaques with an AS03-adjuvanted COVID-19 vaccine.
L1 8gb6A Broadly neutralizing antibodies against sarbecoviruses generated by immunization of macaques with an AS03-adjuvanted COVID-19 vaccine.
L1 8gb7A Broadly neutralizing antibodies against sarbecoviruses generated by immunization of macaques with an AS03-adjuvanted COVID-19 vaccine.
L1 8gb8E Broadly neutralizing antibodies against sarbecoviruses generated by immunization of macaques with an AS03-adjuvanted COVID-19 vaccine.
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LassoProt | Interdisciplinary Laboratory of Biological Systems Modelling