TIDO Technology Search

METHOD = summaries OPT1 = Diagnostic%2FPrognostic,Information+Technology%2FSoftware,Medical+Device,Other,Research+Tool,Therapeutics OPT2 = OPT3 = Get Summaries
Catstr = Diagnostic/Prognostic,Information Technology/Software,Medical Device,Other,Research Tool,Therapeutics
Substr =
Kwstr =
Total Cases = 131
Cats is array
==> Diagnostic/Prognostic 27
==> Information Technology/Software 11
==> Medical Device 17
==> Other 5
==> Research Tool 31
==> Therapeutics 85
Number of Cats ==> 6
just category: 0 27
accumulative : 0 27
just category: 1 11
accumulative : 1 38
just category: 2 17
accumulative : 2 55
just category: 3 5
accumulative : 3 60
just category: 4 31
accumulative : 4 91
just category: 5 85
accumulative : 5 176
AT END:
Count = 1
Number Cases: 176
Unique Cases: 131
temp = Array ( [0] => 12 [1] => 18 [2] => 19 [3] => 22 [4] => 23 [5] => 24 [6] => 37 [7] => 38 [8] => 40 [9] => 42 [10] => 48 [11] => 51 [12] => 55 [13] => 67 [14] => 73 [15] => 76 [16] => 79 [17] => 81 [18] => 82 [19] => 83 [20] => 84 [21] => 105 [22] => 106 [23] => 107 [24] => 122 [25] => 127 [26] => 128 [27] => 2 [28] => 16 [29] => 72 [30] => 76 [31] => 85 [32] => 91 [33] => 94 [34] => 106 [35] => 107 [36] => 127 [37] => 130 [38] => 15 [39] => 38 [40] => 44 [41] => 45 [42] => 46 [43] => 59 [44] => 73 [45] => 78 [46] => 89 [47] => 92 [48] => 94 [49] => 103 [50] => 105 [51] => 109 [52] => 111 [53] => 113 [54] => 120 [55] => 16 [56] => 25 [57] => 41 [58] => 68 [59] => 103 [60] => 0 [61] => 7 [62] => 10 [63] => 11 [64] => 13 [65] => 14 [66] => 20 [67] => 26 [68] => 27 [69] => 28 [70] => 33 [71] => 34 [72] => 37 [73] => 39 [74] => 70 [75] => 71 [76] => 74 [77] => 82 [78] => 85 [79] => 90 [80] => 91 [81] => 93 [82] => 96 [83] => 97 [84] => 98 [85] => 100 [86] => 102 [87] => 104 [88] => 114 [89] => 121 [90] => 130 [91] => 1 [92] => 3 [93] => 4 [94] => 4 [95] => 5 [96] => 6 [97] => 7 [98] => 8 [99] => 9 [100] => 10 [101] => 11 [102] => 12 [103] => 14 [104] => 15 [105] => 17 [106] => 18 [107] => 19 [108] => 21 [109] => 22 [110] => 27 [111] => 29 [112] => 30 [113] => 31 [114] => 32 [115] => 33 [116] => 34 [117] => 35 [118] => 36 [119] => 40 [120] => 43 [121] => 47 [122] => 49 [123] => 50 [124] => 52 [125] => 53 [126] => 54 [127] => 56 [128] => 57 [129] => 58 [130] => 60 [131] => 61 [132] => 62 [133] => 63 [134] => 64 [135] => 65 [136] => 66 [137] => 67 [138] => 69 [139] => 70 [140] => 75 [141] => 77 [142] => 78 [143] => 79 [144] => 80 [145] => 81 [146] => 83 [147] => 84 [148] => 86 [149] => 87 [150] => 88 [151] => 90 [152] => 92 [153] => 93 [154] => 95 [155] => 98 [156] => 99 [157] => 100 [158] => 101 [159] => 104 [160] => 108 [161] => 110 [162] => 112 [163] => 114 [164] => 115 [165] => 116 [166] => 117 [167] => 118 [168] => 119 [169] => 123 [170] => 124 [171] => 125 [172] => 126 [173] => 128 [174] => 129 [175] => 130 )
list = Array ( [0] => Array ( [0] => 12 [1] => 18 [2] => 19 [3] => 22 [4] => 23 [5] => 24 [6] => 37 [7] => 38 [8] => 40 [9] => 42 [10] => 48 [11] => 51 [12] => 55 [13] => 67 [14] => 73 [15] => 76 [16] => 79 [17] => 81 [18] => 82 [19] => 83 [20] => 84 [21] => 105 [22] => 106 [23] => 107 [24] => 122 [25] => 127 [26] => 128 [27] => 2 [28] => 16 [29] => 72 [31] => 85 [32] => 91 [33] => 94 [37] => 130 [38] => 15 [40] => 44 [41] => 45 [42] => 46 [43] => 59 [45] => 78 [46] => 89 [47] => 92 [49] => 103 [51] => 109 [52] => 111 [53] => 113 [54] => 120 [56] => 25 [57] => 41 [58] => 68 [60] => 0 [61] => 7 [62] => 10 [63] => 11 [64] => 13 [65] => 14 [66] => 20 [67] => 26 [68] => 27 [69] => 28 [70] => 33 [71] => 34 [73] => 39 [74] => 70 [75] => 71 [76] => 74 [79] => 90 [81] => 93 [82] => 96 [83] => 97 [84] => 98 [85] => 100 [86] => 102 [87] => 104 [88] => 114 [89] => 121 [91] => 1 [92] => 3 [93] => 4 [95] => 5 [96] => 6 [98] => 8 [99] => 9 [105] => 17 [108] => 21 [111] => 29 [112] => 30 [113] => 31 [114] => 32 [117] => 35 [118] => 36 [120] => 43 [121] => 47 [122] => 49 [123] => 50 [124] => 52 [125] => 53 [126] => 54 [127] => 56 [128] => 57 [129] => 58 [130] => 60 [131] => 61 [132] => 62 [133] => 63 [134] => 64 [135] => 65 [136] => 66 [138] => 69 [140] => 75 [141] => 77 [144] => 80 [148] => 86 [149] => 87 [150] => 88 [154] => 95 [156] => 99 [158] => 101 [160] => 108 [161] => 110 [162] => 112 [164] => 115 [165] => 116 [166] => 117 [167] => 118 [168] => 119 [169] => 123 [170] => 124 [171] => 125 [172] => 126 [174] => 129 ) )
==> DONE WTH CAT <==
Single Element Array ( [0] => Array ( [0] => 12 [1] => 18 [2] => 19 [3] => 22 [4] => 23 [5] => 24 [6] => 37 [7] => 38 [8] => 40 [9] => 42 [10] => 48 [11] => 51 [12] => 55 [13] => 67 [14] => 73 [15] => 76 [16] => 79 [17] => 81 [18] => 82 [19] => 83 [20] => 84 [21] => 105 [22] => 106 [23] => 107 [24] => 122 [25] => 127 [26] => 128 [27] => 2 [28] => 16 [29] => 72 [31] => 85 [32] => 91 [33] => 94 [37] => 130 [38] => 15 [40] => 44 [41] => 45 [42] => 46 [43] => 59 [45] => 78 [46] => 89 [47] => 92 [49] => 103 [51] => 109 [52] => 111 [53] => 113 [54] => 120 [56] => 25 [57] => 41 [58] => 68 [60] => 0 [61] => 7 [62] => 10 [63] => 11 [64] => 13 [65] => 14 [66] => 20 [67] => 26 [68] => 27 [69] => 28 [70] => 33 [71] => 34 [73] => 39 [74] => 70 [75] => 71 [76] => 74 [79] => 90 [81] => 93 [82] => 96 [83] => 97 [84] => 98 [85] => 100 [86] => 102 [87] => 104 [88] => 114 [89] => 121 [91] => 1 [92] => 3 [93] => 4 [95] => 5 [96] => 6 [98] => 8 [99] => 9 [105] => 17 [108] => 21 [111] => 29 [112] => 30 [113] => 31 [114] => 32 [117] => 35 [118] => 36 [120] => 43 [121] => 47 [122] => 49 [123] => 50 [124] => 52 [125] => 53 [126] => 54 [127] => 56 [128] => 57 [129] => 58 [130] => 60 [131] => 61 [132] => 62 [133] => 63 [134] => 64 [135] => 65 [136] => 66 [138] => 69 [140] => 75 [141] => 77 [144] => 80 [148] => 86 [149] => 87 [150] => 88 [154] => 95 [156] => 99 [158] => 101 [160] => 108 [161] => 110 [162] => 112 [164] => 115 [165] => 116 [166] => 117 [167] => 118 [168] => 119 [169] => 123 [170] => 124 [171] => 125 [172] => 126 [174] => 129 ) ) <<==INT==>>Array ( [0] => 12 [1] => 18 [2] => 19 [3] => 22 [4] => 23 [5] => 24 [6] => 37 [7] => 38 [8] => 40 [9] => 42 [10] => 48 [11] => 51 [12] => 55 [13] => 67 [14] => 73 [15] => 76 [16] => 79 [17] => 81 [18] => 82 [19] => 83 [20] => 84 [21] => 105 [22] => 106 [23] => 107 [24] => 122 [25] => 127 [26] => 128 [27] => 2 [28] => 16 [29] => 72 [31] => 85 [32] => 91 [33] => 94 [37] => 130 [38] => 15 [40] => 44 [41] => 45 [42] => 46 [43] => 59 [45] => 78 [46] => 89 [47] => 92 [49] => 103 [51] => 109 [52] => 111 [53] => 113 [54] => 120 [56] => 25 [57] => 41 [58] => 68 [60] => 0 [61] => 7 [62] => 10 [63] => 11 [64] => 13 [65] => 14 [66] => 20 [67] => 26 [68] => 27 [69] => 28 [70] => 33 [71] => 34 [73] => 39 [74] => 70 [75] => 71 [76] => 74 [79] => 90 [81] => 93 [82] => 96 [83] => 97 [84] => 98 [85] => 100 [86] => 102 [87] => 104 [88] => 114 [89] => 121 [91] => 1 [92] => 3 [93] => 4 [95] => 5 [96] => 6 [98] => 8 [99] => 9 [105] => 17 [108] => 21 [111] => 29 [112] => 30 [113] => 31 [114] => 32 [117] => 35 [118] => 36 [120] => 43 [121] => 47 [122] => 49 [123] => 50 [124] => 52 [125] => 53 [126] => 54 [127] => 56 [128] => 57 [129] => 58 [130] => 60 [131] => 61 [132] => 62 [133] => 63 [134] => 64 [135] => 65 [136] => 66 [138] => 69 [140] => 75 [141] => 77 [144] => 80 [148] => 86 [149] => 87 [150] => 88 [154] => 95 [156] => 99 [158] => 101 [160] => 108 [161] => 110 [162] => 112 [164] => 115 [165] => 116 [166] => 117 [167] => 118 [168] => 119 [169] => 123 [170] => 124 [171] => 125 [172] => 126 [174] => 129 ) <<==END==>> id = 12 ===> KeywordsList: Biomarker / Cell Line / Drug Discovery / Gene expression ID: 12 Summary: 2304 id = 18 ===> KeywordsList: Drug Screening ID: 18 Summary: 2480 id = 19 ===> KeywordsList: Animal Model (mouse) ID: 19 Summary: 2709 id = 22 ===> KeywordsList: Antibody / Composition of Matter / Gene / Protein ID: 22 Summary: 723 id = 23 ===> KeywordsList: Biomarker ID: 23 Summary: 736 id = 24 ===> KeywordsList: Pediatric / Database ID: 24 Summary: 805 id = 37 ===> KeywordsList: Composition of Matter / Reagent / Small Molecule/Drug ID: 37 Summary: 1199 id = 38 ===> KeywordsList: ID: 38 Summary: 1221 id = 40 ===> KeywordsList: Biomarker / Method of Use ID: 40 Summary: 1247 id = 42 ===> KeywordsList: Biomarker ID: 42 Summary: 1337 id = 48 ===> KeywordsList: SNPs ID: 48 Summary: 1559 id = 51 ===> KeywordsList: Assay / Biomarker / Large Molecule / Receptor/Ligand ID: 51 Summary: 1609 id = 55 ===> KeywordsList: Biomarker / Genomics / Pediatric ID: 55 Summary: 1647 id = 67 ===> KeywordsList: Animal Model (zebra fish) / Biomarker ID: 67 Summary: 1779 id = 73 ===> KeywordsList: ID: 73 Summary: 1847 id = 76 ===> KeywordsList: Autism / Pediatric / Software ID: 76 Summary: 1920 id = 79 ===> KeywordsList: Protein / Vaccine ID: 79 Summary: 2196 id = 81 ===> KeywordsList: Organ Transplant ID: 81 Summary: 2205 id = 82 ===> KeywordsList: Assay / Proteomics / Reagent ID: 82 Summary: 2214 id = 83 ===> KeywordsList: Biomarker / Cell Line / Method of Use ID: 83 Summary: 2258 id = 84 ===> KeywordsList: Drug Screening / Stem/Progenitor Cell ID: 84 Summary: 2259 id = 105 ===> KeywordsList: Biomarker / Imaging ID: 105 Summary: 2477 id = 106 ===> KeywordsList: CNS / Instrumentation / Imaging ID: 106 Summary: 2613 id = 107 ===> KeywordsList: Software / Imaging ID: 107 Summary: 2602 id = 122 ===> KeywordsList: Biomarker / Gene expression / Neonatology/Pediatric / Pediatric ID: 122 Summary: 3259 id = 127 ===> KeywordsList: Drug Discovery / Instrumentation / Protein / Proteomics ID: 127 Summary: 3143 id = 128 ===> KeywordsList: Assay / CNS / Disease Model / Drug Delivery / Drug Discovery / Drug Screening / Method of Use / Tissue Engineering / Platform ID: 128 Summary: 3208 id = 2 ===> KeywordsList: Pediatric ID: 2 Summary: 2924 id = 16 ===> KeywordsList: Pain ID: 16 Summary: 2751 id = 72 ===> KeywordsList: Instrumentation / Software ID: 72 Summary: 1838 id = 85 ===> KeywordsList: Proteomics / Software ID: 85 Summary: 2264 id = 91 ===> KeywordsList: Software ID: 91 Summary: 2422 id = 94 ===> KeywordsList: Software ID: 94 Summary: 2462 id = 130 ===> KeywordsList: Drug Discovery ID: 130 Summary: 2682 id = 15 ===> KeywordsList: Instrumentation / Method of Use ID: 15 Summary: 1701 id = 44 ===> KeywordsList: Patient Care ID: 44 Summary: 1350 id = 45 ===> KeywordsList: Medical Device ID: 45 Summary: 1468 id = 46 ===> KeywordsList: ID: 46 Summary: 1498 id = 59 ===> KeywordsList: Medical Device / Patient Care ID: 59 Summary: 1695 id = 78 ===> KeywordsList: Surgery / Tissue Engineering ID: 78 Summary: 2135 id = 89 ===> KeywordsList: Medical Device / Patient Care / Polymer ID: 89 Summary: 2328 id = 92 ===> KeywordsList: Tissue Engineering ID: 92 Summary: 2433 id = 103 ===> KeywordsList: Instrumentation / Method of Use / Surgery / Tissue Engineering ID: 103 Summary: 2364 id = 109 ===> KeywordsList: Surgery ID: 109 Summary: 2154 id = 111 ===> KeywordsList: Surgery ID: 111 Summary: 2625 id = 113 ===> KeywordsList: ID: 113 Summary: 2607 id = 120 ===> KeywordsList: Tissue Engineering ID: 120 Summary: 1869 id = 25 ===> KeywordsList: Vaccine ID: 25 Summary: 846 id = 41 ===> KeywordsList: Patient Care ID: 41 Summary: 1320 id = 68 ===> KeywordsList: ID: 68 Summary: 1787 id = 0 ===> KeywordsList: Antibody / Method of Use / Protein / Reagent / Molecular biology / Imaging ID: 0 Summary: 3322 id = 7 ===> KeywordsList: Assay / Vaccine / Platform ID: 7 Summary: 2200 id = 10 ===> KeywordsList: Antibody ID: 10 Summary: 2985 id = 11 ===> KeywordsList: ID: 11 Summary: 1990 id = 13 ===> KeywordsList: Assay / Molecular biology ID: 13 Summary: 2789 id = 14 ===> KeywordsList: Vaccine ID: 14 Summary: 2370 id = 20 ===> KeywordsList: Animal Model (mouse) / Drug Screening ID: 20 Summary: 541 id = 26 ===> KeywordsList: Animal Model (mouse) / Drug Discovery / Drug Screening ID: 26 Summary: 851 id = 27 ===> KeywordsList: Disease Model ID: 27 Summary: 917 id = 28 ===> KeywordsList: Drug Screening / Ion Channels ID: 28 Summary: 960 id = 33 ===> KeywordsList: Animal Model (mouse) / Drug Discovery / Drug Screening / Small Molecule/Drug ID: 33 Summary: 1130 id = 34 ===> KeywordsList: Animal Model (mouse) / Disease Model / Drug Discovery / Drug Screening ID: 34 Summary: 1133 id = 39 ===> KeywordsList: Antibody / Reagent ID: 39 Summary: 1226 id = 70 ===> KeywordsList: Antibody / Drug Discovery ID: 70 Summary: 1821 id = 71 ===> KeywordsList: Antibody ID: 71 Summary: 1826 id = 74 ===> KeywordsList: Animal Model (mouse) ID: 74 Summary: 1894 id = 90 ===> KeywordsList: Animal Model (zebra fish) / Drug Screening / Small Molecule/Drug ID: 90 Summary: 2396 id = 93 ===> KeywordsList: Drug Delivery / siRNA ID: 93 Summary: 2460 id = 96 ===> KeywordsList: Cell Signaling ID: 96 Summary: 2583 id = 97 ===> KeywordsList: Instrumentation / Method of Use ID: 97 Summary: 2615 id = 98 ===> KeywordsList: Assay ID: 98 Summary: 2572 id = 100 ===> KeywordsList: Antibody / Vaccine / Mouse Model / Platform ID: 100 Summary: 2644 id = 102 ===> KeywordsList: Assay / Proteomics ID: 102 Summary: 2563 id = 104 ===> KeywordsList: Assay / Drug Screening / Neonatology/Pediatric ID: 104 Summary: 2371 id = 114 ===> KeywordsList: Stem/Progenitor Cell ID: 114 Summary: 2797 id = 121 ===> KeywordsList: Assay / Cell Line / Cell Therapy / CNS / Drug Screening ID: 121 Summary: 3161 id = 1 ===> KeywordsList: Anti-angiogenesis / Small Molecule/Drug / Cell Signaling / Gene Therapy ID: 1 Summary: 3085 id = 3 ===> KeywordsList: ID: 3 Summary: 2064 id = 4 ===> KeywordsList: Heart Disease ID: 4 Summary: 2956 id = 5 ===> KeywordsList: Gene / Gene Therapy ID: 5 Summary: 2930 id = 6 ===> KeywordsList: New Indication/Use / Small Molecule/Drug / Target ID: 6 Summary: 2834 id = 8 ===> KeywordsList: ID: 8 Summary: 2800 id = 9 ===> KeywordsList: Drug Delivery ID: 9 Summary: 2853 id = 17 ===> KeywordsList: Drug Discovery / Small Molecule/Drug ID: 17 Summary: 2585 id = 21 ===> KeywordsList: Spinal Cord Injury / Stroke ID: 21 Summary: 600 id = 29 ===> KeywordsList: Anti-angiogenesis / Composition of Matter / Peptide ID: 29 Summary: 978 id = 30 ===> KeywordsList: Anti-angiogenesis / Composition of Matter / Small Molecule/Drug ID: 30 Summary: 1016 id = 31 ===> KeywordsList: Vaccine ID: 31 Summary: 1022 id = 32 ===> KeywordsList: Drug Discovery / Drug Screening / Drug Design ID: 32 Summary: 1101 id = 35 ===> KeywordsList: Anti-angiogenesis / Composition of Matter / Peptide / Gene Therapy ID: 35 Summary: 1148 id = 36 ===> KeywordsList: Assay / Drug Discovery / Small Molecule/Drug / Spinal Cord Injury ID: 36 Summary: 1183 id = 43 ===> KeywordsList: Drug Screening ID: 43 Summary: 1348 id = 47 ===> KeywordsList: Patient Care / Polymer ID: 47 Summary: 1550 id = 49 ===> KeywordsList: Animal Model (mouse) / New Indication/Use / Small Molecule/Drug ID: 49 Summary: 1594 id = 50 ===> KeywordsList: Anti-angiogenesis / Composition of Matter / Small Molecule/Drug ID: 50 Summary: 1601 id = 52 ===> KeywordsList: Animal Model (zebra fish) ID: 52 Summary: 1610 id = 53 ===> KeywordsList: Disease Model / Patient Care ID: 53 Summary: 1611 id = 54 ===> KeywordsList: Surgery / Tissue Engineering ID: 54 Summary: 1616 id = 56 ===> KeywordsList: Drug Delivery ID: 56 Summary: 1663 id = 57 ===> KeywordsList: Composition of Matter / Peptide ID: 57 Summary: 1691 id = 58 ===> KeywordsList: Composition of Matter / Method of Use / Vaccine ID: 58 Summary: 1693 id = 60 ===> KeywordsList: Anti-angiogenesis / Ion Channels ID: 60 Summary: 1719 id = 61 ===> KeywordsList: Stem/Progenitor Cell ID: 61 Summary: 1720 id = 62 ===> KeywordsList: Animal Model (mouse) / Anti-angiogenesis ID: 62 Summary: 1721 id = 63 ===> KeywordsList: Vaccine ID: 63 Summary: 1742 id = 64 ===> KeywordsList: Disease Model / Drug Screening / New Indication/Use / Dermatologic ID: 64 Summary: 1750 id = 65 ===> KeywordsList: Large Molecule ID: 65 Summary: 1770 id = 66 ===> KeywordsList: Pediatric ID: 66 Summary: 1775 id = 69 ===> KeywordsList: Anti-angiogenesis ID: 69 Summary: 1810 id = 75 ===> KeywordsList: Chronic Disease / Pediatric / Vaccine ID: 75 Summary: 1898 id = 77 ===> KeywordsList: CNS / Drug Delivery / Transfection ID: 77 Summary: 2008 id = 80 ===> KeywordsList: Drug Discovery / Large Molecule ID: 80 Summary: 2201 id = 86 ===> KeywordsList: Method of Use ID: 86 Summary: 2277 id = 87 ===> KeywordsList: Small Molecule/Drug ID: 87 Summary: 2296 id = 88 ===> KeywordsList: HIV / Vaccine ID: 88 Summary: 2299 id = 95 ===> KeywordsList: Cell Therapy / Heart Disease ID: 95 Summary: 2506 id = 99 ===> KeywordsList: CNS / Neuropathy / New Indication/Use / Polymer / Small Molecule/Drug / Spinal Cord Injury / Stroke / Target ID: 99 Summary: 2343 id = 101 ===> KeywordsList: siRNA ID: 101 Summary: 1973 id = 108 ===> KeywordsList: Heart Disease / Organ Transplant ID: 108 Summary: 2520 id = 110 ===> KeywordsList: Drug Delivery / Protein / Vaccine / Platform ID: 110 Summary: 2339 id = 112 ===> KeywordsList: ID: 112 Summary: 2331 id = 115 ===> KeywordsList: Assay ID: 115 Summary: 2805 id = 116 ===> KeywordsList: Drug Discovery ID: 116 Summary: 2295 id = 117 ===> KeywordsList: Drug Discovery / Drug Screening ID: 117 Summary: 1964 id = 118 ===> KeywordsList: ID: 118 Summary: 2936 id = 119 ===> KeywordsList: ID: 119 Summary: 3001 id = 123 ===> KeywordsList: Animal Model (mouse) / Method of Use / Stem/Progenitor Cell / Mouse Model ID: 123 Summary: 2326 id = 124 ===> KeywordsList: CNS / Neuropathy / Spinal Cord Injury / Target ID: 124 Summary: 3118 id = 125 ===> KeywordsList: Animal Model (mouse) / Drug Delivery / Gene expression / Receptor/Ligand / Cell Signaling / Drug Design / Platform ID: 125 Summary: 3093 id = 126 ===> KeywordsList: Animal Model (mouse) / Composition of Matter / Drug Delivery / Gene expression / Receptor/Ligand / Drug Design / Gene Therapy / Platform ID: 126 Summary: 3094 id = 129 ===> KeywordsList: Drug Discovery / Neonatology/Pediatric / Peptide / Small Molecule/Drug / Vaccine ID: 129 Summary: 2568 / 3151 / 3154 / 3176 / 3260 array(131) { [0]=> array(5) { ["ID"]=> int(12) ["CaseNumber"]=> string(4) "2304" ["Title"]=> string(82) "Therapy for non-small cell lung cancer using dual EZH2 inhibition and chemotherapy" ["PI"]=> string(10) "Kim, Carla" ["Keywords"]=> array(4) { [0]=> string(9) "Biomarker" [1]=> string(9) "Cell Line" [2]=> string(14) "Drug Discovery" [3]=> string(15) "Gene expression" } } [1]=> array(5) { ["ID"]=> int(18) ["CaseNumber"]=> string(4) "2480" ["Title"]=> string(92) "Gene expression signature that identifies DNA repair and predicts tumor sensitivity to drugs" ["PI"]=> string(16) "Szallasi, Zoltan" ["Keywords"]=> array(1) { [0]=> string(14) "Drug Screening" } } [2]=> array(5) { ["ID"]=> int(19) ["CaseNumber"]=> string(4) "2709" ["Title"]=> string(109) "Treatment, Prevention, and Mouse Models of Neutrophil-Derived NET Toxicity in Thrombosis, Cancer and Diabetes" ["PI"]=> string(17) "Wagner, Denisa D." ["Keywords"]=> array(1) { [0]=> string(20) "Animal Model (mouse)" } } [3]=> array(5) { ["ID"]=> int(22) ["CaseNumber"]=> string(3) "723" ["Title"]=> string(50) "Ferroportin Nucleic Acids, Proteins and Antibodies" ["PI"]=> string(15) "Zon, Leonard I." ["Keywords"]=> array(4) { [0]=> string(8) "Antibody" [1]=> string(21) "Composition of Matter" [2]=> string(4) "Gene" [3]=> string(7) "Protein" } } [4]=> array(5) { ["ID"]=> int(23) ["CaseNumber"]=> string(3) "736" ["Title"]=> string(84) "Collagen XXIII: A novel biomarker for non-small cell lung cancer and prostate cancer" ["PI"]=> string(13) "Zetter, Bruce" ["Keywords"]=> array(1) { [0]=> string(9) "Biomarker" } } [5]=> array(5) { ["ID"]=> int(24) ["CaseNumber"]=> string(3) "805" ["Title"]=> string(23) "Z-score Dataset Package" ["PI"]=> string(16) "Colan, Steven D." ["Keywords"]=> array(2) { [0]=> string(9) "Pediatric" [1]=> string(8) "Database" } } [6]=> array(5) { ["ID"]=> int(37) ["CaseNumber"]=> string(4) "1199" ["Title"]=> string(114) "Novel Fluorine-18 Labeled Rhodamine Derivatives For Myocardial Perfusion Imaging With Positron Emission Tomography" ["PI"]=> string(13) "Packard, Alan" ["Keywords"]=> array(3) { [0]=> string(21) "Composition of Matter" [1]=> string(7) "Reagent" [2]=> string(19) "Small Molecule/Drug" } } [7]=> array(5) { ["ID"]=> int(38) ["CaseNumber"]=> string(4) "1221" ["Title"]=> string(45) "SonneWheel (TM) Pediatric BMI Assessment Tool" ["PI"]=> string(22) "Sonneville, Kendrin R." ["Keywords"]=> array(0) { } } [8]=> array(5) { ["ID"]=> int(40) ["CaseNumber"]=> string(4) "1247" ["Title"]=> string(69) "Methods to predict, prevent and revert resistance to taxoid compounds" ["PI"]=> string(13) "Zetter, Bruce" ["Keywords"]=> array(2) { [0]=> string(9) "Biomarker" [1]=> string(13) "Method of Use" } } [9]=> array(5) { ["ID"]=> int(42) ["CaseNumber"]=> string(4) "1337" ["Title"]=> string(35) "Urine Biomarkers for Bladder Cancer" ["PI"]=> string(13) "Zetter, Bruce" ["Keywords"]=> array(1) { [0]=> string(9) "Biomarker" } } [10]=> array(5) { ["ID"]=> int(48) ["CaseNumber"]=> string(4) "1559" ["Title"]=> string(72) "Genetic Test Predictive of Severity of Cystic Fibrosis Pulmonary Disease" ["PI"]=> string(10) "Levy, Hara" ["Keywords"]=> array(1) { [0]=> string(4) "SNPs" } } [11]=> array(5) { ["ID"]=> int(51) ["CaseNumber"]=> string(4) "1609" ["Title"]=> string(86) "Method to quantify high affinity lgE receptor alpha chain to monitor allergic diseases" ["PI"]=> string(14) "Fiebiger, Edda" ["Keywords"]=> array(4) { [0]=> string(5) "Assay" [1]=> string(9) "Biomarker" [2]=> string(14) "Large Molecule" [3]=> string(15) "Receptor/Ligand" } } [12]=> array(5) { ["ID"]=> int(55) ["CaseNumber"]=> string(4) "1647" ["Title"]=> string(49) "Diagnostic Test for Developmental Delay or Autism" ["PI"]=> string(11) "Wu, Bai-Lin" ["Keywords"]=> array(3) { [0]=> string(9) "Biomarker" [1]=> string(8) "Genomics" [2]=> string(9) "Pediatric" } } [13]=> array(5) { ["ID"]=> int(67) ["CaseNumber"]=> string(4) "1779" ["Title"]=> string(38) "Treatment and Diagnostic for Melanomas" ["PI"]=> string(15) "Zon, Leonard I." ["Keywords"]=> array(2) { [0]=> string(25) "Animal Model (zebra fish)" [1]=> string(9) "Biomarker" } } [14]=> array(5) { ["ID"]=> int(73) ["CaseNumber"]=> string(4) "1847" ["Title"]=> string(62) "Device for transcutaneous detection of vagus nerve stimulation" ["PI"]=> string(20) "Rotenberg, Alexander" ["Keywords"]=> array(0) { } } [15]=> array(5) { ["ID"]=> int(76) ["CaseNumber"]=> string(4) "1920" ["Title"]=> string(88) "Early Autism Diagnosis and Risk Assessment Using Complex Systems Analysis of EEG Signals" ["PI"]=> string(16) "Bosl, William J." ["Keywords"]=> array(3) { [0]=> string(6) "Autism" [1]=> string(9) "Pediatric" [2]=> string(8) "Software" } } [16]=> array(5) { ["ID"]=> int(79) ["CaseNumber"]=> string(4) "2196" ["Title"]=> string(66) "Novel HIV Vaccine Immunogens for Eliciting Neutralizing Antibodies" ["PI"]=> string(10) "Chen, Bing" ["Keywords"]=> array(2) { [0]=> string(7) "Protein" [1]=> string(7) "Vaccine" } } [17]=> array(5) { ["ID"]=> int(81) ["CaseNumber"]=> string(4) "2205" ["Title"]=> string(67) "Biomarker panel for the diagnosis of cardiac allograft vasculopathy" ["PI"]=> string(14) "Briscoe, David" ["Keywords"]=> array(1) { [0]=> string(16) "Organ Transplant" } } [18]=> array(5) { ["ID"]=> int(82) ["CaseNumber"]=> string(4) "2214" ["Title"]=> string(119) "Glycomics and Proteomics Simultaneously (GAPS): A rapid and novel sample preparation pipeline for complex glycoproteins" ["PI"]=> string(12) "Lee, Richard" ["Keywords"]=> array(3) { [0]=> string(5) "Assay" [1]=> string(10) "Proteomics" [2]=> string(7) "Reagent" } } [19]=> array(5) { ["ID"]=> int(83) ["CaseNumber"]=> string(4) "2258" ["Title"]=> string(65) "miRNA-135a to detect and reverse taxane resistance in tumor cells" ["PI"]=> string(13) "Zetter, Bruce" ["Keywords"]=> array(3) { [0]=> string(9) "Biomarker" [1]=> string(9) "Cell Line" [2]=> string(13) "Method of Use" } } [20]=> array(5) { ["ID"]=> int(84) ["CaseNumber"]=> string(4) "2259" ["Title"]=> string(81) "Novel malignancy associated response signatures associated with refractory tumors" ["PI"]=> string(15) "Lieberman, Judy" ["Keywords"]=> array(2) { [0]=> string(14) "Drug Screening" [1]=> string(20) "Stem/Progenitor Cell" } } [21]=> array(5) { ["ID"]=> int(105) ["CaseNumber"]=> string(4) "2477" ["Title"]=> string(87) "Improved characterization of white matter fascicles using cube and sphere diffusion MRI" ["PI"]=> string(15) "Warfield, Simon" ["Keywords"]=> array(2) { [0]=> string(9) "Biomarker" [1]=> string(7) "Imaging" } } [22]=> array(5) { ["ID"]=> int(106) ["CaseNumber"]=> string(4) "2613" ["Title"]=> string(63) "Improved white matter imaging using a novel computational model" ["PI"]=> string(15) "Warfield, Simon" ["Keywords"]=> array(3) { [0]=> string(3) "CNS" [1]=> string(15) "Instrumentation" [2]=> string(7) "Imaging" } } [23]=> array(5) { ["ID"]=> int(107) ["CaseNumber"]=> string(4) "2602" ["Title"]=> string(73) "Improved characterization of lesions using a novel DW-MRI analysis method" ["PI"]=> string(15) "Warfield, Simon" ["Keywords"]=> array(2) { [0]=> string(8) "Software" [1]=> string(7) "Imaging" } } [24]=> array(5) { ["ID"]=> int(122) ["CaseNumber"]=> string(4) "3259" ["Title"]=> string(72) "Curated gene list for diagnosis of sudden unexpected death in pediatrics" ["PI"]=> string(18) "Goldstein, Richard" ["Keywords"]=> array(4) { [0]=> string(9) "Biomarker" [1]=> string(15) "Gene expression" [2]=> string(21) "Neonatology/Pediatric" [3]=> string(9) "Pediatric" } } [25]=> array(5) { ["ID"]=> int(127) ["CaseNumber"]=> string(4) "3143" ["Title"]=> string(47) "GlycoPipe: Simple and Sensitive Glycoproteomics" ["PI"]=> string(15) "Froehlich, John" ["Keywords"]=> array(4) { [0]=> string(14) "Drug Discovery" [1]=> string(15) "Instrumentation" [2]=> string(7) "Protein" [3]=> string(10) "Proteomics" } } [26]=> array(5) { ["ID"]=> int(128) ["CaseNumber"]=> string(4) "3208" ["Title"]=> string(82) "Platform to assess extracellular vesicles transport across the blood brain barrier" ["PI"]=> string(13) "Moses, Marsha" ["Keywords"]=> array(9) { [0]=> string(5) "Assay" [1]=> string(3) "CNS" [2]=> string(13) "Disease Model" [3]=> string(13) "Drug Delivery" [4]=> string(14) "Drug Discovery" [5]=> string(14) "Drug Screening" [6]=> string(13) "Method of Use" [7]=> string(18) "Tissue Engineering" [8]=> string(8) "Platform" } } [27]=> array(5) { ["ID"]=> int(2) ["CaseNumber"]=> string(4) "2924" ["Title"]=> string(101) "AudioHub: Mobile software for better management and analysis of hearing assessment data in the clinic" ["PI"]=> string(13) "Shane, Howard" ["Keywords"]=> array(1) { [0]=> string(9) "Pediatric" } } [28]=> array(5) { ["ID"]=> int(16) ["CaseNumber"]=> string(4) "2751" ["Title"]=> string(32) "Headache tools to stay in school" ["PI"]=> string(15) "Lazdowsky, Lori" ["Keywords"]=> array(1) { [0]=> string(4) "Pain" } } [29]=> array(5) { ["ID"]=> int(72) ["CaseNumber"]=> string(4) "1838" ["Title"]=> string(55) "Novel Algorithm for High Speed Medical Image Processing" ["PI"]=> string(15) "Warfield, Simon" ["Keywords"]=> array(2) { [0]=> string(15) "Instrumentation" [1]=> string(8) "Software" } } [30]=> array(5) { ["ID"]=> int(85) ["CaseNumber"]=> string(4) "2264" ["Title"]=> string(84) "Improved mass spectrometry-based multiplexing strategies for quantitative proteomics" ["PI"]=> string(12) "Steen, Hanno" ["Keywords"]=> array(2) { [0]=> string(10) "Proteomics" [1]=> string(8) "Software" } } [31]=> array(5) { ["ID"]=> int(91) ["CaseNumber"]=> string(4) "2422" ["Title"]=> string(58) "GRAEZing: A classifier to increase glycoproteomic coverage" ["PI"]=> string(12) "Lee, Richard" ["Keywords"]=> array(1) { [0]=> string(8) "Software" } } [32]=> array(5) { ["ID"]=> int(94) ["CaseNumber"]=> string(4) "2462" ["Title"]=> string(68) "Detection of epilepsy with analysis of electromagnetic signals (EEG)" ["PI"]=> string(16) "Bosl, William J." ["Keywords"]=> array(1) { [0]=> string(8) "Software" } } [33]=> array(5) { ["ID"]=> int(130) ["CaseNumber"]=> string(4) "2682" ["Title"]=> string(68) "GlazeR: A glycosylation analysis software for mass spectrometry data" ["PI"]=> string(12) "Lee, Richard" ["Keywords"]=> array(1) { [0]=> string(14) "Drug Discovery" } } [34]=> array(5) { ["ID"]=> int(15) ["CaseNumber"]=> string(4) "1701" ["Title"]=> string(33) "Contact Lens Drug Delivery Device" ["PI"]=> string(17) "Kohane, Daniel S." ["Keywords"]=> array(2) { [0]=> string(15) "Instrumentation" [1]=> string(13) "Method of Use" } } [35]=> array(5) { ["ID"]=> int(44) ["CaseNumber"]=> string(4) "1350" ["Title"]=> string(63) "Microfluidic devices for magnetic separation in continuous flow" ["PI"]=> string(14) "Ingber, Donald" ["Keywords"]=> array(1) { [0]=> string(12) "Patient Care" } } [36]=> array(5) { ["ID"]=> int(45) ["CaseNumber"]=> string(4) "1468" ["Title"]=> string(67) "Novel Two Piece Replacement Heart Valve Delivered via Transcatheter" ["PI"]=> string(11) "Lock, James" ["Keywords"]=> array(1) { [0]=> string(14) "Medical Device" } } [37]=> array(5) { ["ID"]=> int(46) ["CaseNumber"]=> string(4) "1498" ["Title"]=> string(79) "Enabling Devices for Beating Heart Intracardiac Surgery - 1 (Valve Repair Clip)" ["PI"]=> string(18) "del Nido, Pedro J." ["Keywords"]=> array(0) { } } [38]=> array(5) { ["ID"]=> int(59) ["CaseNumber"]=> string(4) "1695" ["Title"]=> string(17) "Hydration Monitor" ["PI"]=> string(24) "Bezzerides, Vassilios J." ["Keywords"]=> array(2) { [0]=> string(14) "Medical Device" [1]=> string(12) "Patient Care" } } [39]=> array(5) { ["ID"]=> int(78) ["CaseNumber"]=> string(4) "2135" ["Title"]=> string(43) "Nanowired three-dimensional cardiac patches" ["PI"]=> string(9) "Dvir, Tal" ["Keywords"]=> array(2) { [0]=> string(7) "Surgery" [1]=> string(18) "Tissue Engineering" } } [40]=> array(5) { ["ID"]=> int(89) ["CaseNumber"]=> string(4) "2328" ["Title"]=> string(48) "Surface-Modified Circuits for Blood Modification" ["PI"]=> string(17) "Kohane, Daniel S." ["Keywords"]=> array(3) { [0]=> string(14) "Medical Device" [1]=> string(12) "Patient Care" [2]=> string(7) "Polymer" } } [41]=> array(5) { ["ID"]=> int(92) ["CaseNumber"]=> string(4) "2433" ["Title"]=> string(78) "Three-dimensional synthetic biomaterials as structural and bioactive scaffolds" ["PI"]=> string(17) "Kohane, Daniel S." ["Keywords"]=> array(1) { [0]=> string(18) "Tissue Engineering" } } [42]=> array(5) { ["ID"]=> int(103) ["CaseNumber"]=> string(4) "2364" ["Title"]=> string(64) "A cell-free, silk-based scaffold for regenerating bladder tissue" ["PI"]=> string(14) "Mauney, Joshua" ["Keywords"]=> array(4) { [0]=> string(15) "Instrumentation" [1]=> string(13) "Method of Use" [2]=> string(7) "Surgery" [3]=> string(18) "Tissue Engineering" } } [43]=> array(5) { ["ID"]=> int(109) ["CaseNumber"]=> string(4) "2154" ["Title"]=> string(107) "Devices and methods of papillary muscle approximation for tricuspid valve repair and ventricular remodeling" ["PI"]=> string(18) "del Nido, Pedro J." ["Keywords"]=> array(1) { [0]=> string(7) "Surgery" } } [44]=> array(5) { ["ID"]=> int(111) ["CaseNumber"]=> string(4) "2625" ["Title"]=> string(86) "Robotic Implant to Apply Tissue Traction Forces in the Treatment of Esophageal Atresia" ["PI"]=> string(14) "Dupont, Pierre" ["Keywords"]=> array(1) { [0]=> string(7) "Surgery" } } [45]=> array(5) { ["ID"]=> int(113) ["CaseNumber"]=> string(4) "2607" ["Title"]=> string(29) "Extremely Short Magnet Needle" ["PI"]=> string(12) "Liu, Kaifeng" ["Keywords"]=> array(0) { } } [46]=> array(5) { ["ID"]=> int(120) ["CaseNumber"]=> string(4) "1869" ["Title"]=> string(68) "Silk fibroin bilayer grafts for reconstruction of esophageal defects" ["PI"]=> string(14) "Mauney, Joshua" ["Keywords"]=> array(1) { [0]=> string(18) "Tissue Engineering" } } [47]=> array(5) { ["ID"]=> int(25) ["CaseNumber"]=> string(3) "846" ["Title"]=> string(18) "Novel AIDS Vaccine" ["PI"]=> string(14) "Aldovini, Anna" ["Keywords"]=> array(1) { [0]=> string(7) "Vaccine" } } [48]=> array(5) { ["ID"]=> int(41) ["CaseNumber"]=> string(4) "1320" ["Title"]=> string(69) "DVD: ''Raising your Celiac Child: Guidelines for a Gluten-free Life''" ["PI"]=> string(15) "Leichtner, Alan" ["Keywords"]=> array(1) { [0]=> string(12) "Patient Care" } } [49]=> array(5) { ["ID"]=> int(68) ["CaseNumber"]=> string(4) "1787" ["Title"]=> string(38) "Video: Safe Care in the Operating Room" ["PI"]=> string(17) "Norton, Elizabeth" ["Keywords"]=> array(0) { } } [50]=> array(5) { ["ID"]=> int(0) ["CaseNumber"]=> string(4) "3322" ["Title"]=> string(53) "Peptide-binding Nanobody for Biochemical Applications" ["PI"]=> string(13) "Ploegh, Hidde" ["Keywords"]=> array(6) { [0]=> string(8) "Antibody" [1]=> string(13) "Method of Use" [2]=> string(7) "Protein" [3]=> string(7) "Reagent" [4]=> string(17) "Molecular biology" [5]=> string(7) "Imaging" } } [51]=> array(5) { ["ID"]=> int(7) ["CaseNumber"]=> string(4) "2200" ["Title"]=> string(44) "Novel age-specific vaccine testing platform " ["PI"]=> string(10) "Levy, Ofer" ["Keywords"]=> array(3) { [0]=> string(5) "Assay" [1]=> string(7) "Vaccine" [2]=> string(8) "Platform" } } [52]=> array(5) { ["ID"]=> int(10) ["CaseNumber"]=> string(4) "2985" ["Title"]=> string(46) "Engineered Antibody Class Switch Recombination" ["PI"]=> string(16) "Chiarle, Roberto" ["Keywords"]=> array(1) { [0]=> string(8) "Antibody" } } [53]=> array(5) { ["ID"]=> int(11) ["CaseNumber"]=> string(4) "1990" ["Title"]=> string(46) "CELL-TYPE SPECIFIC SYSTEMIC DELIVERY OF siRNA" ["PI"]=> string(15) "Lieberman, Judy" ["Keywords"]=> array(0) { } } [54]=> array(5) { ["ID"]=> int(13) ["CaseNumber"]=> string(4) "2789" ["Title"]=> string(102) "A method for detection of recurrent and non-specific double-stranded DNA break locations in the genome" ["PI"]=> string(17) "Alt, Frederick W." ["Keywords"]=> array(2) { [0]=> string(5) "Assay" [1]=> string(17) "Molecular biology" } } [55]=> array(5) { ["ID"]=> int(14) ["CaseNumber"]=> string(4) "2370" ["Title"]=> string(58) "Conformation-stabilized TRAP antigens for malaria vaccines" ["PI"]=> string(17) "Springer, Timothy" ["Keywords"]=> array(1) { [0]=> string(7) "Vaccine" } } [56]=> array(5) { ["ID"]=> int(20) ["CaseNumber"]=> string(3) "541" ["Title"]=> string(37) "Neurokinin-1 Receptor Knock-Out Mouse" ["PI"]=> string(13) "Gerard, Craig" ["Keywords"]=> array(2) { [0]=> string(20) "Animal Model (mouse)" [1]=> string(14) "Drug Screening" } } [57]=> array(5) { ["ID"]=> int(26) ["CaseNumber"]=> string(3) "851" ["Title"]=> string(19) "C3aR Knock-Out Mice" ["PI"]=> string(13) "Gerard, Craig" ["Keywords"]=> array(3) { [0]=> string(20) "Animal Model (mouse)" [1]=> string(14) "Drug Discovery" [2]=> string(14) "Drug Screening" } } [58]=> array(5) { ["ID"]=> int(27) ["CaseNumber"]=> string(3) "917" ["Title"]=> string(32) "A mouse model for CNS disorders." ["PI"]=> string(15) "Corfas, Gabriel" ["Keywords"]=> array(1) { [0]=> string(13) "Disease Model" } } [59]=> array(5) { ["ID"]=> int(28) ["CaseNumber"]=> string(3) "960" ["Title"]=> string(84) "Bacterial Ion Channel, a Platform for Screening Ion Channel Agonists and Antagonists" ["PI"]=> string(14) "Clapham, David" ["Keywords"]=> array(2) { [0]=> string(14) "Drug Screening" [1]=> string(12) "Ion Channels" } } [60]=> array(5) { ["ID"]=> int(33) ["CaseNumber"]=> string(4) "1130" ["Title"]=> string(180) "Mouse Model for Drug Development and Research in: (1) Myelination Abnormalities such as ALS (Amyotrophic Lateral Sclerosis), Schizophrenia, Bipolar Disorder; and (2) Drug Addiction" ["PI"]=> string(15) "Corfas, Gabriel" ["Keywords"]=> array(4) { [0]=> string(20) "Animal Model (mouse)" [1]=> string(14) "Drug Discovery" [2]=> string(14) "Drug Screening" [3]=> string(19) "Small Molecule/Drug" } } [61]=> array(5) { ["ID"]=> int(34) ["CaseNumber"]=> string(4) "1133" ["Title"]=> string(80) "Mouse Model for Drug Development and Research in Peripheral Sensory Neuropathies" ["PI"]=> string(15) "Corfas, Gabriel" ["Keywords"]=> array(4) { [0]=> string(20) "Animal Model (mouse)" [1]=> string(13) "Disease Model" [2]=> string(14) "Drug Discovery" [3]=> string(14) "Drug Screening" } } [62]=> array(5) { ["ID"]=> int(39) ["CaseNumber"]=> string(4) "1226" ["Title"]=> string(43) "Monoclonal Antibodies to Native Murine CCR9" ["PI"]=> string(15) "Campbell, James" ["Keywords"]=> array(2) { [0]=> string(8) "Antibody" [1]=> string(7) "Reagent" } } [63]=> array(5) { ["ID"]=> int(70) ["CaseNumber"]=> string(4) "1821" ["Title"]=> string(96) "High Performance GAP-43 Antibody to Detect Axonal Regeneration for Drug Development and Research" ["PI"]=> string(15) "Benowitz, Larry" ["Keywords"]=> array(2) { [0]=> string(8) "Antibody" [1]=> string(14) "Drug Discovery" } } [64]=> array(5) { ["ID"]=> int(71) ["CaseNumber"]=> string(4) "1826" ["Title"]=> string(46) "Antibody against the N-terminus of GLT-1/EAAT2" ["PI"]=> string(15) "Rosenberg, Paul" ["Keywords"]=> array(1) { [0]=> string(8) "Antibody" } } [65]=> array(5) { ["ID"]=> int(74) ["CaseNumber"]=> string(4) "1894" ["Title"]=> string(99) "Defining physiological functions of syndecan-1 in health and disease using the syndecan-1 null mice" ["PI"]=> string(14) "Park, Pyong W." ["Keywords"]=> array(1) { [0]=> string(20) "Animal Model (mouse)" } } [66]=> array(5) { ["ID"]=> int(90) ["CaseNumber"]=> string(4) "2396" ["Title"]=> string(105) "Discovery of GSK3ß inhibitors to treat neuromuscular diseases through novel zebrafish screening platform" ["PI"]=> string(15) "Zon, Leonard I." ["Keywords"]=> array(3) { [0]=> string(25) "Animal Model (zebra fish)" [1]=> string(14) "Drug Screening" [2]=> string(19) "Small Molecule/Drug" } } [67]=> array(5) { ["ID"]=> int(93) ["CaseNumber"]=> string(4) "2460" ["Title"]=> string(68) "Efficient and specific gene knockdown by siRNAs produced in bacteria" ["PI"]=> string(15) "Lieberman, Judy" ["Keywords"]=> array(2) { [0]=> string(13) "Drug Delivery" [1]=> string(5) "siRNA" } } [68]=> array(5) { ["ID"]=> int(96) ["CaseNumber"]=> string(4) "2583" ["Title"]=> string(51) "Chemical inducer of dimerization cleavable by light" ["PI"]=> string(20) "Schwarz, PhD, Thomas" ["Keywords"]=> array(1) { [0]=> string(14) "Cell Signaling" } } [69]=> array(5) { ["ID"]=> int(97) ["CaseNumber"]=> string(4) "2615" ["Title"]=> string(71) "Device and methods for analyzing rodent behavior using light technology" ["PI"]=> string(15) "Woolf, Clifford" ["Keywords"]=> array(2) { [0]=> string(15) "Instrumentation" [1]=> string(13) "Method of Use" } } [70]=> array(5) { ["ID"]=> int(98) ["CaseNumber"]=> string(4) "2572" ["Title"]=> string(44) "Conversion of somatic cells into nociceptors" ["PI"]=> string(15) "Woolf, Clifford" ["Keywords"]=> array(1) { [0]=> string(5) "Assay" } } [71]=> array(5) { ["ID"]=> int(100) ["CaseNumber"]=> string(4) "2644" ["Title"]=> string(61) "Mouse Model for Generation of Antibodies and Vaccine Antigens" ["PI"]=> string(17) "Alt, Frederick W." ["Keywords"]=> array(4) { [0]=> string(8) "Antibody" [1]=> string(7) "Vaccine" [2]=> string(11) "Mouse Model" [3]=> string(8) "Platform" } } [72]=> array(5) { ["ID"]=> int(102) ["CaseNumber"]=> string(4) "2563" ["Title"]=> string(96) "MStern blotting: An improved method of sample preparation for mass spectrometry-based proteomics" ["PI"]=> string(12) "Steen, Hanno" ["Keywords"]=> array(2) { [0]=> string(5) "Assay" [1]=> string(10) "Proteomics" } } [73]=> array(5) { ["ID"]=> int(104) ["CaseNumber"]=> string(4) "2371" ["Title"]=> string(42) "Novel Antibiotic from a Costa Rican Fungus" ["PI"]=> string(17) "Watnick, Paula I." ["Keywords"]=> array(3) { [0]=> string(5) "Assay" [1]=> string(14) "Drug Screening" [2]=> string(21) "Neonatology/Pediatric" } } [74]=> array(5) { ["ID"]=> int(114) ["CaseNumber"]=> string(4) "2797" ["Title"]=> string(56) "Novel and highly efficient production of red blood cells" ["PI"]=> string(15) "Sankaran, Vijay" ["Keywords"]=> array(1) { [0]=> string(20) "Stem/Progenitor Cell" } } [75]=> array(5) { ["ID"]=> int(121) ["CaseNumber"]=> string(4) "3161" ["Title"]=> string(71) "Method to derive microglia from hematopoietic progenitor and stem cells" ["PI"]=> string(14) "Rossi, Derrick" ["Keywords"]=> array(5) { [0]=> string(5) "Assay" [1]=> string(9) "Cell Line" [2]=> string(12) "Cell Therapy" [3]=> string(3) "CNS" [4]=> string(14) "Drug Screening" } } [76]=> array(5) { ["ID"]=> int(1) ["CaseNumber"]=> string(4) "3085" ["Title"]=> string(66) "Novel pathway and treatments for pathological retinal angiogenesis" ["PI"]=> string(11) "Smith, Lois" ["Keywords"]=> array(4) { [0]=> string(17) "Anti-angiogenesis" [1]=> string(19) "Small Molecule/Drug" [2]=> string(14) "Cell Signaling" [3]=> string(12) "Gene Therapy" } } [77]=> array(5) { ["ID"]=> int(3) ["CaseNumber"]=> string(4) "2064" ["Title"]=> string(55) "miRNAs as therapeutic modulators to treat blood cancers" ["PI"]=> string(15) "Lieberman, Judy" ["Keywords"]=> array(0) { } } [78]=> array(5) { ["ID"]=> int(4) ["CaseNumber"]=> string(4) "2956" ["Title"]=> string(73) "CD45 Phosphatase Inhibition as a Treatment for Heart Disease and Fibrosis" ["PI"]=> string(15) "Bischoff, Joyce" ["Keywords"]=> array(1) { [0]=> string(13) "Heart Disease" } } [79]=> array(5) { ["ID"]=> int(5) ["CaseNumber"]=> string(4) "2930" ["Title"]=> string(71) "Improving DNA repair efficiency for CRISPR/Cas9-mediated genome editing" ["PI"]=> string(14) "Rossi, Derrick" ["Keywords"]=> array(2) { [0]=> string(4) "Gene" [1]=> string(12) "Gene Therapy" } } [80]=> array(5) { ["ID"]=> int(6) ["CaseNumber"]=> string(4) "2834" ["Title"]=> string(50) "Novel use of senicapoc to treat or prevent malaria" ["PI"]=> string(13) "Tubman, Venee" ["Keywords"]=> array(3) { [0]=> string(18) "New Indication/Use" [1]=> string(19) "Small Molecule/Drug" [2]=> string(6) "Target" } } [81]=> array(5) { ["ID"]=> int(8) ["CaseNumber"]=> string(4) "2800" ["Title"]=> string(94) "Ffar1 inhibitors that target dysfunctional energy metabolism in the eye to treat retinopathies" ["PI"]=> string(11) "Smith, Lois" ["Keywords"]=> array(0) { } } [82]=> array(5) { ["ID"]=> int(9) ["CaseNumber"]=> string(4) "2853" ["Title"]=> string(103) "Innovative Uses of Biofilms for Protein Delivery, Vaccine Development, and Infectious Disease Treatment" ["PI"]=> string(17) "Watnick, Paula I." ["Keywords"]=> array(1) { [0]=> string(13) "Drug Delivery" } } [83]=> array(5) { ["ID"]=> int(17) ["CaseNumber"]=> string(4) "2585" ["Title"]=> string(76) "CYP2C8: a target for treating and preventing vascular diseases of the retina" ["PI"]=> string(11) "Smith, Lois" ["Keywords"]=> array(2) { [0]=> string(14) "Drug Discovery" [1]=> string(19) "Small Molecule/Drug" } } [84]=> array(5) { ["ID"]=> int(21) ["CaseNumber"]=> string(3) "600" ["Title"]=> string(81) "Administration of inosine to stimulate innervation and recovery of motor function" ["PI"]=> string(15) "Benowitz, Larry" ["Keywords"]=> array(2) { [0]=> string(18) "Spinal Cord Injury" [1]=> string(6) "Stroke" } } [85]=> array(5) { ["ID"]=> int(29) ["CaseNumber"]=> string(3) "978" ["Title"]=> string(58) "TIMP2 Loop 6 peptide: an endogenous angiogenesis inhibitor" ["PI"]=> string(13) "Moses, Marsha" ["Keywords"]=> array(3) { [0]=> string(17) "Anti-angiogenesis" [1]=> string(21) "Composition of Matter" [2]=> string(7) "Peptide" } } [86]=> array(5) { ["ID"]=> int(30) ["CaseNumber"]=> string(4) "1016" ["Title"]=> string(51) "Caplostatin, a novel anti-angiogenic polymeric drug" ["PI"]=> string(21) "Satchi-Fainaro, Ronit" ["Keywords"]=> array(3) { [0]=> string(17) "Anti-angiogenesis" [1]=> string(21) "Composition of Matter" [2]=> string(19) "Small Molecule/Drug" } } [87]=> array(5) { ["ID"]=> int(31) ["CaseNumber"]=> string(4) "1022" ["Title"]=> string(64) "Recombinant VP4 Polypeptides as Antigens for a Rotavirus Vaccine" ["PI"]=> string(17) "Harrison, Stephen" ["Keywords"]=> array(1) { [0]=> string(7) "Vaccine" } } [88]=> array(5) { ["ID"]=> int(32) ["CaseNumber"]=> string(4) "1101" ["Title"]=> string(87) "Inhibition of dengue infection by binding of drugs to a novel site on dengue E protein." ["PI"]=> string(17) "Harrison, Stephen" ["Keywords"]=> array(3) { [0]=> string(14) "Drug Discovery" [1]=> string(14) "Drug Screening" [2]=> string(11) "Drug Design" } } [89]=> array(5) { ["ID"]=> int(35) ["CaseNumber"]=> string(4) "1148" ["Title"]=> string(46) "Endostatin Peptides with Anti-Tumor Properties" ["PI"]=> string(17) "Javaherian, Kashi" ["Keywords"]=> array(4) { [0]=> string(17) "Anti-angiogenesis" [1]=> string(21) "Composition of Matter" [2]=> string(7) "Peptide" [3]=> string(12) "Gene Therapy" } } [90]=> array(5) { ["ID"]=> int(36) ["CaseNumber"]=> string(4) "1183" ["Title"]=> string(63) "Stimulating Axon Regeneration by Blocking EGF Receptor Activity" ["PI"]=> string(11) "He, Zhigang" ["Keywords"]=> array(4) { [0]=> string(5) "Assay" [1]=> string(14) "Drug Discovery" [2]=> string(19) "Small Molecule/Drug" [3]=> string(18) "Spinal Cord Injury" } } [91]=> array(5) { ["ID"]=> int(43) ["CaseNumber"]=> string(4) "1348" ["Title"]=> string(60) "Ion channel inhibition to minimize stroke's secondary damage" ["PI"]=> string(14) "Clapham, David" ["Keywords"]=> array(1) { [0]=> string(14) "Drug Screening" } } [92]=> array(5) { ["ID"]=> int(47) ["CaseNumber"]=> string(4) "1550" ["Title"]=> string(18) "Intravenous Oxygen" ["PI"]=> string(14) "Kheir, John N." ["Keywords"]=> array(2) { [0]=> string(12) "Patient Care" [1]=> string(7) "Polymer" } } [93]=> array(5) { ["ID"]=> int(49) ["CaseNumber"]=> string(4) "1594" ["Title"]=> string(51) "Novel Treatment for Polycystic Kidney Disease (PKD)" ["PI"]=> string(20) "Kreidberg, Jordan A." ["Keywords"]=> array(3) { [0]=> string(20) "Animal Model (mouse)" [1]=> string(18) "New Indication/Use" [2]=> string(19) "Small Molecule/Drug" } } [94]=> array(5) { ["ID"]=> int(50) ["CaseNumber"]=> string(4) "1601" ["Title"]=> string(35) "Lodamin for the Treatment of Cancer" ["PI"]=> string(14) "Folkman, M. J." ["Keywords"]=> array(3) { [0]=> string(17) "Anti-angiogenesis" [1]=> string(21) "Composition of Matter" [2]=> string(19) "Small Molecule/Drug" } } [95]=> array(5) { ["ID"]=> int(52) ["CaseNumber"]=> string(4) "1610" ["Title"]=> string(34) "Combination treatment for melanoma" ["PI"]=> string(15) "Zon, Leonard I." ["Keywords"]=> array(1) { [0]=> string(25) "Animal Model (zebra fish)" } } [96]=> array(5) { ["ID"]=> int(53) ["CaseNumber"]=> string(4) "1611" ["Title"]=> string(35) "Treatment of Airway Hyperreactivity" ["PI"]=> string(12) "Umetsu, Dale" ["Keywords"]=> array(2) { [0]=> string(13) "Disease Model" [1]=> string(12) "Patient Care" } } [97]=> array(5) { ["ID"]=> int(54) ["CaseNumber"]=> string(4) "1616" ["Title"]=> string(62) "Fetal Tissue Engineered Patches to Repair Congenital Anomalies" ["PI"]=> string(12) "Fauza, Dario" ["Keywords"]=> array(2) { [0]=> string(7) "Surgery" [1]=> string(18) "Tissue Engineering" } } [98]=> array(5) { ["ID"]=> int(56) ["CaseNumber"]=> string(4) "1663" ["Title"]=> string(44) "Oral delivery of therapeutic large molecules" ["PI"]=> string(13) "Lencer, Wayne" ["Keywords"]=> array(1) { [0]=> string(13) "Drug Delivery" } } [99]=> array(5) { ["ID"]=> int(57) ["CaseNumber"]=> string(4) "1691" ["Title"]=> string(59) "Novel peptides to promote wound healing and neuroprotection" ["PI"]=> string(15) "D'Amato, Robert" ["Keywords"]=> array(2) { [0]=> string(21) "Composition of Matter" [1]=> string(7) "Peptide" } } [100]=> array(5) { ["ID"]=> int(58) ["CaseNumber"]=> string(4) "1693" ["Title"]=> string(51) "Novel Pneumococcal Vaccine with Adjuvant Properties" ["PI"]=> string(15) "Malley, Richard" ["Keywords"]=> array(3) { [0]=> string(21) "Composition of Matter" [1]=> string(13) "Method of Use" [2]=> string(7) "Vaccine" } } [101]=> array(5) { ["ID"]=> int(60) ["CaseNumber"]=> string(4) "1719" ["Title"]=> string(51) "Novel Treatment for Angiogenesis-dependent Diseases" ["PI"]=> string(14) "Ingber, Donald" ["Keywords"]=> array(2) { [0]=> string(17) "Anti-angiogenesis" [1]=> string(12) "Ion Channels" } } [102]=> array(5) { ["ID"]=> int(61) ["CaseNumber"]=> string(4) "1720" ["Title"]=> string(81) "Modulators of Nitric Oxide Signaling for the Stimulation Hematopoietic Stem Cells" ["PI"]=> string(15) "Zon, Leonard I." ["Keywords"]=> array(1) { [0]=> string(20) "Stem/Progenitor Cell" } } [103]=> array(5) { ["ID"]=> int(62) ["CaseNumber"]=> string(4) "1721" ["Title"]=> string(52) "Novel Treatment for Ocular Neovascularizing Diseases" ["PI"]=> string(14) "Ingber, Donald" ["Keywords"]=> array(2) { [0]=> string(20) "Animal Model (mouse)" [1]=> string(17) "Anti-angiogenesis" } } [104]=> array(5) { ["ID"]=> int(63) ["CaseNumber"]=> string(4) "1742" ["Title"]=> string(118) "Novel Approaches for HIV Vaccines that Elicit Neutralizing Antibodies: gp41 Locked in Fusion-intermediate Conformation" ["PI"]=> string(17) "Harrison, Stephen" ["Keywords"]=> array(1) { [0]=> string(7) "Vaccine" } } [105]=> array(5) { ["ID"]=> int(64) ["CaseNumber"]=> string(4) "1750" ["Title"]=> string(61) "Rapamycin and its analogs as novel treatments for hemangiomas" ["PI"]=> string(15) "Bischoff, Joyce" ["Keywords"]=> array(4) { [0]=> string(13) "Disease Model" [1]=> string(14) "Drug Screening" [2]=> string(18) "New Indication/Use" [3]=> string(12) "Dermatologic" } } [106]=> array(5) { ["ID"]=> int(65) ["CaseNumber"]=> string(4) "1770" ["Title"]=> string(60) "Wnt antagonists for treatment and prevention of osteoporosis" ["PI"]=> string(6) "He, Xi" ["Keywords"]=> array(1) { [0]=> string(14) "Large Molecule" } } [107]=> array(5) { ["ID"]=> int(66) ["CaseNumber"]=> string(4) "1775" ["Title"]=> string(62) "Inhibitors of GABA transaminase and NKCC1 as an anticonvulsant" ["PI"]=> string(18) "Jensen, Frances E." ["Keywords"]=> array(1) { [0]=> string(9) "Pediatric" } } [108]=> array(5) { ["ID"]=> int(69) ["CaseNumber"]=> string(4) "1810" ["Title"]=> string(33) "Lodamin for Treating Eye Diseases" ["PI"]=> string(15) "D'Amato, Robert" ["Keywords"]=> array(1) { [0]=> string(17) "Anti-angiogenesis" } } [109]=> array(5) { ["ID"]=> int(75) ["CaseNumber"]=> string(4) "1898" ["Title"]=> string(30) "Novel Asthma Vaccine Candidate" ["PI"]=> string(12) "Umetsu, Dale" ["Keywords"]=> array(3) { [0]=> string(15) "Chronic Disease" [1]=> string(9) "Pediatric" [2]=> string(7) "Vaccine" } } [110]=> array(5) { ["ID"]=> int(77) ["CaseNumber"]=> string(4) "2008" ["Title"]=> string(64) "Delivery of Therapeutic Compounds Across the Blood Brain Barrier" ["PI"]=> string(25) "Narasimhaswamy, Manjunath" ["Keywords"]=> array(3) { [0]=> string(3) "CNS" [1]=> string(13) "Drug Delivery" [2]=> string(12) "Transfection" } } [111]=> array(5) { ["ID"]=> int(80) ["CaseNumber"]=> string(4) "2201" ["Title"]=> string(45) "Chimeric peptides for the treatment of cancer" ["PI"]=> string(18) "Williams, David A." ["Keywords"]=> array(2) { [0]=> string(14) "Drug Discovery" [1]=> string(14) "Large Molecule" } } [112]=> array(5) { ["ID"]=> int(86) ["CaseNumber"]=> string(4) "2277" ["Title"]=> string(98) "Treatment of thrombosis and prevention of toxicity caused by neutrophil extracellular traps (NETs)" ["PI"]=> string(17) "Wagner, Denisa D." ["Keywords"]=> array(1) { [0]=> string(13) "Method of Use" } } [113]=> array(5) { ["ID"]=> int(87) ["CaseNumber"]=> string(4) "2296" ["Title"]=> string(87) "Peptide-based inhibitor for treating chronic viral and autoimmune inflammatory diseases" ["PI"]=> string(15) "Kagan, Jonathan" ["Keywords"]=> array(1) { [0]=> string(19) "Small Molecule/Drug" } } [114]=> array(5) { ["ID"]=> int(88) ["CaseNumber"]=> string(4) "2299" ["Title"]=> string(32) "Influenza Virus Vaccine Strategy" ["PI"]=> string(17) "Harrison, Stephen" ["Keywords"]=> array(2) { [0]=> string(3) "HIV" [1]=> string(7) "Vaccine" } } [115]=> array(5) { ["ID"]=> int(95) ["CaseNumber"]=> string(4) "2506" ["Title"]=> string(41) "miR-19a/b stimulates cardiac regeneration" ["PI"]=> string(11) "Wang, Dazhi" ["Keywords"]=> array(2) { [0]=> string(12) "Cell Therapy" [1]=> string(13) "Heart Disease" } } [116]=> array(5) { ["ID"]=> int(99) ["CaseNumber"]=> string(4) "2343" ["Title"]=> string(79) "Chelation of zinc promotes nerve regeneration within the central nervous system" ["PI"]=> string(15) "Benowitz, Larry" ["Keywords"]=> array(8) { [0]=> string(3) "CNS" [1]=> string(10) "Neuropathy" [2]=> string(18) "New Indication/Use" [3]=> string(7) "Polymer" [4]=> string(19) "Small Molecule/Drug" [5]=> string(18) "Spinal Cord Injury" [6]=> string(6) "Stroke" [7]=> string(6) "Target" } } [117]=> array(5) { ["ID"]=> int(101) ["CaseNumber"]=> string(4) "1973" ["Title"]=> string(83) "Topical anti-microbial agents for the prevention of STDs and other viral infections" ["PI"]=> string(15) "Lieberman, Judy" ["Keywords"]=> array(1) { [0]=> string(5) "siRNA" } } [118]=> array(5) { ["ID"]=> int(108) ["CaseNumber"]=> string(4) "2520" ["Title"]=> string(82) "Extracellular Matrix Modulators as Therapeutics for Prevention of Vascular Leakage" ["PI"]=> string(11) "Ingber, Don" ["Keywords"]=> array(2) { [0]=> string(13) "Heart Disease" [1]=> string(16) "Organ Transplant" } } [119]=> array(5) { ["ID"]=> int(110) ["CaseNumber"]=> string(4) "2339" ["Title"]=> string(103) "Innovative Uses of Biofilms for Protein Delivery, Vaccine Development, and Infectious Disease Treatment" ["PI"]=> string(17) "Watnick, Paula I." ["Keywords"]=> array(4) { [0]=> string(13) "Drug Delivery" [1]=> string(7) "Protein" [2]=> string(7) "Vaccine" [3]=> string(8) "Platform" } } [120]=> array(5) { ["ID"]=> int(112) ["CaseNumber"]=> string(4) "2331" ["Title"]=> string(69) "Therapeutic for viral infection-triggered asthma with c-Kit inhibitor" ["PI"]=> string(12) "Umetsu, Dale" ["Keywords"]=> array(0) { } } [121]=> array(5) { ["ID"]=> int(115) ["CaseNumber"]=> string(4) "2805" ["Title"]=> string(51) "Novel adjuvant supplement to boost vaccine efficacy" ["PI"]=> string(15) "Kagan, Jonathan" ["Keywords"]=> array(1) { [0]=> string(5) "Assay" } } [122]=> array(5) { ["ID"]=> int(116) ["CaseNumber"]=> string(4) "2295" ["Title"]=> string(96) "DEPTOR as a target for the treatment of chronic inflammation and angiogenesis-dependent diseases" ["PI"]=> string(14) "Briscoe, David" ["Keywords"]=> array(1) { [0]=> string(14) "Drug Discovery" } } [123]=> array(5) { ["ID"]=> int(117) ["CaseNumber"]=> string(4) "1964" ["Title"]=> string(75) "CD154 as a target for the treatment of thrombotic and inflammatory diseases" ["PI"]=> string(17) "Wagner, Denisa D." ["Keywords"]=> array(2) { [0]=> string(14) "Drug Discovery" [1]=> string(14) "Drug Screening" } } [124]=> array(5) { ["ID"]=> int(118) ["CaseNumber"]=> string(4) "2936" ["Title"]=> string(68) "Novel mechanism and compound for the treatment of metastatic cancers" ["PI"]=> string(13) "Zetter, Bruce" ["Keywords"]=> array(0) { } } [125]=> array(5) { ["ID"]=> int(119) ["CaseNumber"]=> string(4) "3001" ["Title"]=> string(86) "Reinvigoration of exhausted T-cell by targeted activation of lipid scramblase, TMEM16F" ["PI"]=> string(14) "Winau, Florian" ["Keywords"]=> array(0) { } } [126]=> array(5) { ["ID"]=> int(123) ["CaseNumber"]=> string(4) "2326" ["Title"]=> string(57) "Dietary Fatty Acid Approach to Improve Fertility in Aging" ["PI"]=> string(11) "Puder, Mark" ["Keywords"]=> array(4) { [0]=> string(20) "Animal Model (mouse)" [1]=> string(13) "Method of Use" [2]=> string(20) "Stem/Progenitor Cell" [3]=> string(11) "Mouse Model" } } [127]=> array(5) { ["ID"]=> int(124) ["CaseNumber"]=> string(4) "3118" ["Title"]=> string(94) "Novel therapeutic target to treat nerve damage by promoting neuronal survival and regeneration" ["PI"]=> string(20) "He, PhD, BM, Zhigang" ["Keywords"]=> array(4) { [0]=> string(3) "CNS" [1]=> string(10) "Neuropathy" [2]=> string(18) "Spinal Cord Injury" [3]=> string(6) "Target" } } [128]=> array(5) { ["ID"]=> int(125) ["CaseNumber"]=> string(4) "3093" ["Title"]=> string(50) "Dual-targeting liposome-based drug delivery system" ["PI"]=> string(13) "Moses, Marsha" ["Keywords"]=> array(7) { [0]=> string(20) "Animal Model (mouse)" [1]=> string(13) "Drug Delivery" [2]=> string(15) "Gene expression" [3]=> string(15) "Receptor/Ligand" [4]=> string(14) "Cell Signaling" [5]=> string(11) "Drug Design" [6]=> string(8) "Platform" } } [129]=> array(5) { ["ID"]=> int(126) ["CaseNumber"]=> string(4) "3094" ["Title"]=> string(60) "Nanoparticles targeting gene editing systems to cancer cells" ["PI"]=> string(13) "Moses, Marsha" ["Keywords"]=> array(8) { [0]=> string(20) "Animal Model (mouse)" [1]=> string(21) "Composition of Matter" [2]=> string(13) "Drug Delivery" [3]=> string(15) "Gene expression" [4]=> string(15) "Receptor/Ligand" [5]=> string(11) "Drug Design" [6]=> string(12) "Gene Therapy" [7]=> string(8) "Platform" } } [130]=> array(5) { ["ID"]=> int(129) ["CaseNumber"]=> string(32) "2568 / 3151 / 3154 / 3176 / 3260" ["Title"]=> string(28) "Novel Age-Specific Adjuvants" ["PI"]=> string(10) "Levy, Ofer" ["Keywords"]=> array(5) { [0]=> string(14) "Drug Discovery" [1]=> string(21) "Neonatology/Pediatric" [2]=> string(7) "Peptide" [3]=> string(19) "Small Molecule/Drug" [4]=> string(7) "Vaccine" } } } getSum Ret = 1