COMPARE Database

*COMPARE 2025 DB Release Date: TEST VERSION 12-03-2024*
The COMPARE DB search function performs a literal text search on the fields below.
Bioinformatics utility for identification of protein sequence alignments with the COMPARE database.
Page 109 of 142, showing 20 record(s) out of 2,836 total
Species Common Name Description IUIS Name Accession Length Year Adopted  
Dermatophagoides farinae house dust mite NPC2-like Der f 2 BAA01241.1 138 2007 VIEW
Oryza sativa rice unknown function BAA01998.1 165 2007 VIEW
Oryza sativa rice unknown function BAA01996.1 157 2007 VIEW
Candida albicans yeast enolase P30575.1 440 2007 VIEW
Arachis hypogaea peanut agglutinin AAB22817.1 273 2007 VIEW
Glycine max soybean trypsin-inhibitor AAB23464.1 216 2007 VIEW
Glycine max soybean trypsin-inhibitor AAB23482.1 203 2007 VIEW
Glycine max soybean trypsin-inhibitor AAB23483.1 204 2007 VIEW
Alnus glutinosa alder pathogenesis related protein, PR-10, Bet v 1-like Aln g 1 AAB24432.1 160 2007 VIEW
Aspergillus niger fungus serine protease AAA32702.1 533 2007 VIEW
Bos taurus cow alpha-lactalbumin Bos d 4 CAA29664.1 142 2007 VIEW
Betula sp. birch unknown function, partial AAB25850.1 51 2007 VIEW
Betula sp. birch unknown function, partial AAB25851.1 51 2007 VIEW
Betula pendula European white birch pathogenesis related protein, PR-10, Bet v 1-like, partial Bet v 1 A45786 51 2007 VIEW
Betula pendula European white birch pathogenesis related protein, PR-10, Bet v 1-like, partial Bet v 1 B45786 51 2007 VIEW
Agrostis alba bent grass beta-expansin E37396 26 2007 VIEW
Anthoxanthum odoratum sweet vernal grass expansin, partial G37396 26 2007 VIEW
Schedonorus arundinaceus tall fescue beta-expansin, partial C37396 17 2007 VIEW
Schedonorus arundinaceus tall fescue beta-expansin, partial D37396 20 2007 VIEW
Poa pratensis Kentucky bluegrass beta-expansin, partial F37396 26 2007 VIEW
Page 109 of 142, showing 20 record(s) out of 2,836 total

2020MS: indicates a sequence derived from mass spectrometry (MS) data. Per PRP decision, only the fragments identified by MS (for a protein that showed evidence of IgE binding) and listed in the associated literature have been retained (not the full protein); therefore those sequence fragments may not necessarily represent the IgE binding area of the protein, but are part of a protein that has evidence of IgE binding.

2020H: indicates a sequence identified in this cycle as part of a separate "Historic screening" (retroactive bioinformatic screening of NCBI and UniProt, with no date restrictions), as opposed to the regular “annual screening” process (entries labeled "2020" or "2020MS")

2020H_MS: Both 2020H and 2020MS