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Welcome to Prediction of allergen cross reactivity server.

Please wait, this page will load automatically . Your project SDCR.1507 started on: Sat Mar 2 02:01:29 2024

Please note: Sequence identity is based on user defined PDB file and 3D allergen structures in SDAP database.

Avergae time for project completion is about 90 Seconds. Searching for potential cross-reactive allergens ... p8A8

Cross-Reactive allergen predicted with high confidence using : a) high PCC and b) high sequence indentity:

Correlation Sequence Patch Center Total residue View Molecule Compare
Allergen Name PCC Identity Residue No Results
Tri_a_44.0101
0.87 100 94 107 View PDB file
Tri_a_44.0101
0.86 100 93 107 View PDB file
Tri_a_44.0101
0.86 100 92 107 View PDB file
Tri_a_44.0101
0.81 100 95 107 View PDB file
Tri_a_44.0101
0.77 100 91 107 View PDB file
Tri_a_44.0101
0.74 100 104 107 View PDB file
Tri_a_44.0101
0.73 100 96 107 View PDB file
Tri_a_44.0101
0.66 100 105 107 View PDB file
Tri_a_44.0101
0.63 100 106 107 View PDB file
Tri_a_44.0101
0.61 100 44 107 View PDB file
Tri_a_44.0101
0.58 100 87 107 View PDB file
Tri_a_44.0101
0.56 100 89 107 View PDB file
Tri_a_44.0101
0.55 100 107 107 View PDB file
Tri_a_44.0101
0.54 100 43 107 View PDB file
Tri_a_44.0101
0.53 100 86 107 View PDB file
Tri_a_44.0101
0.51 100 48 107 View PDB file

Cross-Reactive allergen predicted with medium confidence using : a) high PCC and b) moderate sequence indentity:

Correlation Sequence Patch Center Total residue View Molecule Compare
Allergen Name PCC Identity Residue No Results
Ara_h_16.0101
0.79 31.9 64 68 View PDB file
Jug_r_8.0201
0.76 37.9 88 92 View PDB file
Hor_v_1
0.73 30.6 112 145 View PDB file
Pis_s_3.0101
0.73 30.5 100 120 View PDB file
Hor_v_1
0.71 30.6 82 145 View PDB file
Pis_s_3.0101
0.69 30.5 52 120 View PDB file
Jug_r_8.0201
0.69 37.9 90 92 View PDB file
Pis_s_3.0101
0.68 30.5 51 120 View PDB file
Hor_v_1
0.67 30.6 115 145 View PDB file
Pis_s_3.0101
0.67 30.5 56 120 View PDB file
Tri_a_29.0101
0.66 30.6 101 120 View PDB file
Tri_a_29.0201
0.66 36 101 120 View PDB file
Pis_s_3.0101
0.65 30.5 54 120 View PDB file
Jug_r_8.0201
0.65 37.9 89 92 View PDB file
Jug_r_8.0201
0.65 37.9 44 92 View PDB file
Tri_a_TAI
0.64 30.6 28 145 View PDB file
Pis_s_3.0101
0.64 30.5 53 120 View PDB file
Tri_a_29.0201
0.64 36 13 120 View PDB file
Tri_a_29.0201
0.64 36 3 120 View PDB file
Pis_s_3.0101
0.63 30.5 99 120 View PDB file
Tri_a_29.0201
0.63 36 105 120 View PDB file
Tri_a_29.0201
0.63 36 12 120 View PDB file
Pis_s_3.0101
0.62 30.5 98 120 View PDB file
Pis_s_3.0101
0.61 30.5 50 120 View PDB file
Tri_a_29.0101
0.61 30.6 87 120 View PDB file
Tri_a_29.0201
0.61 36 100 120 View PDB file
Tri_a_29.0201
0.61 36 87 120 View PDB file
Tri_a_29.0101
0.60 30.6 102 120 View PDB file
Tri_a_29.0101
0.60 30.6 84 120 View PDB file
Tri_a_29.0101
0.60 30.6 3 120 View PDB file
Jug_r_8.0201
0.60 37.9 91 92 View PDB file
Tri_a_TAI
0.59 30.6 112 145 View PDB file
Hor_v_1
0.59 30.6 114 145 View PDB file
Hor_v_1
0.59 30.6 113 145 View PDB file
Tri_a_29.0201
0.59 36 7 120 View PDB file
Jug_r_8.0201
0.59 37.9 45 92 View PDB file
Ara_h_16.0101
0.59 31.9 66 68 View PDB file
Ara_h_16.0101
0.59 31.9 20 68 View PDB file
Tri_a_TAI
0.58 30.6 119 145 View PDB file
Hor_v_1
0.58 30.6 119 145 View PDB file
Pis_s_3.0101
0.58 30.5 102 120 View PDB file
Pis_s_3.0101
0.58 30.5 57 120 View PDB file
Tri_a_29.0101
0.58 30.6 105 120 View PDB file
Tri_a_29.0101
0.58 30.6 100 120 View PDB file
Tri_a_29.0101
0.58 30.6 94 120 View PDB file
Pis_s_3.0101
0.57 30.5 38 120 View PDB file
Tri_a_TAI
0.56 30.6 118 145 View PDB file
Tri_a_TAI
0.56 30.6 115 145 View PDB file
Hor_v_1
0.56 30.6 118 145 View PDB file
Hor_v_1
0.56 30.6 70 145 View PDB file
Tri_a_29.0101
0.56 30.6 93 120 View PDB file
Tri_a_29.0101
0.56 30.6 90 120 View PDB file
Tri_a_29.0201
0.56 36 102 120 View PDB file
Tri_a_29.0201
0.56 36 8 120 View PDB file
Jug_r_8.0201
0.56 37.9 34 92 View PDB file
Hor_v_1
0.55 30.6 126 145 View PDB file
Hor_v_1
0.55 30.6 117 145 View PDB file
Pis_s_3.0101
0.55 30.5 104 120 View PDB file
Tri_a_29.0101
0.55 30.6 85 120 View PDB file
Jug_r_8.0201
0.55 37.9 71 92 View PDB file
Hor_v_1
0.53 30.6 138 145 View PDB file
Hor_v_1
0.53 30.6 61 145 View PDB file
Tri_a_29.0101
0.53 30.6 113 120 View PDB file
Ara_h_16.0101
0.53 31.9 19 68 View PDB file
Tri_a_TAI
0.52 30.6 37 145 View PDB file
Hor_v_1
0.52 30.6 110 145 View PDB file
Hor_v_1
0.52 30.6 109 145 View PDB file
Hor_v_1
0.52 30.6 37 145 View PDB file
Tri_a_29.0101
0.52 30.6 12 120 View PDB file
Tri_a_29.0201
0.52 36 103 120 View PDB file
Tri_a_29.0201
0.52 36 85 120 View PDB file
Tri_a_29.0201
0.52 36 84 120 View PDB file
Jug_r_8.0201
0.52 37.9 79 92 View PDB file
Jug_r_8.0201
0.52 37.9 57 92 View PDB file
Tri_a_TAI
0.51 30.6 110 145 View PDB file
Hor_v_1
0.51 30.6 125 145 View PDB file
Tri_a_29.0201
0.51 36 75 120 View PDB file
Ara_h_16.0101
0.51 31.9 21 68 View PDB file
Hor_v_1
0.50 30.6 130 145 View PDB file
Pis_s_3.0101
0.50 30.5 106 120 View PDB file
Tri_a_29.0201
0.50 36 113 120 View PDB file
Jug_r_8.0201
0.50 37.9 69 92 View PDB file
Jug_r_8.0201
0.50 37.9 58 92 View PDB file

The project was successfully completed. Thank you for using CrossReact: Webserver to predict crossreactivity between allergenic proteins.

Please cite Cross-React method and website http://curie.utmb.edu/ for your future publications. In case of error contact Surendra S Negi ssnegiATutmb.edu .

Cross-React method is developed and designed by Surendra Negi. Please cite our publication in your work (Negi SS and Braun W, Cross-React: a new structural bioinformatics method for predicting allergen cross-reactivity. Bioinformatics 33 (7): 1014-1020, 2017). The Table format is made possible with the help of chives tables by chives

The project started on: Sat Mar 2 02:01:29 2024 , current time is: Sat Mar 2 02:01:50 2024 . For more information visit http://curie.utmb.edu/Cross-React.html


Thanks for using SDAP Database