C31 H45 N O7 543.691 (2~{S},9~{S},12~{R},14~{E})-2-cyclohexyl-23,24-dimethoxy-12-methyl-11,17,21-trioxa-4-azatricyclo[20.3.1.0^{4,9}]hexacosa-1(26),14,22,24-tetraene-3,10-dione N 0 Corina N 2024-09-12 9GQC N 2025-01-10 PDBE REL HETAIN A1IN9 non-polymer C1 0 -9.750 11.683 14.000 1 Y C4 A1IN9 N 1.963 0.295 0.498 1 N C C2 0 -11.815 16.750 14.884 1 N C14 A1IN9 N -5.452 1.274 -0.079 2 N C C3 0 -10.980 11.484 14.605 1 Y C5 A1IN9 N 1.055 1.242 0.067 3 N C C4 0 -11.140 11.663 15.973 1 Y C6 A1IN9 N 1.471 2.539 -0.190 4 N C C5 0 -14.850 13.748 15.819 1 N C11 A1IN9 N -2.862 4.736 -0.184 5 N C C6 0 -10.061 11.961 16.782 1 Y C7 A1IN9 N 2.806 2.886 -0.013 6 N C C7 0 -10.667 13.216 18.768 1 N C8 A1IN9 N 3.172 5.080 0.832 7 N C C8 0 -13.521 11.650 15.839 1 N C9 A1IN9 N -0.756 3.389 -0.132 8 N C C9 0 -14.320 12.618 16.651 1 N C10 A1IN9 N -1.668 4.251 -1.008 9 N C C10 0 -13.603 15.665 16.302 1 N C12 A1IN9 N -4.889 3.564 -0.701 10 N C C11 0 -12.339 16.438 16.079 1 N C13 A1IN9 N -5.178 2.123 -1.037 11 N C N1 0 -9.703 13.787 11.544 1 N N1 A1IN9 N -0.388 -2.596 0.304 12 N N C12 0 -8.650 11.977 14.813 1 Y C3 A1IN9 N 3.294 0.636 0.671 13 N C C13 0 -6.494 12.452 16.573 1 N C1 A1IN9 N 5.906 1.231 1.034 14 N C O1 0 -7.826 12.442 17.060 1 N O1 A1IN9 N 5.025 2.265 0.590 15 N O C14 0 -8.812 12.136 16.181 1 Y C2 A1IN9 N 3.718 1.930 0.417 16 N C O2 0 -10.211 12.023 18.163 1 N O2 A1IN9 N 3.218 4.159 -0.260 17 N O O3 0 -12.326 11.478 16.627 1 N O3 A1IN9 N 0.584 3.476 -0.617 18 N O O4 0 -13.790 14.555 15.363 1 N O4 A1IN9 N -3.717 3.631 0.114 19 N O C15 0 -10.440 17.390 14.587 1 N C15 A1IN9 N -5.703 -0.177 -0.404 20 N C C16 0 -9.227 16.470 14.533 1 N C16 A1IN9 N -4.918 -1.056 0.572 21 R C C17 0 -9.092 15.506 15.708 1 N C17 A1IN9 N -5.883 -1.985 1.310 22 N C O5 0 -9.319 15.566 13.384 1 N O5 A1IN9 N -3.948 -1.850 -0.161 23 N O C18 0 -8.841 15.994 12.239 1 N C18 A1IN9 N -2.749 -2.032 0.414 24 N C O6 0 -8.409 17.081 12.138 1 N O6 A1IN9 N -2.504 -1.512 1.477 25 N O C19 0 -9.039 15.016 11.080 1 N C19 A1IN9 N -1.709 -2.883 -0.265 26 S C C20 0 -9.907 15.741 10.056 1 N C20 A1IN9 N -2.040 -4.365 -0.031 27 N C C21 0 -11.265 16.062 10.647 1 N C21 A1IN9 N -0.887 -5.221 -0.548 28 N C C22 0 -11.976 14.714 10.851 1 N C22 A1IN9 N 0.421 -4.908 0.160 29 N C C23 0 -11.186 13.837 11.823 1 N C23 A1IN9 N 0.336 -3.655 1.021 30 N C C24 0 -8.987 12.714 11.896 1 N C24 A1IN9 N 0.166 -1.374 0.178 31 N C O7 0 -7.778 12.730 11.816 1 N O7 A1IN9 N -0.417 -0.494 -0.419 32 N O C25 0 -9.628 11.507 12.497 1 N C25 A1IN9 N 1.519 -1.114 0.789 33 S C C26 0 -8.757 10.263 12.205 1 N C26 A1IN9 N 2.536 -2.097 0.205 34 N C C27 0 -8.698 9.972 10.702 1 N C27 A1IN9 N 3.942 -1.504 0.319 35 N C C28 0 -7.919 8.699 10.378 1 N C28 A1IN9 N 4.958 -2.487 -0.265 36 N C C29 0 -8.498 7.531 11.133 1 N C29 A1IN9 N 4.631 -2.744 -1.737 37 N C C30 0 -8.487 7.776 12.636 1 N C30 A1IN9 N 3.225 -3.337 -1.851 38 N C C31 0 -9.257 9.035 12.985 1 N C31 A1IN9 N 2.208 -2.354 -1.267 39 N C H1 0 -12.429 16.527 14.024 1 N H18 A1IN9 N -5.486 1.609 0.947 40 N H H2 0 -11.827 11.185 14.005 1 N H5 A1IN9 N 0.019 0.971 -0.070 41 N H H3 0 -15.535 14.357 16.427 1 N H14 A1IN9 N -2.505 5.181 0.745 42 N H H4 0 -15.393 13.339 14.954 1 N H13 A1IN9 N -3.417 5.482 -0.753 43 N H H5 0 -10.722 13.077 19.858 1 N H7 A1IN9 N 3.526 6.056 0.499 44 N H H6 0 -9.968 14.034 18.538 1 N H8 A1IN9 N 2.146 5.168 1.189 45 N H H7 0 -11.665 13.466 18.379 1 N H6 A1IN9 N 3.809 4.718 1.639 46 N H H8 0 -13.285 12.065 14.848 1 N H9 A1IN9 N -0.795 3.747 0.897 47 N H H9 0 -14.057 10.697 15.719 1 N H10 A1IN9 N -1.090 2.352 -0.169 48 N H H10 0 -13.678 13.031 17.443 1 N H12 A1IN9 N -2.025 3.661 -1.852 49 N H H11 0 -15.167 12.085 17.106 1 N H11 A1IN9 N -1.109 5.111 -1.378 50 N H H12 0 -14.454 16.354 16.198 1 N H15 A1IN9 N -4.725 4.127 -1.621 51 N H H13 0 -13.584 15.256 17.323 1 N H16 A1IN9 N -5.734 3.990 -0.160 52 N H H14 0 -11.804 16.773 16.955 1 N H17 A1IN9 N -5.162 1.794 -2.065 53 N H H15 0 -7.669 12.081 14.373 1 N H4 A1IN9 N 4.002 -0.108 1.005 54 N H H16 0 -5.806 12.715 17.390 1 N H2 A1IN9 N 6.916 1.631 1.130 55 N H H17 0 -6.238 11.455 16.185 1 N H3 A1IN9 N 5.569 0.858 2.001 56 N H H18 0 -6.404 13.194 15.766 1 N H1 A1IN9 N 5.905 0.417 0.310 57 N H H19 0 -10.250 18.138 15.370 1 N H20 A1IN9 N -6.768 -0.391 -0.312 58 N H H20 0 -10.515 17.892 13.611 1 N H19 A1IN9 N -5.377 -0.383 -1.424 59 N H H21 0 -8.314 17.079 14.460 1 N H21 A1IN9 N -4.399 -0.424 1.292 60 N H H22 0 -9.013 16.077 16.645 1 N H23 A1IN9 N -6.403 -2.616 0.590 61 N H H23 0 -9.976 14.853 15.750 1 N H24 A1IN9 N -5.324 -2.611 2.006 62 N H H24 0 -8.189 14.892 15.576 1 N H22 A1IN9 N -6.610 -1.389 1.862 63 N H H25 0 -8.064 14.776 10.631 1 N H25 A1IN9 N -1.702 -2.680 -1.333 64 N H H26 0 -10.039 15.099 9.173 1 N H27 A1IN9 N -2.178 -4.545 1.035 65 N H H27 0 -9.411 16.677 9.758 1 N H26 A1IN9 N -2.954 -4.623 -0.567 66 N H H28 0 -11.148 16.581 11.610 1 N H28 A1IN9 N -1.130 -6.272 -0.393 67 N H H29 0 -11.841 16.696 9.956 1 N H29 A1IN9 N -0.764 -5.041 -1.615 68 N H H30 0 -12.982 14.893 11.259 1 N H30 A1IN9 N 0.689 -5.753 0.794 69 N H H31 0 -12.060 14.198 9.883 1 N H31 A1IN9 N 1.202 -4.769 -0.588 70 N H H32 0 -11.333 14.230 12.840 1 N H32 A1IN9 N 1.343 -3.309 1.255 71 N H H33 0 -11.583 12.813 11.765 1 N H33 A1IN9 N -0.188 -3.888 1.947 72 N H H34 0 -10.627 11.358 12.062 1 N H34 A1IN9 N 1.461 -1.258 1.868 73 N H H35 0 -7.735 10.484 12.546 1 N H35 A1IN9 N 2.491 -3.036 0.757 74 N H H36 0 -8.211 10.820 10.198 1 N H37 A1IN9 N 3.986 -0.565 -0.232 75 N H H37 0 -9.725 9.862 10.324 1 N H36 A1IN9 N 4.175 -1.321 1.368 76 N H H38 0 -7.980 8.500 9.298 1 N H38 A1IN9 N 5.960 -2.065 -0.184 77 N H H39 0 -6.866 8.833 10.667 1 N H39 A1IN9 N 4.914 -3.426 0.287 78 N H H40 0 -9.536 7.372 10.804 1 N H40 A1IN9 N 4.675 -1.805 -2.289 79 N H H41 0 -7.902 6.633 10.913 1 N H41 A1IN9 N 5.356 -3.444 -2.153 80 N H H42 0 -8.951 6.918 13.144 1 N H42 A1IN9 N 2.992 -3.520 -2.900 81 N H H43 0 -7.446 7.885 12.976 1 N H43 A1IN9 N 3.181 -4.276 -1.300 82 N H H44 0 -9.145 9.231 14.062 1 N H45 A1IN9 N 1.207 -2.776 -1.348 83 N H H45 0 -10.320 8.876 12.750 1 N H44 A1IN9 N 2.253 -1.415 -1.819 84 N H N 1 N sing N 2 N sing N 3 N sing N 4 N sing N 5 N sing N 6 N sing N 7 N sing N 8 N sing N 9 N sing N 10 N sing N 11 N sing N 12 N sing N 13 N doub N 14 N sing N 15 N doub N 16 N sing N 17 N sing N 18 N sing N 19 N sing N 20 N sing N 21 N sing Y 22 N doub Y 23 N sing N 24 N sing N 25 N sing N 26 N sing Y 27 N sing Y 28 N doub N 29 E doub N 30 N sing N 31 N sing N 32 N sing N 33 N sing N 34 N sing N 35 N sing Y 36 N doub N 37 N sing Y 38 N sing N 39 N sing N 40 N sing N 41 N sing N 42 N sing N 43 N sing N 44 N sing N 45 N sing N 46 N sing N 47 N sing N 48 N sing N 49 N sing N 50 N sing N 51 N sing N 52 N sing N 53 N sing N 54 N sing N 55 N sing N 56 N sing N 57 N sing N 58 N sing N 59 N sing N 60 N sing N 61 N sing N 62 N sing N 63 N sing N 64 N sing N 65 N sing N 66 N sing N 67 N sing N 68 N sing N 69 N sing N 70 N sing N 71 N sing N 72 N sing N 73 N sing N 74 N sing N 75 N sing N 76 N sing N 77 N sing N 78 N sing N 79 N sing N 80 N sing N 81 N sing N 82 N sing N 83 N sing N 84 N sing N 85 N sing N 86 N sing N 87 N sing PDBE RCSB InChI=1S/C31H45NO7/c1-22-12-8-10-17-37-18-11-19-38-27-21-24(20-26(35-2)29(27)36-3)28(23-13-5-4-6-14-23)30(33)32-16-9-7-15-25(32)31(34)39-22/h8,10,20-23,25,28H,4-7,9,11-19H2,1-3H3/b10-8+/t22-,25+,28+/m1/s1 DJTFXBXJBYJSQO-YSNFPQGISA-N COc1cc2cc(OCCCOC/C=C/C[C@@H](C)OC(=O)[C@@H]3CCCCN3C(=O)[C@H]2C4CCCCC4)c1OC COc1cc2cc(OCCCOCC=CC[CH](C)OC(=O)[CH]3CCCCN3C(=O)[CH]2C4CCCCC4)c1OC C[C@@H]1C/C=C/COCCCOc2cc(cc(c2OC)OC)[C@@H](C(=O)N3CCCC[C@H]3C(=O)O1)C4CCCCC4 CC1CC=CCOCCCOc2cc(cc(c2OC)OC)C(C(=O)N3CCCCC3C(=O)O1)C4CCCCC4 (2~{S},9~{S},12~{R},14~{E})-2-cyclohexyl-23,24-dimethoxy-12-methyl-11,17,21-trioxa-4-azatricyclo[20.3.1.0^{4,9}]hexacosa-1(26),14,22,24-tetraene-3,10-dione