# STOCKHOLM 1.0
#=GF ID 1.10.287.110/FF/14473
#=GF DE Chaperone protein DnaJ
#=GF AC 1.10.287.110/FF/14473
#=GF TP FunFam
#=GF DR CATH: 4.2
#=GF DR DOPS: 79.060
#=GS Q3IYM8/1-119      AC Q3IYM8
#=GS Q3IYM8/1-119      OS Rhodobacter sphaeroides 2.4.1
#=GS Q3IYM8/1-119      DE Chaperone protein DnaJ
#=GS Q3IYM8/1-119      DR GENE3D; 78f3146cd45b2c9a9213af9afa4c5b26/1-119; 
#=GS Q3IYM8/1-119      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacter; Rhodobacter sphaeroides; 
#=GS A0A0L1JNP0/1-121  AC A0A0L1JNP0
#=GS A0A0L1JNP0/1-121  OS Aestuariivita atlantica
#=GS A0A0L1JNP0/1-121  DE Chaperone protein DnaJ
#=GS A0A0L1JNP0/1-121  DR GENE3D; 01526d0c010d930234e247d5e413013c/1-121; 
#=GS A0A0L1JNP0/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Aestuariivita; Aestuariivita atlantica; 
#=GS A0A1B6Z0L1/1-116  AC A0A1B6Z0L1
#=GS A0A1B6Z0L1/1-116  OS Jannaschia sp. EhC01
#=GS A0A1B6Z0L1/1-116  DE Chaperone protein DnaJ
#=GS A0A1B6Z0L1/1-116  DR GENE3D; 020039c8838d0c45aedc2728f4442dbb/1-116; 
#=GS A0A1B6Z0L1/1-116  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Jannaschia; Jannaschia sp. EhC01; 
#=GS A0A0J9E8A6/1-120  AC A0A0J9E8A6
#=GS A0A0J9E8A6/1-120  OS Candidatus Rhodobacter lobularis
#=GS A0A0J9E8A6/1-120  DE Chaperone protein DnaJ
#=GS A0A0J9E8A6/1-120  DR GENE3D; 0706bdf6e5c69c6b1c87d6bc40fe364e/1-120; 
#=GS A0A0J9E8A6/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacter; Candidatus Rhodobacter lobularis; 
#=GS A0A0P1IES8/1-116  AC A0A0P1IES8
#=GS A0A0P1IES8/1-116  OS Phaeobacter sp. CECT 7735
#=GS A0A0P1IES8/1-116  DE Chaperone protein DnaJ
#=GS A0A0P1IES8/1-116  DR GENE3D; 0898b948a3aba26ac79fdc34ce11e341/1-116; 
#=GS A0A0P1IES8/1-116  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Phaeobacter; Phaeobacter sp. CECT 7735; 
#=GS Q52702/1-119      AC Q52702
#=GS Q52702/1-119      OS Rhodobacter capsulatus
#=GS Q52702/1-119      DE Chaperone protein DnaJ
#=GS Q52702/1-119      DR GENE3D; 09a63e197cdc1e9952fb256f32523c05/1-119; 
#=GS Q52702/1-119      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacter; Rhodobacter capsulatus; 
#=GS A0A061SSH4/1-123  AC A0A061SSH4
#=GS A0A061SSH4/1-123  OS Sulfitobacter mediterraneus
#=GS A0A061SSH4/1-123  DE Chaperone protein DnaJ
#=GS A0A061SSH4/1-123  DR GENE3D; 09bc0462ccfbbf7583b4f8d44bd42c47/1-123; 
#=GS A0A061SSH4/1-123  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Sulfitobacter; Sulfitobacter mediterraneus; 
#=GS A0A0P1GU61/1-120  AC A0A0P1GU61
#=GS A0A0P1GU61/1-120  OS Phaeobacter sp. CECT 5382
#=GS A0A0P1GU61/1-120  DE Chaperone protein DnaJ
#=GS A0A0P1GU61/1-120  DR GENE3D; 0b4262c3a8e90ee42139cee22e59fe56/1-120; 
#=GS A0A0P1GU61/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Phaeobacter; Phaeobacter sp. CECT 5382; 
#=GS A0A1G3GFW2/1-117  AC A0A1G3GFW2
#=GS A0A1G3GFW2/1-117  OS Rhodobacterales bacterium RIFCSPHIGHO2_02_FULL_62_130
#=GS A0A1G3GFW2/1-117  DE Chaperone protein DnaJ
#=GS A0A1G3GFW2/1-117  DR GENE3D; 10bd42dc1db52fccfc1265a6aa3dfe95/1-117; 
#=GS A0A1G3GFW2/1-117  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacterales bacterium RIFCSPHIGHO2_02_FULL_62_130; 
#=GS A0A0K0Y9P0/1-119  AC A0A0K0Y9P0
#=GS A0A0K0Y9P0/1-119  OS Octadecabacter temperatus
#=GS A0A0K0Y9P0/1-119  DE Chaperone protein DnaJ
#=GS A0A0K0Y9P0/1-119  DR GENE3D; 1681f31167b1ad3818d2b2212f10fc0f/1-119; 
#=GS A0A0K0Y9P0/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Octadecabacter; Octadecabacter temperatus; 
#=GS A0A0F9EHZ3/1-119  AC A0A0F9EHZ3
#=GS A0A0F9EHZ3/1-119  OS marine sediment metagenome
#=GS A0A0F9EHZ3/1-119  DE Uncharacterized protein
#=GS A0A0F9EHZ3/1-119  DR GENE3D; 17659ffa3681dc2071720d3a8c8d3fdd/1-119; 
#=GS A0A0F9EHZ3/1-119  DR ORG; marine sediment metagenome; 
#=GS A0A0B4C0J6/1-124  AC A0A0B4C0J6
#=GS A0A0B4C0J6/1-124  OS Tateyamaria sp. ANG-S1
#=GS A0A0B4C0J6/1-124  DE Chaperone protein DnaJ
#=GS A0A0B4C0J6/1-124  DR GENE3D; 1c562a3d38f94d7b309b7a1db4a2597c/1-124; 
#=GS A0A0B4C0J6/1-124  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Tateyamaria; Tateyamaria sp. ANG-S1; 
#=GS A0A0M9EK94/1-116  AC A0A0M9EK94
#=GS A0A0M9EK94/1-116  OS Shimia sp. SK013
#=GS A0A0M9EK94/1-116  DE Chaperone protein DnaJ
#=GS A0A0M9EK94/1-116  DR GENE3D; 1d0fdf5018f7359b2a67bfd25f3dbd0a/1-116; 
#=GS A0A0M9EK94/1-116  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Shimia; Shimia sp. SK013; 
#=GS A0A1B6YRR4/1-120  AC A0A1B6YRR4
#=GS A0A1B6YRR4/1-120  OS Rhodobacteraceae bacterium EhC02
#=GS A0A1B6YRR4/1-120  DE Chaperone protein DnaJ
#=GS A0A1B6YRR4/1-120  DR GENE3D; 224d91c41e8b0f7c7cd0af846b3e8384/1-120; 
#=GS A0A1B6YRR4/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacteraceae bacterium EhC02; 
#=GS A6FLA5/1-121      AC A6FLA5
#=GS A6FLA5/1-121      OS Roseobacter sp. AzwK-3b
#=GS A6FLA5/1-121      DE Chaperone protein DnaJ
#=GS A6FLA5/1-121      DR GENE3D; 22fa304898e16680e2836c68799b4ade/1-121; 
#=GS A6FLA5/1-121      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseobacter; Roseobacter sp. AzwK-3b; 
#=GS A0A095CTH6/1-121  AC A0A095CTH6
#=GS A0A095CTH6/1-121  OS Rhodovulum sp. NI22
#=GS A0A095CTH6/1-121  DE Chaperone protein DnaJ
#=GS A0A095CTH6/1-121  DR GENE3D; 26aa0b73cf94d4d276f45f66677de15b/1-121; 
#=GS A0A095CTH6/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodovulum; Rhodovulum sp. NI22; 
#=GS A8LQ63/1-119      AC A8LQ63
#=GS A8LQ63/1-119      OS Dinoroseobacter shibae DFL 12 = DSM 16493
#=GS A8LQ63/1-119      DE Chaperone protein DnaJ
#=GS A8LQ63/1-119      DR GENE3D; 2878b7474b62373376fa3e3bf9ee6c2b/1-119; 
#=GS A8LQ63/1-119      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Dinoroseobacter; Dinoroseobacter shibae; 
#=GS A0A074J6V2/1-122  AC A0A074J6V2
#=GS A0A074J6V2/1-122  OS Thioclava indica
#=GS A0A074J6V2/1-122  DE Chaperone protein DnaJ
#=GS A0A074J6V2/1-122  DR GENE3D; 29ca8b638a5cecd1fe21fce53f827d42/1-122; 
#=GS A0A074J6V2/1-122  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Thioclava; Thioclava indica; 
#=GS A0A1H5YSI7/1-120  AC A0A1H5YSI7
#=GS A0A1H5YSI7/1-120  OS Thalassococcus halodurans
#=GS A0A1H5YSI7/1-120  DE Chaperone protein DnaJ
#=GS A0A1H5YSI7/1-120  DR GENE3D; 2c13e0bc47ee3e265cd0b120d3d64f70/1-120; 
#=GS A0A1H5YSI7/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Thalassococcus; Thalassococcus halodurans; 
#=GS U4V208/1-115      AC U4V208
#=GS U4V208/1-115      OS Rhodobacteraceae bacterium HIMB11
#=GS U4V208/1-115      DE Chaperone protein DnaJ
#=GS U4V208/1-115      DR GENE3D; 2ccbc6b73f7b8ca4feff3fc74429e24f/1-115; 
#=GS U4V208/1-115      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacteraceae bacterium HIMB11; 
#=GS A3SLT4/1-120      AC A3SLT4
#=GS A3SLT4/1-120      OS Roseovarius nubinhibens ISM
#=GS A3SLT4/1-120      DE Chaperone protein DnaJ
#=GS A3SLT4/1-120      DR GENE3D; 2f001c042e83d75bdf8d87eade5ba0b9/1-120; 
#=GS A3SLT4/1-120      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseovarius; Roseovarius nubinhibens; 
#=GS A0A1M6MLP0/1-120  AC A0A1M6MLP0
#=GS A0A1M6MLP0/1-120  OS Pseudopelagicola gijangensis
#=GS A0A1M6MLP0/1-120  DE Molecular chaperone DnaJ
#=GS A0A1M6MLP0/1-120  DR GENE3D; 3541d0456fb600f366e8bea575da5d4c/1-120; 
#=GS A0A1M6MLP0/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Pseudopelagicola; Pseudopelagicola gijangensis; 
#=GS A0A0P1F9A7/1-120  AC A0A0P1F9A7
#=GS A0A0P1F9A7/1-120  OS Shimia marina
#=GS A0A0P1F9A7/1-120  DE Chaperone protein DnaJ
#=GS A0A0P1F9A7/1-120  DR GENE3D; 35487ab0b20cafec2cbe9f6eb397cb9c/1-120; 
#=GS A0A0P1F9A7/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Shimia; Shimia marina; 
#=GS A0A0P7WGJ7/1-120  AC A0A0P7WGJ7
#=GS A0A0P7WGJ7/1-120  OS Rhodobacteraceae bacterium HLUCCO07
#=GS A0A0P7WGJ7/1-120  DE Chaperone protein DnaJ
#=GS A0A0P7WGJ7/1-120  DR GENE3D; 375416a28d436613a7a6a51a9645d54e/1-120; 
#=GS A0A0P7WGJ7/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacteraceae bacterium HLUCCO07; 
#=GS A0A0T5NQY8/1-126  AC A0A0T5NQY8
#=GS A0A0T5NQY8/1-126  OS Roseovarius atlanticus
#=GS A0A0T5NQY8/1-126  DE Chaperone protein DnaJ
#=GS A0A0T5NQY8/1-126  DR GENE3D; 38d2b02e03dc2860e7bddb5f5ef11fee/1-126; 
#=GS A0A0T5NQY8/1-126  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseovarius; Roseovarius atlanticus; 
#=GS A0A0P1GDB5/1-119  AC A0A0P1GDB5
#=GS A0A0P1GDB5/1-119  OS Tropicibacter multivorans
#=GS A0A0P1GDB5/1-119  DE Chaperone protein DnaJ
#=GS A0A0P1GDB5/1-119  DR GENE3D; 3b94643cf2554468d0f007e772a2d11f/1-119; 
#=GS A0A0P1GDB5/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Tropicibacter; Tropicibacter multivorans; 
#=GS A0A0N8K755/1-123  AC A0A0N8K755
#=GS A0A0N8K755/1-123  OS Roseibaca calidilacus
#=GS A0A0N8K755/1-123  DE Chaperone protein DnaJ
#=GS A0A0N8K755/1-123  DR GENE3D; 3c0fe537872896bbe4e2a0b50672dda2/1-123; 
#=GS A0A0N8K755/1-123  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseibaca; Roseibaca calidilacus; 
#=GS A0A0A0EIR3/1-118  AC A0A0A0EIR3
#=GS A0A0A0EIR3/1-118  OS Pseudooceanicola atlanticus
#=GS A0A0A0EIR3/1-118  DE Chaperone protein DnaJ
#=GS A0A0A0EIR3/1-118  DR GENE3D; 3f74dce42ba015754de7f2f4747339eb/1-118; 
#=GS A0A0A0EIR3/1-118  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Pseudooceanicola; Pseudooceanicola atlanticus; 
#=GS S9QRS2/1-122      AC S9QRS2
#=GS S9QRS2/1-122      OS Salipiger mucosus DSM 16094
#=GS S9QRS2/1-122      DE Chaperone protein DnaJ
#=GS S9QRS2/1-122      DR GENE3D; 41ee73bf72f69e714505febf25ffd42e/1-122; 
#=GS S9QRS2/1-122      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Salipiger; Salipiger mucosus; 
#=GS A0A1M6CPU0/1-120  AC A0A1M6CPU0
#=GS A0A1M6CPU0/1-120  OS Maribius salinus
#=GS A0A1M6CPU0/1-120  DE Molecular chaperone DnaJ
#=GS A0A1M6CPU0/1-120  DR GENE3D; 432c62c49cd0b0ddfc1ff871567e9ea1/1-120; 
#=GS A0A1M6CPU0/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Maribius; Maribius salinus; 
#=GS A0A1M4N5N2/1-121  AC A0A1M4N5N2
#=GS A0A1M4N5N2/1-121  OS Donghicola sp. KarMa
#=GS A0A1M4N5N2/1-121  DE Chaperone protein DnaJ
#=GS A0A1M4N5N2/1-121  DR GENE3D; 45ebc826cd8db57cdbc10905d5c9f90d/1-121; 
#=GS A0A1M4N5N2/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Donghicola; Donghicola sp. KarMa; 
#=GS A0A058ZML8/1-118  AC A0A058ZML8
#=GS A0A058ZML8/1-118  OS Actibacterium atlanticum
#=GS A0A058ZML8/1-118  DE Chaperone protein DnaJ
#=GS A0A058ZML8/1-118  DR GENE3D; 4767b8c0c704c0c47da1a4d9a716fc45/1-118; 
#=GS A0A058ZML8/1-118  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Actibacterium; Actibacterium atlanticum; 
#=GS A0A1L9P0D1/1-121  AC A0A1L9P0D1
#=GS A0A1L9P0D1/1-121  OS Planktotalea frisia
#=GS A0A1L9P0D1/1-121  DE Chaperone protein DnaJ
#=GS A0A1L9P0D1/1-121  DR GENE3D; 48211ba4d7df19500a29ff291ebe9c02/1-121; 
#=GS A0A1L9P0D1/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Planktotalea; Planktotalea frisia; 
#=GS X7F6V6/1-121      AC X7F6V6
#=GS X7F6V6/1-121      OS Roseivivax isoporae LMG 25204
#=GS X7F6V6/1-121      DE Chaperone protein DnaJ
#=GS X7F6V6/1-121      DR GENE3D; 4eda6c3034ad977463bd80c53bdeeda0/1-121; 
#=GS X7F6V6/1-121      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseivivax; Roseivivax isoporae; 
#=GS B9NU24/1-122      AC B9NU24
#=GS B9NU24/1-122      OS Rhodobacteraceae bacterium KLH11
#=GS B9NU24/1-122      DE Chaperone protein DnaJ
#=GS B9NU24/1-122      DR GENE3D; 4f0074fda39b1ff8fd7b502b329cdcbd/1-122; 
#=GS B9NU24/1-122      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacteraceae bacterium KLH11; 
#=GS C7DEB9/1-120      AC C7DEB9
#=GS C7DEB9/1-120      OS Thalassobium sp. R2A62
#=GS C7DEB9/1-120      DE Chaperone protein DnaJ
#=GS C7DEB9/1-120      DR GENE3D; 4f56e2caa269f35fdaf6c30920f1f067/1-120; 
#=GS C7DEB9/1-120      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Thalassobium; Thalassobium sp. R2A62; 
#=GS A0A085TVH5/1-124  AC A0A085TVH5
#=GS A0A085TVH5/1-124  OS Thioclava atlantica
#=GS A0A085TVH5/1-124  DE Chaperone protein DnaJ
#=GS A0A085TVH5/1-124  DR GENE3D; 4fe8c2e802c48481ec50c383959a3b92/1-124; 
#=GS A0A085TVH5/1-124  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Thioclava; Thioclava atlantica; 
#=GS A0A017HFZ6/1-121  AC A0A017HFZ6
#=GS A0A017HFZ6/1-121  OS Loktanella hongkongensis DSM 17492
#=GS A0A017HFZ6/1-121  DE Chaperone protein DnaJ
#=GS A0A017HFZ6/1-121  DR GENE3D; 577f347bd3479438b5aeba3070ae2761/1-121; 
#=GS A0A017HFZ6/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Loktanella; Loktanella hongkongensis; 
#=GS A0A099T945/1-119  AC A0A099T945
#=GS A0A099T945/1-119  OS Thalassobacter sp. 16PALIMAR09
#=GS A0A099T945/1-119  DE Chaperone protein DnaJ
#=GS A0A099T945/1-119  DR GENE3D; 57d391a6dcaa082e269373f5e86f923c/1-119; 
#=GS A0A099T945/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Thalassobacter; Thalassobacter sp. 16PALIMAR09; 
#=GS A0A1M6HR93/1-119  AC A0A1M6HR93
#=GS A0A1M6HR93/1-119  OS Thalassobacter stenotrophicus DSM 16310
#=GS A0A1M6HR93/1-119  DE Molecular chaperone DnaJ
#=GS A0A1M6HR93/1-119  DR GENE3D; 57d391a6dcaa082e269373f5e86f923c/1-119; 
#=GS A0A1M6HR93/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Thalassobacter; Thalassobacter stenotrophicus; 
#=GS A0A0N7LTG0/1-119  AC A0A0N7LTG0
#=GS A0A0N7LTG0/1-119  OS Thalassobacter stenotrophicus
#=GS A0A0N7LTG0/1-119  DE Chaperone protein DnaJ
#=GS A0A0N7LTG0/1-119  DR GENE3D; 57d391a6dcaa082e269373f5e86f923c/1-119; 
#=GS A0A0N7LTG0/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Thalassobacter; Thalassobacter stenotrophicus; 
#=GS A0A132C2Z2/1-121  AC A0A132C2Z2
#=GS A0A132C2Z2/1-121  OS Rhodobacteraceae bacterium O3.65
#=GS A0A132C2Z2/1-121  DE Chaperone protein DnaJ
#=GS A0A132C2Z2/1-121  DR GENE3D; 596f99a2c155be2b0e579a99efcb8099/1-121; 
#=GS A0A132C2Z2/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacteraceae bacterium O3.65; 
#=GS I1AY09/1-126      AC I1AY09
#=GS I1AY09/1-126      OS Citreicella sp. 357
#=GS I1AY09/1-126      DE Chaperone protein DnaJ
#=GS I1AY09/1-126      DR GENE3D; 5b7d8e4c74c72f649a19d01019595bd2/1-126; 
#=GS I1AY09/1-126      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Citreicella; Citreicella sp. 357; 
#=GS A0A086Y3W4/1-119  AC A0A086Y3W4
#=GS A0A086Y3W4/1-119  OS Paenirhodobacter enshiensis
#=GS A0A086Y3W4/1-119  DE Chaperone protein DnaJ
#=GS A0A086Y3W4/1-119  DR GENE3D; 606b1416d3e342afbd0e4c8d8530cd75/1-119; 
#=GS A0A086Y3W4/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Paenirhodobacter; Paenirhodobacter enshiensis; 
#=GS A0A0L6CPX6/1-124  AC A0A0L6CPX6
#=GS A0A0L6CPX6/1-124  OS Roseovarius tolerans
#=GS A0A0L6CPX6/1-124  DE Chaperone protein DnaJ
#=GS A0A0L6CPX6/1-124  DR GENE3D; 62d2dee0c128c5a5f3cab7797fd5b018/1-124; 
#=GS A0A0L6CPX6/1-124  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseovarius; Roseovarius tolerans; 
#=GS W4HJY3/1-122      AC W4HJY3
#=GS W4HJY3/1-122      OS Roseivivax atlanticus
#=GS W4HJY3/1-122      DE Chaperone protein DnaJ
#=GS W4HJY3/1-122      DR GENE3D; 62e4db3037470773c90efa089efc8668/1-122; 
#=GS W4HJY3/1-122      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseivivax; Roseivivax atlanticus; 
#=GS Q28VY4/1-117      AC Q28VY4
#=GS Q28VY4/1-117      OS Jannaschia sp. CCS1
#=GS Q28VY4/1-117      DE Chaperone protein DnaJ
#=GS Q28VY4/1-117      DR GENE3D; 63edfe32f4da1a94d7e083ab44f42bba/1-117; 
#=GS Q28VY4/1-117      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Jannaschia; Jannaschia sp. CCS1; 
#=GS A3VD27/1-118      AC A3VD27
#=GS A3VD27/1-118      OS Maritimibacter alkaliphilus HTCC2654
#=GS A3VD27/1-118      DE Chaperone protein DnaJ
#=GS A3VD27/1-118      DR GENE3D; 681c7fa26d8e1ac162ffd00e4e7fd78f/1-118; 
#=GS A3VD27/1-118      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Maritimibacter; Maritimibacter alkaliphilus; 
#=GS A0A1N7EYX8/1-121  AC A0A1N7EYX8
#=GS A0A1N7EYX8/1-121  OS Roseovarius nanhaiticus
#=GS A0A1N7EYX8/1-121  DE Molecular chaperone DnaJ
#=GS A0A1N7EYX8/1-121  DR GENE3D; 68d9b4c5064d6aa901c1ce8bfa2338b3/1-121; 
#=GS A0A1N7EYX8/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseovarius; Roseovarius nanhaiticus; 
#=GS A0A017HNI1/1-120  AC A0A017HNI1
#=GS A0A017HNI1/1-120  OS Rubellimicrobium mesophilum DSM 19309
#=GS A0A017HNI1/1-120  DE Chaperone protein DnaJ
#=GS A0A017HNI1/1-120  DR GENE3D; 699082ac40584e5b1a7f4d139a8b0c00/1-120; 
#=GS A0A017HNI1/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rubellimicrobium; Rubellimicrobium mesophilum; 
#=GS Q1GKS4/1-119      AC Q1GKS4
#=GS Q1GKS4/1-119      OS Ruegeria sp. TM1040
#=GS Q1GKS4/1-119      DE Chaperone protein DnaJ
#=GS Q1GKS4/1-119      DR GENE3D; 6e90fac1b5b78dbc8308983cd6bed77a/1-119; 
#=GS Q1GKS4/1-119      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Ruegeria; Ruegeria sp. TM1040; 
#=GS A0A176FV29/1-120  AC A0A176FV29
#=GS A0A176FV29/1-120  OS Roseovarius sp. HI0049
#=GS A0A176FV29/1-120  DE Chaperone protein DnaJ
#=GS A0A176FV29/1-120  DR GENE3D; 6edd4f2e8577a56c098bf2ded3617e9c/1-120; 
#=GS A0A176FV29/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseovarius; Roseovarius sp. HI0049; 
#=GS A0A0B3RQY3/1-120  AC A0A0B3RQY3
#=GS A0A0B3RQY3/1-120  OS Mameliella alba
#=GS A0A0B3RQY3/1-120  DE Chaperone protein DnaJ
#=GS A0A0B3RQY3/1-120  DR GENE3D; 737ea8e339d185cdac8ce936ac999bb5/1-120; 
#=GS A0A0B3RQY3/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Mameliella; Mameliella alba; 
#=GS A0A1E3DAT4/1-120  AC A0A1E3DAT4
#=GS A0A1E3DAT4/1-120  OS Ruegeria sp. PBVC088
#=GS A0A1E3DAT4/1-120  DE Chaperone protein DnaJ
#=GS A0A1E3DAT4/1-120  DR GENE3D; 737ea8e339d185cdac8ce936ac999bb5/1-120; 
#=GS A0A1E3DAT4/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Ruegeria; Ruegeria sp. PBVC088; 
#=GS C8S208/1-121      AC C8S208
#=GS C8S208/1-121      OS Rhodobacter sp. SW2
#=GS C8S208/1-121      DE Chaperone protein DnaJ
#=GS C8S208/1-121      DR GENE3D; 741d90b993d574b23a1086d6d5086443/1-121; 
#=GS C8S208/1-121      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacter; Rhodobacter sp. SW2; 
#=GS A3X768/1-122      AC A3X768
#=GS A3X768/1-122      OS Roseobacter sp. MED193
#=GS A3X768/1-122      DE Chaperone protein DnaJ
#=GS A3X768/1-122      DR GENE3D; 746450f1774fb2ad5543a47cf8fdf776/1-122; 
#=GS A3X768/1-122      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseobacter; Roseobacter sp. MED193; 
#=GS D0DAL9/1-123      AC D0DAL9
#=GS D0DAL9/1-123      OS Citreicella sp. SE45
#=GS D0DAL9/1-123      DE Chaperone protein DnaJ
#=GS D0DAL9/1-123      DR GENE3D; 76cd45719ff8cd4701ae1c25a50ecba8/1-123; 
#=GS D0DAL9/1-123      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Citreicella; Citreicella sp. SE45; 
#=GS A0A1N6JXR7/1-121  AC A0A1N6JXR7
#=GS A0A1N6JXR7/1-121  OS Rhodovulum sp. ES.010
#=GS A0A1N6JXR7/1-121  DE Molecular chaperone DnaJ
#=GS A0A1N6JXR7/1-121  DR GENE3D; 7ea85b0d5aaeefa4b30fa40a5dab97bb/1-121; 
#=GS A0A1N6JXR7/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodovulum; Rhodovulum sp. ES.010; 
#=GS W8S010/1-122      AC W8S010
#=GS W8S010/1-122      OS Roseibacterium elongatum DSM 19469
#=GS W8S010/1-122      DE Chaperone protein DnaJ
#=GS W8S010/1-122      DR GENE3D; 86415edcccb0333fb4d0ae451907de30/1-122; 
#=GS W8S010/1-122      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseibacterium; Roseibacterium elongatum; 
#=GS A0A1B1PPS8/1-121  AC A0A1B1PPS8
#=GS A0A1B1PPS8/1-121  OS Yangia sp. CCB-MM3
#=GS A0A1B1PPS8/1-121  DE Chaperone protein DnaJ
#=GS A0A1B1PPS8/1-121  DR GENE3D; 87166cbe1019a852d7a71cb9a9a2d858/1-121; 
#=GS A0A1B1PPS8/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Yangia; Yangia sp. CCB-MM3; 
#=GS A0A0C1JBK7/1-120  AC A0A0C1JBK7
#=GS A0A0C1JBK7/1-120  OS Ruegeria sp. ANG-S4
#=GS A0A0C1JBK7/1-120  DE Chaperone protein DnaJ
#=GS A0A0C1JBK7/1-120  DR GENE3D; 87b73b7d4ccd06ef684c3f676a980c08/1-120; 
#=GS A0A0C1JBK7/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Ruegeria; Ruegeria sp. ANG-S4; 
#=GS A0A0Q0URI9/1-117  AC A0A0Q0URI9
#=GS A0A0Q0URI9/1-117  OS Loktanella sp. 1ANDIMAR09
#=GS A0A0Q0URI9/1-117  DE Chaperone protein DnaJ
#=GS A0A0Q0URI9/1-117  DR GENE3D; 87f661465217e9a7f6dd92524dd30bfc/1-117; 
#=GS A0A0Q0URI9/1-117  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Loktanella; Loktanella sp. 1ANDIMAR09; 
#=GS D0CSQ7/2-116      AC D0CSQ7
#=GS D0CSQ7/2-116      OS Silicibacter lacuscaerulensis ITI-1157
#=GS D0CSQ7/2-116      DE Chaperone protein DnaJ
#=GS D0CSQ7/2-116      DR GENE3D; 8854e2e710a1a09627f13b10775ac4e4/2-116; 
#=GS D0CSQ7/2-116      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Ruegeria; Ruegeria lacuscaerulensis; 
#=GS A0A1N7JYU8/1-123  AC A0A1N7JYU8
#=GS A0A1N7JYU8/1-123  OS Roseivivax lentus
#=GS A0A1N7JYU8/1-123  DE Molecular chaperone DnaJ
#=GS A0A1N7JYU8/1-123  DR GENE3D; 92da837adb9bae257e087f6d2596fe89/1-123; 
#=GS A0A1N7JYU8/1-123  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseivivax; Roseivivax lentus; 
#=GS A0A073ILS8/1-124  AC A0A073ILS8
#=GS A0A073ILS8/1-124  OS Sulfitobacter donghicola DSW-25 = KCTC 12864 = JCM 14565
#=GS A0A073ILS8/1-124  DE Chaperone protein DnaJ
#=GS A0A073ILS8/1-124  DR GENE3D; 93ff5c6ddefc1382e4024cd19cddd877/1-124; 
#=GS A0A073ILS8/1-124  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Sulfitobacter; Sulfitobacter donghicola; 
#=GS A0A1N7MMH6/1-117  AC A0A1N7MMH6
#=GS A0A1N7MMH6/1-117  OS Rhodobacter vinaykumarii
#=GS A0A1N7MMH6/1-117  DE Molecular chaperone DnaJ
#=GS A0A1N7MMH6/1-117  DR GENE3D; 969d6301023487298cc7982666aed1df/1-117; 
#=GS A0A1N7MMH6/1-117  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacter; Rhodobacter vinaykumarii; 
#=GS X6L487/1-120      AC X6L487
#=GS X6L487/1-120      OS Rhodobacteraceae bacterium PD-2
#=GS X6L487/1-120      DE Chaperone protein DnaJ
#=GS X6L487/1-120      DR GENE3D; 9ade873845d9f9087ed89a313bfb0d6e/1-120; 
#=GS X6L487/1-120      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacteraceae bacterium PD-2; 
#=GS A0A0X3TNK8/1-120  AC A0A0X3TNK8
#=GS A0A0X3TNK8/1-120  OS Ruegeria sp. ZGT108
#=GS A0A0X3TNK8/1-120  DE Chaperone protein DnaJ
#=GS A0A0X3TNK8/1-120  DR GENE3D; 9d9af48ec83de71d2b0eca704f1f976d/1-120; 
#=GS A0A0X3TNK8/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Ruegeria; Ruegeria sp. ZGT108; 
#=GS A0A1D9M8J3/1-118  AC A0A1D9M8J3
#=GS A0A1D9M8J3/1-118  OS Rhodobacter sp. LPB0142
#=GS A0A1D9M8J3/1-118  DE Chaperone protein DnaJ
#=GS A0A1D9M8J3/1-118  DR GENE3D; a0d611b0fa2afecce8191c42fe94901a/1-118; 
#=GS A0A1D9M8J3/1-118  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacter; Rhodobacter sp. LPB0142; 
#=GS A0A0W7WJH5/1-122  AC A0A0W7WJH5
#=GS A0A0W7WJH5/1-122  OS Ponticoccus sp. SJ5A-1
#=GS A0A0W7WJH5/1-122  DE Chaperone protein DnaJ
#=GS A0A0W7WJH5/1-122  DR GENE3D; a232c3c71b94c0e573e85c817b4b9236/1-122; 
#=GS A0A0W7WJH5/1-122  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Ponticoccus; Ponticoccus sp. SJ5A-1; 
#=GS A0A0N8K6J9/1-120  AC A0A0N8K6J9
#=GS A0A0N8K6J9/1-120  OS Rhodobacteraceae bacterium HLUCCA08
#=GS A0A0N8K6J9/1-120  DE Chaperone protein DnaJ
#=GS A0A0N8K6J9/1-120  DR GENE3D; a282f4390ad55fee1779b20e7a393ccf/1-120; 
#=GS A0A0N8K6J9/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacteraceae bacterium HLUCCA08; 
#=GS S9RUM5/1-117      AC S9RUM5
#=GS S9RUM5/1-117      OS Litoreibacter arenae DSM 19593
#=GS S9RUM5/1-117      DE Chaperone protein DnaJ
#=GS S9RUM5/1-117      DR GENE3D; a483e22136e0bee9e0907e41b867b051/1-117; 
#=GS S9RUM5/1-117      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Litoreibacter; Litoreibacter arenae; 
#=GS Q0FVM3/1-123      AC Q0FVM3
#=GS Q0FVM3/1-123      OS Pelagibaca bermudensis HTCC2601
#=GS Q0FVM3/1-123      DE Chaperone protein DnaJ
#=GS Q0FVM3/1-123      DR GENE3D; a4d2827189ed94536886ac9467ac1cf8/1-123; 
#=GS Q0FVM3/1-123      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Pelagibaca; Pelagibaca bermudensis; 
#=GS A3KAT6/1-119      AC A3KAT6
#=GS A3KAT6/1-119      OS Sagittula stellata E-37
#=GS A3KAT6/1-119      DE Chaperone protein DnaJ
#=GS A3KAT6/1-119      DR GENE3D; a7824ca9436d8e29dac6cbfb836646ef/1-119; 
#=GS A3KAT6/1-119      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Sagittula; Sagittula stellata; 
#=GS A0A0M6YFP4/1-120  AC A0A0M6YFP4
#=GS A0A0M6YFP4/1-120  OS Jannaschia donghaensis
#=GS A0A0M6YFP4/1-120  DE Chaperone protein DnaJ
#=GS A0A0M6YFP4/1-120  DR GENE3D; a950a415c119d31a0aeb3827275f8474/1-120; 
#=GS A0A0M6YFP4/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Jannaschia; Jannaschia donghaensis; 
#=GS A0A196PZ09/1-121  AC A0A196PZ09
#=GS A0A196PZ09/1-121  OS Sulfitobacter geojensis
#=GS A0A196PZ09/1-121  DE Chaperone protein DnaJ
#=GS A0A196PZ09/1-121  DR GENE3D; a97bf5cb3ab3eb4953c561722e6fc539/1-121; 
#=GS A0A196PZ09/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Sulfitobacter; Sulfitobacter geojensis; 
#=GS A0A1B0ZT40/1-119  AC A0A1B0ZT40
#=GS A0A1B0ZT40/1-119  OS Phaeobacter gallaeciensis
#=GS A0A1B0ZT40/1-119  DE Chaperone protein DnaJ
#=GS A0A1B0ZT40/1-119  DR GENE3D; aabb0a4ca5208b339569390d004b7af6/1-119; 
#=GS A0A1B0ZT40/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Phaeobacter; Phaeobacter gallaeciensis; 
#=GS A0A0P7ZX96/1-122  AC A0A0P7ZX96
#=GS A0A0P7ZX96/1-122  OS Rhodobacteraceae bacterium HLUCCA12
#=GS A0A0P7ZX96/1-122  DE Chaperone protein DnaJ
#=GS A0A0P7ZX96/1-122  DR GENE3D; afc65956d0c6687de541487151a7fe47/1-122; 
#=GS A0A0P7ZX96/1-122  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacteraceae bacterium HLUCCA12; 
#=GS A0A0D1EGW8/1-120  AC A0A0D1EGW8
#=GS A0A0D1EGW8/1-120  OS Jannaschia aquimarina
#=GS A0A0D1EGW8/1-120  DE Chaperone protein DnaJ
#=GS A0A0D1EGW8/1-120  DR GENE3D; b54ea464eff8bdc65b9c7cba487a4eac/1-120; 
#=GS A0A0D1EGW8/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Jannaschia; Jannaschia aquimarina; 
#=GS A0A0P7YI46/1-122  AC A0A0P7YI46
#=GS A0A0P7YI46/1-122  OS Rhodobacteraceae bacterium HLUCCO18
#=GS A0A0P7YI46/1-122  DE Chaperone protein DnaJ
#=GS A0A0P7YI46/1-122  DR GENE3D; b76e10a68b3fa4ca4cd66cc94bfd5b52/1-122; 
#=GS A0A0P7YI46/1-122  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacteraceae bacterium HLUCCO18; 
#=GS A0A0U1NK42/1-119  AC A0A0U1NK42
#=GS A0A0U1NK42/1-119  OS Nereida ignava
#=GS A0A0U1NK42/1-119  DE Chaperone protein DnaJ
#=GS A0A0U1NK42/1-119  DR GENE3D; b8261095a44fe9a3c7bb6b9567785241/1-119; 
#=GS A0A0U1NK42/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Nereida; Nereida ignava; 
#=GS A0A0H4KZ76/1-123  AC A0A0H4KZ76
#=GS A0A0H4KZ76/1-123  OS Marinovum algicola DG 898
#=GS A0A0H4KZ76/1-123  DE Chaperone protein DnaJ
#=GS A0A0H4KZ76/1-123  DR GENE3D; b908a139cd309f7dc59fb93c179009b6/1-123; 
#=GS A0A0H4KZ76/1-123  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Marinovum; Marinovum algicola; 
#=GS A0A0M7BCS9/1-121  AC A0A0M7BCS9
#=GS A0A0M7BCS9/1-121  OS Jannaschia seosinensis
#=GS A0A0M7BCS9/1-121  DE Chaperone protein DnaJ
#=GS A0A0M7BCS9/1-121  DR GENE3D; bdfdf2c6bf761d510c90b2953597030e/1-121; 
#=GS A0A0M7BCS9/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Jannaschia; Jannaschia seosinensis; 
#=GS I7F3T1/1-122      AC I7F3T1
#=GS I7F3T1/1-122      OS Phaeobacter inhibens DSM 17395
#=GS I7F3T1/1-122      DE Chaperone protein DnaJ
#=GS I7F3T1/1-122      DR GENE3D; be9ba386bfd192d84790ca456ea87778/1-122; 
#=GS I7F3T1/1-122      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Phaeobacter; Phaeobacter inhibens; 
#=GS I7DJA4/1-122      AC I7DJA4
#=GS I7DJA4/1-122      OS Phaeobacter inhibens 2.10
#=GS I7DJA4/1-122      DE Chaperone protein DnaJ
#=GS I7DJA4/1-122      DR GENE3D; be9ba386bfd192d84790ca456ea87778/1-122; 
#=GS I7DJA4/1-122      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Phaeobacter; Phaeobacter inhibens; 
#=GS A0A135IEH1/1-122  AC A0A135IEH1
#=GS A0A135IEH1/1-122  OS Phaeobacter inhibens
#=GS A0A135IEH1/1-122  DE Chaperone protein DnaJ
#=GS A0A135IEH1/1-122  DR GENE3D; be9ba386bfd192d84790ca456ea87778/1-122; 
#=GS A0A135IEH1/1-122  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Phaeobacter; Phaeobacter inhibens; 
#=GS Q16D44/1-122      AC Q16D44
#=GS Q16D44/1-122      OS Roseobacter denitrificans OCh 114
#=GS Q16D44/1-122      DE Chaperone protein DnaJ
#=GS Q16D44/1-122      DR GENE3D; c07e7448869b23d0ffb1e467886385ce/1-122; 
#=GS Q16D44/1-122      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseobacter; Roseobacter denitrificans; 
#=GS A0A1H5VN50/1-117  AC A0A1H5VN50
#=GS A0A1H5VN50/1-117  OS Jhaorihella thermophila
#=GS A0A1H5VN50/1-117  DE Chaperone protein DnaJ
#=GS A0A1H5VN50/1-117  DR GENE3D; c0bdccc13cc896a28606af87c8b83093/1-117; 
#=GS A0A1H5VN50/1-117  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Jhaorihella; Jhaorihella thermophila; 
#=GS A0A085BXW7/1-122  AC A0A085BXW7
#=GS A0A085BXW7/1-122  OS Sulfitobacter sp. CB2047
#=GS A0A085BXW7/1-122  DE Chaperone protein DnaJ
#=GS A0A085BXW7/1-122  DR GENE3D; c0d27d6f8258caa05059115605a41cd5/1-122; 
#=GS A0A085BXW7/1-122  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Sulfitobacter; Sulfitobacter sp. CB2047; 
#=GS A0A1H3A8L5/1-122  AC A0A1H3A8L5
#=GS A0A1H3A8L5/1-122  OS Sulfitobacter pontiacus
#=GS A0A1H3A8L5/1-122  DE Molecular chaperone DnaJ
#=GS A0A1H3A8L5/1-122  DR GENE3D; c0d27d6f8258caa05059115605a41cd5/1-122; 
#=GS A0A1H3A8L5/1-122  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Sulfitobacter; Sulfitobacter pontiacus; 
#=GS Q5LWJ5/1-118      AC Q5LWJ5
#=GS Q5LWJ5/1-118      OS Ruegeria pomeroyi DSS-3
#=GS Q5LWJ5/1-118      DE Chaperone protein DnaJ
#=GS Q5LWJ5/1-118      DR GENE3D; c5463ad2742535fab302b7ddaf02a789/1-118; 
#=GS Q5LWJ5/1-118      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Ruegeria; Ruegeria pomeroyi; 
#=GS A0A1J5HKJ1/1-120  AC A0A1J5HKJ1
#=GS A0A1J5HKJ1/1-120  OS Rhodobacterales bacterium CG2_30_65_12
#=GS A0A1J5HKJ1/1-120  DE Chaperone protein DnaJ
#=GS A0A1J5HKJ1/1-120  DR GENE3D; c87104cea362cd8c06f50720d8aacf44/1-120; 
#=GS A0A1J5HKJ1/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacterales bacterium CG2_30_65_12; 
#=GS A0A1C2HPW5/1-121  AC A0A1C2HPW5
#=GS A0A1C2HPW5/1-121  OS Thioclava sp. SK-1
#=GS A0A1C2HPW5/1-121  DE Chaperone protein DnaJ
#=GS A0A1C2HPW5/1-121  DR GENE3D; c8c8e74449f6b6da58b06087a2fa3948/1-121; 
#=GS A0A1C2HPW5/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Thioclava; Thioclava sp. SK-1; 
#=GS A0A086Y8K9/1-119  AC A0A086Y8K9
#=GS A0A086Y8K9/1-119  OS Haematobacter massiliensis
#=GS A0A086Y8K9/1-119  DE Chaperone protein DnaJ
#=GS A0A086Y8K9/1-119  DR GENE3D; c91762cf6f457453161d9b670d449e55/1-119; 
#=GS A0A086Y8K9/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Haematobacter; Haematobacter massiliensis; 
#=GS A0A1N7NZN0/1-120  AC A0A1N7NZN0
#=GS A0A1N7NZN0/1-120  OS Gemmobacter megaterium
#=GS A0A1N7NZN0/1-120  DE Molecular chaperone DnaJ
#=GS A0A1N7NZN0/1-120  DR GENE3D; c94a2cae0a7a79859093bf3a80e62b81/1-120; 
#=GS A0A1N7NZN0/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Gemmobacter; Gemmobacter megaterium; 
#=GS A0A0P7IY73/1-119  AC A0A0P7IY73
#=GS A0A0P7IY73/1-119  OS Aliiroseovarius crassostreae
#=GS A0A0P7IY73/1-119  DE Chaperone protein DnaJ
#=GS A0A0P7IY73/1-119  DR GENE3D; cb6044a66640ae7208b71698f7fa19f6/1-119; 
#=GS A0A0P7IY73/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Aliiroseovarius; Aliiroseovarius crassostreae; 
#=GS A0A1L5Q6L2/1-118  AC A0A1L5Q6L2
#=GS A0A1L5Q6L2/1-118  OS Marivivens sp. JLT3646
#=GS A0A1L5Q6L2/1-118  DE Molecular chaperone DnaJ
#=GS A0A1L5Q6L2/1-118  DR GENE3D; cc984d4ff03bfdac5e34a838e53d57d2/1-118; 
#=GS A0A1L5Q6L2/1-118  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Marivivens; Marivivens sp. JLT3646; 
#=GS A0A1B7YX53/1-118  AC A0A1B7YX53
#=GS A0A1B7YX53/1-118  OS Donghicola sp. JL3646
#=GS A0A1B7YX53/1-118  DE Chaperone protein DnaJ
#=GS A0A1B7YX53/1-118  DR GENE3D; cc984d4ff03bfdac5e34a838e53d57d2/1-118; 
#=GS A0A1B7YX53/1-118  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Donghicola; Donghicola sp. JL3646; 
#=GS A0A073J2X0/1-121  AC A0A073J2X0
#=GS A0A073J2X0/1-121  OS Sulfitobacter pseudonitzschiae
#=GS A0A073J2X0/1-121  DE Chaperone protein DnaJ
#=GS A0A073J2X0/1-121  DR GENE3D; cd5715c1b4a5bb10ad949dcba4f44674/1-121; 
#=GS A0A073J2X0/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Sulfitobacter; Sulfitobacter pseudonitzschiae; 
#=GS A0A196NK72/1-122  AC A0A196NK72
#=GS A0A196NK72/1-122  OS Sulfitobacter sp. EhC04
#=GS A0A196NK72/1-122  DE Chaperone protein DnaJ
#=GS A0A196NK72/1-122  DR GENE3D; d073a38969610cfa5384820b8b0a12ef/1-122; 
#=GS A0A196NK72/1-122  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Sulfitobacter; Sulfitobacter sp. EhC04; 
#=GS A0A0P1IHJ8/1-116  AC A0A0P1IHJ8
#=GS A0A0P1IHJ8/1-116  OS Ruegeria sp. CECT 5091
#=GS A0A0P1IHJ8/1-116  DE Chaperone protein DnaJ
#=GS A0A0P1IHJ8/1-116  DR GENE3D; d13b8768aba207f1a936584011ded21e/1-116; 
#=GS A0A0P1IHJ8/1-116  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Ruegeria; Ruegeria sp. CECT 5091; 
#=GS A9DYC3/1-120      AC A9DYC3
#=GS A9DYC3/1-120      OS Oceanibulbus indolifex HEL-45
#=GS A9DYC3/1-120      DE Chaperone protein DnaJ
#=GS A9DYC3/1-120      DR GENE3D; d1d4758d55617ce4950db565c58f5b84/1-120; 
#=GS A9DYC3/1-120      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Oceanibulbus; Oceanibulbus indolifex; 
#=GS A0A0T5PE54/1-121  AC A0A0T5PE54
#=GS A0A0T5PE54/1-121  OS Roseovarius indicus
#=GS A0A0T5PE54/1-121  DE Chaperone protein DnaJ
#=GS A0A0T5PE54/1-121  DR GENE3D; d22401535f6299fd1f8bfb2ce90a0cb1/1-121; 
#=GS A0A0T5PE54/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseovarius; Roseovarius indicus; 
#=GS A0A0X3TSR1/1-118  AC A0A0X3TSR1
#=GS A0A0X3TSR1/1-118  OS Ruegeria sp. ZGT118
#=GS A0A0X3TSR1/1-118  DE Chaperone protein DnaJ
#=GS A0A0X3TSR1/1-118  DR GENE3D; d2246bff7eb4a0141ae2afbff0104c1a/1-118; 
#=GS A0A0X3TSR1/1-118  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Ruegeria; Ruegeria sp. ZGT118; 
#=GS D5ALD2/1-119      AC D5ALD2
#=GS D5ALD2/1-119      OS Rhodobacter capsulatus SB 1003
#=GS D5ALD2/1-119      DE Chaperone protein DnaJ
#=GS D5ALD2/1-119      DR GENE3D; d420b9c4c7ebf854cbc10c46cac83a0f/1-119; 
#=GS D5ALD2/1-119      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacter; Rhodobacter capsulatus; 
#=GS A0A0E2PIJ3/1-119  AC A0A0E2PIJ3
#=GS A0A0E2PIJ3/1-119  OS Rhodobacter capsulatus Y262
#=GS A0A0E2PIJ3/1-119  DE Chaperone protein DnaJ
#=GS A0A0E2PIJ3/1-119  DR GENE3D; d420b9c4c7ebf854cbc10c46cac83a0f/1-119; 
#=GS A0A0E2PIJ3/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacter; Rhodobacter capsulatus; 
#=GS A0A037ZMH6/1-119  AC A0A037ZMH6
#=GS A0A037ZMH6/1-119  OS Actibacterium mucosum KCTC 23349
#=GS A0A037ZMH6/1-119  DE Chaperone protein DnaJ
#=GS A0A037ZMH6/1-119  DR GENE3D; d57b67302711715313e893681d007bb5/1-119; 
#=GS A0A037ZMH6/1-119  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Actibacterium; Actibacterium mucosum; 
#=GS A0A1M6FT39/1-122  AC A0A1M6FT39
#=GS A0A1M6FT39/1-122  OS Wenxinia saemankumensis
#=GS A0A1M6FT39/1-122  DE Molecular chaperone DnaJ
#=GS A0A1M6FT39/1-122  DR GENE3D; dc6b3061d88ab5ca20cb599ee6adc811/1-122; 
#=GS A0A1M6FT39/1-122  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Wenxinia; Wenxinia saemankumensis; 
#=GS A0A0N7LUZ8/1-121  AC A0A0N7LUZ8
#=GS A0A0N7LUZ8/1-121  OS Thalassobius gelatinovorus
#=GS A0A0N7LUZ8/1-121  DE Chaperone protein DnaJ
#=GS A0A0N7LUZ8/1-121  DR GENE3D; e091b11baae7e0cbc7f5c8f6bc1663f2/1-121; 
#=GS A0A0N7LUZ8/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Thalassobius; Thalassobius gelatinovorus; 
#=GS V7EQ00/1-121      AC V7EQ00
#=GS V7EQ00/1-121      OS Rhodobacter sp. CACIA14H1
#=GS V7EQ00/1-121      DE Chaperone protein DnaJ
#=GS V7EQ00/1-121      DR GENE3D; e6b45c65e731fa3a99a1abc7ffa70f0f/1-121; 
#=GS V7EQ00/1-121      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacter; Rhodobacter sp. CACIA14H1; 
#=GS B7RJJ6/1-121      AC B7RJJ6
#=GS B7RJJ6/1-121      OS Roseobacter sp. GAI101
#=GS B7RJJ6/1-121      DE Chaperone protein DnaJ
#=GS B7RJJ6/1-121      DR GENE3D; e6c08ac24933f9ffa5094079fa06b004/1-121; 
#=GS B7RJJ6/1-121      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseobacter; Roseobacter sp. GAI101; 
#=GS X7EHG7/1-121      AC X7EHG7
#=GS X7EHG7/1-121      OS Roseivivax halodurans JCM 10272
#=GS X7EHG7/1-121      DE Chaperone protein DnaJ
#=GS X7EHG7/1-121      DR GENE3D; eab5b42f0626d31f7a335b54e2f01f44/1-121; 
#=GS X7EHG7/1-121      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseivivax; Roseivivax halodurans; 
#=GS A3TWC7/1-118      AC A3TWC7
#=GS A3TWC7/1-118      OS Pseudooceanicola batsensis HTCC2597
#=GS A3TWC7/1-118      DE Chaperone protein DnaJ
#=GS A3TWC7/1-118      DR GENE3D; eababe85b81857615dc103b2e4f9deeb/1-118; 
#=GS A3TWC7/1-118      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Pseudooceanicola; Pseudooceanicola batsensis; 
#=GS A0A166R5B6/1-121  AC A0A166R5B6
#=GS A0A166R5B6/1-121  OS Oceanibulbus sp. HI0023
#=GS A0A166R5B6/1-121  DE Chaperone protein DnaJ
#=GS A0A166R5B6/1-121  DR GENE3D; eaccbdff11e5ffe75591f66c5ee3b860/1-121; 
#=GS A0A166R5B6/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Oceanibulbus; Oceanibulbus sp. HI0023; 
#=GS A0A0N9NM26/1-121  AC A0A0N9NM26
#=GS A0A0N9NM26/1-121  OS Confluentimicrobium sp. EMB200-NS6
#=GS A0A0N9NM26/1-121  DE Chaperone protein DnaJ
#=GS A0A0N9NM26/1-121  DR GENE3D; ec6c0e1880dcebbe143b22919f4854cc/1-121; 
#=GS A0A0N9NM26/1-121  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Confluentimicrobium; Confluentimicrobium sp. EMB200-NS6; 
#=GS A0A1M5TKF6/1-122  AC A0A1M5TKF6
#=GS A0A1M5TKF6/1-122  OS Marivita hallyeonensis
#=GS A0A1M5TKF6/1-122  DE Molecular chaperone DnaJ
#=GS A0A1M5TKF6/1-122  DR GENE3D; ed1cb3621aeed4698a4a91db7ac53e58/1-122; 
#=GS A0A1M5TKF6/1-122  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Marivita; Marivita hallyeonensis; 
#=GS A0A0F2RXH3/1-124  AC A0A0F2RXH3
#=GS A0A0F2RXH3/1-124  OS Roseovarius sp. BRH_c41
#=GS A0A0F2RXH3/1-124  DE Chaperone protein DnaJ
#=GS A0A0F2RXH3/1-124  DR GENE3D; ef2472dd41dc467381f1582c1529340a/1-124; 
#=GS A0A0F2RXH3/1-124  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseovarius; Roseovarius sp. BRH_c41; 
#=GS A3W456/1-124      AC A3W456
#=GS A3W456/1-124      OS Roseovarius sp. 217
#=GS A3W456/1-124      DE Chaperone protein DnaJ
#=GS A3W456/1-124      DR GENE3D; ef2472dd41dc467381f1582c1529340a/1-124; 
#=GS A3W456/1-124      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseovarius; Roseovarius sp. 217; 
#=GS A0A0P1GD17/1-120  AC A0A0P1GD17
#=GS A0A0P1GD17/1-120  OS Tropicibacter naphthalenivorans
#=GS A0A0P1GD17/1-120  DE Chaperone protein DnaJ
#=GS A0A0P1GD17/1-120  DR GENE3D; ef842e8775d4bb1c273e39c7bd214f11/1-120; 
#=GS A0A0P1GD17/1-120  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Tropicibacter; Tropicibacter naphthalenivorans; 
#=GS A0A074U6W7/1-124  AC A0A074U6W7
#=GS A0A074U6W7/1-124  OS Thioclava dalianensis
#=GS A0A074U6W7/1-124  DE Chaperone protein DnaJ
#=GS A0A074U6W7/1-124  DR GENE3D; eff9df1232e5e0d6290121c4864251cb/1-124; 
#=GS A0A074U6W7/1-124  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Thioclava; Thioclava dalianensis; 
#=GS A4ETA6/1-120      AC A4ETA6
#=GS A4ETA6/1-120      OS Roseobacter sp. SK209-2-6
#=GS A4ETA6/1-120      DE Chaperone protein DnaJ
#=GS A4ETA6/1-120      DR GENE3D; f10c3580ea9a66ba9716e4b953c2900e/1-120; 
#=GS A4ETA6/1-120      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseobacter; Roseobacter sp. SK209-2-6; 
#=GS V9VYX3/1-122      AC V9VYX3
#=GS V9VYX3/1-122      OS Leisingera methylohalidivorans DSM 14336
#=GS V9VYX3/1-122      DE Chaperone protein DnaJ
#=GS V9VYX3/1-122      DR GENE3D; fdaf8723d79965051e30c8eef7ffeebc/1-122; 
#=GS V9VYX3/1-122      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Leisingera; Leisingera methylohalidivorans; 
#=GF TC 212.3 6.4E-67
#=GF SQ 122
Q3IYM8/1-119              MAKRDYYEVLGVSRTASADELKKAYRTKAKELHPDRNADNPQAEAQFKEVNEAYDVLRDADKKAAYDRYGHAAFEGGMG----G--GA----RAG-----GGY----GQQGDFASAFSDVFEDLFGDFMGGR--GGAPRS---
A0A0L1JNP0/1-121          MSKRDFYDILGVQKGASADEIKKAYRRKAKELHPDRNADNPNAEEQFKEANEAYEVLRDADKKAAYDRFGHAAFEGGMG---GG--GG----RPG-----GGF----HGQGDFASAFSDVFDDLFGDMMGGG--RGGGRNR--
A0A1B6Z0L1/1-116          MAKRDYYEVLGVSKGASADEIKKGYRKKAKELHPDRNSDNPEAESQFKEANEAYDVLKDADKKAAYDRFGHSAFDGGMA----G--GP----R-------GG----GQGQGDFASAFSDVFEDLFGDFMGGQ--RGRPG----
A0A0J9E8A6/1-120          MAKRDYYEVLGAQKGATAEELKKAYRRKAKELHPDRNSDNPNAESQFKEVNEAYDALKDPDKKAAYDRYGHAAFEGGMG----G--GP----RPG-----------GPGHGDFASAFSDVFDDLFGDFMGAR--PGGGGGRQR
A0A0P1IES8/1-116          MAKRDFYEVLGVNKGASADEIKKAYRKKAKELHPDRNADNPEAESQFKEANEAYEILKDAEKKAAYDRFGHQAFEGGMG---GG--GP----R--------------GGQGDFSSAFSDVFDDLFGDFMGGR--GGGGRQR--
Q52702/1-119              MAKVDFYEVLGVSKGASAEEIKKAYRSKAKELHPDRNQGQSAAEAQFKEVNGAYDVLKDGDKKAAYDRYGHAAFEGGMG---GG--GP----R-------GPY----GQGADFSSAFSDVFEDLFGDFMGGR--GGPGGGG--
A0A061SSH4/1-123          MAKRDYYEVLGVAKGASADEIKKGYRTKAKELHPDRNADKPDAEAQFKEANEAYEVLKDADKKAAYDRYGHAAFEGGMG----G--GG----RPG-----GGF---GGGQGDFSSAFSDVFDDLFGDFMGQR--GGGGGGRRA
A0A0P1GU61/1-120          MSKRDYYETLGVAKGASADEIKKGFRTKAKELHPDRNSDNPDAEAQFKEANEAYEVLKDAEKKAAYDRFGHAAFENGMG---GG--GGQ---R-------GGH----PGGGDFSSAFSDVFDDLFGDFMGGR--GQAGGGR--
A0A1G3GFW2/1-117          MAKRDYYDLLGASKGASAEELKKAYRTKAKELHPDRNSDNPNAEAQFKEINEAYDVLKDADKKAAYDRYGHAAFEGGGG----G--GQ----R--------GY---GGGQGDFSSAFSDVFEDLFGDFMGGR--GGQGG-R--
A0A0K0Y9P0/1-119          MAKRDYYDVLGISKGASADEIKKGYRQKAKELHPDRNTDNPDAESQFKEAGEAYEVLKDAEKKAAYDRYGHAAFEGGMG----G--GG----RPG------GM----GGQGDFGSAFSDIFDDLFGNMGGGR--GGGGQSR--
A0A0F9EHZ3/1-119          MAKRDFYEILGVSRGASPDEIKKAYRGKAKELHPDRNADNPKAEAQFKEANEAYEVLKDADKKAAYDRYGHAAFEGGMP---GG--GA----R-------GGQ----PGQGDFASAFSDVFDDLFGDIMGGG--RGGRGGQ--
A0A0B4C0J6/1-124          MAKRDYYEVLGVSKGASADEIKKGYRRKAKELHPDRNADNPNAEAQFKEANEAYEVLKDADKKAAYDRFGHAAFEGGMG---GG--GG----RPG-----GGF---GGGQGDFGSAFSDVFDDLFGDFMGGQ--RGGGGGRQR
A0A0M9EK94/1-116          MAKRDFYEVLGVAKGASADEIKKGYRTKAKELHPDRNADNPEAENQFKEANEAYEVLKDAEKKAAYDRYGHAAFEGGMG----G--GQ----R-------GGH----PGQGDFASAFSDVFDDLFGDFMGGG--GGG---RP-
A0A1B6YRR4/1-120          MAKRDYYDVLGVARGASAEEIKKAYRTKAKELHPDRNADNPEAEAQFKEANEAYEVLKDAEKKAAYDRFGHAAFEGGMG---GG--GG----RP------GGY---GGNQGDFASAFSDVFDDLFGDFMGGR--GGGRG-R--
A6FLA5/1-121              MAKRDYYEVLGISRGASADEIKKAYRTKAKELHPDRNKDNPNAETQFKEAGEAYDVLKDPDKKAAYDRFGHAAFDGGMG---GG--GP----RPG-----GGF--GGAGQGDFASAFSDVFDDLFGDFMGGR--GSGGR----
A0A095CTH6/1-121          MAKRDYYEVLGVSKGASAEELKKAYRTKAKELHPDRNADKPDAEAQFKEVNEAYETLKDPEKKAAYDRFGHAAFEGGMG----G--GP----RGG-----AG-----AGHGDFASAFSDVFDDLFGDFMGGQ--RGGGGGRQR
A8LQ63/1-119              MAKRDYYDVLGVSKGASPDEIKKGFRKKAKELHPDRNSDNPNAEAQFKEANEAYDILKDPDKKAAYDRYGHAAFENGSG----G--PR----GPG------GF--GGQGQGDFASAFSDVFEDLFGDFMGGQ--RGGGR----
A0A074J6V2/1-122          MAKRDFYEVLGIAKGASAEEIKKAYRGKAKELHPDRNKDNPESEAQFKEANEAYDVLKDPEKKAAYDRFGHAAFDGGMG---GG--------RPGY----GG----GPGQGDFASAFSDVFEDLFGDFMGGR--PGGGGGRSR
A0A1H5YSI7/1-120          MSKRDYYDVLGISKGASADEIKKAYRTKAKELHPDRNADNPDAESQFKEANEAYEVLKDADKKAAYDRYGHAAFEGGMG----G--GP----RPG-----GGM----GGNGDFASAFSDVFDDLFGDFMGGG--RGGGG-RN-
U4V208/1-115              MSKKDYYDVLGIARGASADEIKKAFRKKAKELHPDRNADNPNAEAQFKEANEAYDVLKDADKKAAYDRYGHAAFEGGMG---GG--GP----RP--------------GQGDFSSAFSDVFDDLFGDFMGGG--RGGGRN---
A3SLT4/1-120              MAKRDYYEVLGVARGASADEIKKAYRRKAKELHPDRNKDNPEAETQFKEAGEAYDVLKDADKKAAYDRFGHAAFEGGMG----G--GP----RPG-----GG----GHGQGDFASAFSDVFDDLFGDFMGGR--GAPGGGR--
A0A1M6MLP0/1-120          MAKRDFYEVLGVSKGASADEIKKGYRKKAKELHPDRNADNPESEAQFKEANEAYEILKDGDKKAAYDRYGHAAFEGGMG-------GG----HPG-----GGF---GGGQGDFSSAFSDVFDDLFGDFMGGG--GGGRGGR--
A0A0P1F9A7/1-120          MAKRDFYEVLDVSKGASADEIKKAYRKKAKELHPDRNADNPEAEGQFKEANEAYEILKDAEKKAAYDRFGHAAFEGGMG---GG--GP----R-------GGH----PGQGDFASAFSDVFDDLFGDFMGGG--GRAGGGRQ-
A0A0P7WGJ7/1-120          MAKRDFYEVLGVSRGASTDEIKKAYRKKAKELHPDRNADNPQAEAQFKEANEAYEVLKDADKKAAYDRFGHAAFEGGMG---GG--GA----RP------GGH----PGHGDFASAFSDVFDDLFGDFMGGR--GGPGG-RQ-
A0A0T5NQY8/1-126          MAKRDYYEVLGVSKGANADEIKKAYRTKAKELHPDRNKDNPNAEKQFKEAGEAYDILKDAEKKAAYDRFGHAAFEGGTG----A--GA----RPG-----GGFGGAGPGQGDFASAFSDVFDDLFGDFMGGGARGGAGG-RQ-
A0A0P1GDB5/1-119          MSKRDYYEVLGISKGASADEIKKAFRKKAKELHPDRNSDNPNAEAQFKEANEAYDCLKDAEKKAAYDRYGHAAFEGGMG---GG--GG-----PR-----GGH-----PGGDFSSAFSDVFDDLFGDFMGGQ--RGGGGGG--
A0A0N8K755/1-123          MAKPDFYDLLGVSRSASADEIKKAYRKKAKELHPDRNSDNPNAEAQFKEINEAYDALKDPERKAAYDRYGHAAFDGGMG----A--GQ----RGGG---HPGF---GGGNGDFASAFSDVFEDLFGDFVGGR--GGGGRSR--
A0A0A0EIR3/1-118          MAKRDYYEVLGLSKGASADEIKKAYRKKAKELHPDRNSDNPDAEEQFKEANEAYDVLKDADRKAAYDRFGHAAFEGGMG---GG--GGG--PRPG------------GHQGDFASAFSDVFDDLFGDMMGGR--GGGGR----
S9QRS2/1-122              MSKRDYYDVLGLSKGASADEIKKAYRRKAKELHPDRNADNPEAETQFKEANEAYEVLKDAEKKAAYDRFGHAAFEGGMG---GG--GGP---RPG-----GGF---GGGQGDFASAFSDVFDDLFGDFMGGR--GGGRQ-R--
A0A1M6CPU0/1-120          MAKRDFYEVLGVSKGASADEIKKAYRQKAKELHPDRNADNPKAEAQFKEANEAYEVLKDAEKKAAYDRYGHAAFEGGMG---GG--GGA--RRPG-----------AGGQGDFASAFSDVFDDLFGDIMGGQ--RRGGQ-R--
A0A1M4N5N2/1-121          MAKRDYYEVLGVSKGASADELKKAYRTKAKELHPDRNSDNPNAESQFKEVNEAYDCLKDPEKKAAYDRYGHAAFDGGMG-------GP----RGGG----AGY----QGQGDFASAFSDVFDDLFGDFMGGR--GGGGG-RSR
A0A058ZML8/1-118          MAKRDYYEVLGASKGASADELKKAYRKKAKELHPDRNSDNPNAESQFKEVNEAYDVLKDAEKKAAYDRFGHAAFEGGMG---GG--GP----R--------------GGQGDFANAFSDVFDDLFGDFMGGR--GGGGGGGGR
A0A1L9P0D1/1-121          MSKRDYYDVLGIAKGASADEIKKGYRKKAKELHPDRNADNPKAEEQFKEANEAHEVLKDPEKKAAYDRYGHAAFEGGMG---GG--GG----RPG-----G------GGQGDFSSAFSDVFDDLFGDFMGGG--QRGGGGRNR
X7F6V6/1-121              MSKRDYYDVLGLKKGASPEEIKKAYRQKAKELHPDRNADNPDAETKFKEANEAYEVLKDNDKRAAYDRYGHAAFEGGMG---GG--GP----RPGA----GGF----GAQGDFASAFSDVFDDLFGDFMGGG--RGGRS-R--
B9NU24/1-122              MSKRDYYEVLGVSKGASADEIKKGFRSKAKQLHPDRNKDNPDAEAQFKEANEAYDVLRDAEKKAAYDRFGHAAFENGMG---GG--GG----RPG-----GGF-----GQGDFSSAFSDVFDDLFGDFMGGQ--RGGGGGRRA
C7DEB9/1-120              MAKRDYYETLGIAKGASADEIKKAYRTKAKELHPDRNTDNPNSEAQFKEAGEAYEVLKDADKKAAYDRYGHAAFEGGMG---GG--------RPGG----GGF----SGQGDFASAFSDVFDDLFGDFMGGQ--RGGGG-RG-
A0A085TVH5/1-124          MAKRDYYDVLGIAKGASAEEIKKAYRKKAKELHPDRNADNPDAESQFKEANEAYDVLKDAEKKAAYDRFGHAAFEGGMG----G--GP----RPG-----GGY-GGGPGQGDFASAFSDVFEDLFGDFMGGR--GPGGQ-RSR
A0A017HFZ6/1-121          MAKRDYYETLGVSKGASADEIKKAYRRKAKELHPDRNSDNPNAEEQFKAANEAYDVLKDADKKAAYDRYGHAAFEGGMG----G--------RPGG--GAGGF----RGQGDFASAFSDVFDDLFGDFMGGQ--RGGGRSR--
A0A099T945/1-119          MAKRDYYEVLGISKGADPDEIKKAFRRKAKELHPDRNSDNPNAESQFKEANEAYDVLKDAEKKAAYDRFGHAAFDGGMG----G--GP----RG------GG----GGGQGDFASAFSDVFEDLFGDFMGGQ--QGRGG-RQ-
A0A1M6HR93/1-119          MAKRDYYEVLGISKGADPDEIKKAFRRKAKELHPDRNSDNPNAESQFKEANEAYDVLKDAEKKAAYDRFGHAAFDGGMG----G--GP----RG------GG----GGGQGDFASAFSDVFEDLFGDFMGGQ--QGRGG-RQ-
A0A0N7LTG0/1-119          MAKRDYYEVLGISKGADPDEIKKAFRRKAKELHPDRNSDNPNAESQFKEANEAYDVLKDAEKKAAYDRFGHAAFDGGMG----G--GP----RG------GG----GGGQGDFASAFSDVFEDLFGDFMGGQ--QGRGG-RQ-
A0A132C2Z2/1-121          MSKRDYYEVLGVSKGASADEIKKGFRTKAKELHPDRNSDNPDAEAQFKEANEAYDILKDPERKAAYDRYGHAAFENGTG---GG--GGG---RPG-----AGH-----PGGDFSSAFSDVFDDLFGDFMGGG--GRGNA-RQ-
I1AY09/1-126              MSKRDYYDLLGVAKGASADEIKKGYRKKAKELHPDRNTDDPNAEAQFKEVNEAYDVLKDADKKAAYDRYGHAAFEGGMGAGAGG--GG----RPGA----GGF----HGQGDFASAFSDVFDDLFGDMMGGR--QGGGGGRQ-
A0A086Y3W4/1-119          MAKRDFYEVLGVARTASFEEIKKAYRGKAKELHPDRNKDNPDAESLFKEVNEAYDCLKDAEKKAAYDRYGHAAFEGGMG----G--GG----GFG-----QGF-----GGGDFSSAFSDIFEDLFGGGGGMG--GRGGS-RS-
A0A0L6CPX6/1-124          MAKRDYYEVLGLSKGASADEIKKAYRTKAKELHPDRNSDNPDAEKQFKEAGEAYDVLKDPEKKAAYDRFGHAAFDGGMG---GG--GA----RPG-----GGF-GGGAGQGDFASAFSDVFDDLFGDFMGGG--RGGGRQR--
W4HJY3/1-122              MSKRDYYDVLGLKKGASADEIKKGYRKKAKELHPDRNADNPDAESQFKEANEAYDVLKDPEKKAAYDRFGHAAFEGGMG---GG--GGG--PRPG-----AG-----GPQGDFASAFSDVFDDLFGDFMGGG--GRGGRSR--
Q28VY4/1-117              MAKRDYYEVLGVSKGASADEIKKGFRTKAKELHPDRNADNPEAESQFKEANEAYDVLKDADKKAAYDRFGHAAFDGGMA----G--GP----RG------GG----GQGQGDFASAFSDVFEDLFGDFMGGQ--RGRPG----
A3VD27/1-118              MSKRDYYEVLGTTKGASADEIKKAYRKKAKELHPDRNADNPDAENQFKEANEAYDVLKDPEKKAAYDRFGHAAFEGGMG----G--GP----RPGG----PGF----GQQGDFASAFSDVFDDLFGDFMGQR--GGG---R--
A0A1N7EYX8/1-121          MAKRDYYEVLGVARGASADEIKKAYRQKARALHPDSNKDNPNAEAQFKEVGEAYDVLKDAEKKAAYDRFGHAAFEGGMG---GG--GG----RPG------GP----QGQGDFASAFSDVFDDLFGDFMGAR--GGGGRQRA-
A0A017HNI1/1-120          MAKRDFYETLGISRGATPEEIKKAYRKKAKELHPDRNSDNPQAEAQFKELNEAYEVLKDEQKKAAYDRFGHAAFEGGMG----A--GA----RPGG----AGF--RGGANGDFASAFSDVFDDLFGDIMGQR--GAQG-----
Q1GKS4/1-119              MSKRDYYEVLGVSKGASADEIKKGFRKKAKELHPDRNADNPDAEAQFKEANEAYDVLKDPERKAAYDRYGHAAFENGMG---GG--GGG---RA------GGH-----PGGDFSSAFSDVFDDLFGDFMGGG--GGRAGA---
A0A176FV29/1-120          MSKRDYYEVLGLSKGASADEIKKAYRKKAKELHPDRNKDNPNSEKAFKEAGEAYDVLKDPEKKAAYDRFGHAAFDGGMG----G--GP----RPG------GM--GGGGQGDFASAFSDVFDDLFGDFMGGQ--RGGGRQ---
A0A0B3RQY3/1-120          MSKRDYYDVLGLERGASADEIKKAYRKKAKELHPDRNADNPEAESQFKEANEAYDVLKDADKKAAYDRFGHAAFEGGMG----G--GP----RPG-----GGM---GGGNADFASAFSDVFDDLFGDFMGGR--QGGRQ-R--
A0A1E3DAT4/1-120          MSKRDYYDVLGLERGASADEIKKAYRKKAKELHPDRNADNPEAESQFKEANEAYDVLKDADKKAAYDRFGHAAFEGGMG----G--GP----RPG-----GGM---GGGNADFASAFSDVFDDLFGDFMGGR--QGGRQ-R--
C8S208/1-121              MAKRDFYEILGVARGASAEELKKAYRAKAKELHPDRNTTDPNAEAQFKEVNEAYDVLKDADKKAAYDRYGHAAFDGGMG----G--GP----AGAR----RGY----GGQGDFASAFSDVFEDLFGDFMGGR--GGGGGNR--
A3X768/1-122              MSKRDYYETLGVAKGASADEIKKGFRKKAKELHPDRNSDNPDAEAQFKEANEAYEVLKDAEKKAAYDRFGHAAFENGMG---GG--GGQ---R-------GGH----PGGGDFSSAFSDVFDDLFGDFMGGR--SQAGGGRQR
D0DAL9/1-123              MSKRDYYDLLGVAKGASAEEIKKGYRKKAKELHPDRNADNPDAEAQFKEINEAYDVLKDADKKAAYDRFGHAAFEGGMG--GGG--GG----RPG-----GGF---QGGQGDFASAFSDVFDDLFGDFMGGR--QGGGRQR--
A0A1N6JXR7/1-121          MAKRDFYEVLGVARGASADEIKKAYRKKAKELHPDRNADNPGAEADFKEVNEAYETLKDPDKKAAYDRFGHAAFEGGMG----G--GP----RPGG----PGF---GGGGGDFASAFSNVFDDLFGDFMGGG--PGGRQ-R--
W8S010/1-122              MSKRDYYEVLGVARGASADEIKKGYRKKAKELHPDRNSDNPDAEAQFKEVNEAYDVLKDAEKKAAYDRFGHAAFDGGMA----G--GP----RAGG---YGG----GPGQGDFASAFSDVFEDLFGDFMGGQ--RGAGGAR--
A0A1B1PPS8/1-121          MSKRDYYELLGVAKGASADEIKKGYRKKAKELHPDRNADNPDAEAQFKEVNEAYEVLKDADKKAAYDRFGHAAFEGGMG----G--SG----RPGG----GGF----GQQGDFASAFSDVFDDLFGDFMGGG--RGGGGGR--
A0A0C1JBK7/1-120          MSKRDYYDVLGVSKGASADEIKKGFRRKAKELHPDRNKDNPDAETQFKEANEAYDVLRDADKKAAYDRFGHAAFENGMG---GG--GG----RPG-----GGF-----GQGDFSSAFSDVFDDLFGDFMGGQ--RPGSGGR--
A0A0Q0URI9/1-117          MAKRDYYEVLGVAKGADAAEIKKGYRQKAKELHPDRNADNPNAEAQFKEANEAYEVLKDPNKKAAYDRYGHAAFENGMG---GG--GG----GPR------------GGQGDFGSAFSDVFDDLFGDFMGGR--GGGRRN---
D0CSQ7/2-116              -SKRCYYEVLGVSKGASAEEIKKAFRRKAKELHPDRNKDNPEAETLFKEANEAYDILRDADKKAAYDRFGHAAFENGTG-------GA----RPG-----GGY-----GSGDFSSAFSDVFDDLFGDFMGGR--QGGGR----
A0A1N7JYU8/1-123          MSKRDYYDVLGVSKGASAEEIKKAYRQKAKELHPDRNSDNPNAEAQFKEANEAYDVLKDAEKKAAYDRFGHAAFDGGMG---GG--GG----RPG-----GGF---GGGQGDFASAFSDVFDDLFGDFMGGR--GGGGGARQ-
A0A073ILS8/1-124          MSKRDYYDVLGVAKGASADEIKKGYRKKAKEYHPDRNADKPEAEGKFKEANEAYEVLKDADKKAAYDRYGHAAFEGGMG--GGG--GG----RPG-----GGF---GGGQGDFSSAFSDVFDDLFGDFMGGRGQQGGGG-R--
A0A1N7MMH6/1-117          MAKRDFYEVLGVARGASADEIKKAYRKKAKELHPDRNKDDADAEARFKEVNEAYDVLKDAEKKAAYDRFGHAAFEGGMG---GG--GP----R-------GGY----AGQGDFASAFSDVFEDLFGDFMGGR--GGPGG----
X6L487/1-120              MSKRDYYDVLGATKGASADELKKAYRKKAKELHPDRNADNPEAESQFKEVNEAYEVLKDADKKAAYDRYGHAAFEGGMG----G--GP----RPG-----GGG---MHGNADFASAFSDVFDDLFGDFMGGQ--RGGRQ-R--
A0A0X3TNK8/1-120          MSKRDYYDVLGVSKGASADEIKKGFRRKAKELHPDRNTDNPDAEAQFKEANEAYDVLRDAEKKAAYDRFGHAAFENGMG---GA--GA----RPG-----GGF-----GQGDFSSAFSDVFDDLFGDFMGGQ--RGGGGGR--
A0A1D9M8J3/1-118          MAKRDFYEVLGIAKGASADEIKKAYRTKAKELHPDRNQDNPDAESQFKEVNEAYDVLKDADKKAAYDLYGHAAFEGGMG---GG--GG-----PR-----GGY-----AQGDFASAFSDVFEDLFGDFMGGR--GPGGGG---
A0A0W7WJH5/1-122          MSKRDYYDVLGVAKGASADEIKKAYRKKAKELHPDRNADNPNAEAQFKEANEAYDVLKDAEKKAAYDRFGHAAFEGGMG---GG--GG----RPG-----GGF--GAGQQGDFASAFSDVFDDLFGDFMGGR--QGGRQ-R--
A0A0N8K6J9/1-120          MSKRDYYEVLGVKKGASADEIKKAYRQKAKELHPDRNADNPDAESRFKEANEAYEVLKDADKKAAYDRFGHAAFEGGMG----A--SA----RPG-----SGF----QGNGDFASAFSDVFDDLFGDFMGRR--GGDGG-RT-
S9RUM5/1-117              MAKRDYYEVLGVARGASADELKKAYRTKAKELHPDRNSDNPNAEAQFKEANEAYEVLKDADKKAAYDRYGHAAFENGMG---GG--GQ----R-------------HGGNGDFSSAFSDVFEDLFGDFMGGG--GQRGG-RQ-
Q0FVM3/1-123              MSKRDYYDVLGVSKGASADEIKKGYRKKAKELHPDRNADNPDAENLFKEANEAYDVLKDPEKKAAYDRFGHAAFEGGMG--GGG--GG----RPG-----GGF----QGQGDFASAFSDVFDDLFGDFMGGR--QGGGG-RQR
A3KAT6/1-119              MSKRDYYDVLGVKKGASAEELKKAYRAKAKQLHPDRNKDDPDSEAQFKEVNEAYDVLKDADRKAAYDRFGHAAFEGGMG----G--GP----RPG-----GGA----QGNADFASAFSDVFDDLFGDFMGGR--QGGRQ-R--
A0A0M6YFP4/1-120          MAKRDYYETLGVAKGASADEIKKAFRGKAKELHPDRNSDNPNAEAQFKEANEAYDVLKDAEKKAAYDRFGHAAFEGGMG---GG--GGP--RRPQ------------GGQGDFASAFSDVFEDLFGDFMGGQ--PGGGRSG--
A0A196PZ09/1-121          MAKRDYYEVLGVAKGASADEIKKGFRKKAKELHPDRNSDNPDAEAQFKEANEAYDVLKAPDKKAAYDRYGHAAFEGGMG---GG--GG----RPG-----GGM---GGGQGDFGSAFSDVFDDLFGDFMGQR--GGGGG-R--
A0A1B0ZT40/1-119          MSKRDYYDILGVAKGATAEEIKKGYRKKAKELHPDRNADNPDAEAQFKEANEAYEVLKDAEKKAAYDRYGHAAFENGMG---GG--GG-----PR-----GGH----PGGGDFSSAFSDVFDDLFGDFMGGR--GQAGG-R--
A0A0P7ZX96/1-122          MAKRDFYDVLGVSRDASADEIKKAYRQKAKQLHPDRNSDNPDAETQFKEVNEAYDALKDPERKAAYDRFGHAAFEGGMG---GG--GP----RGGR----GGM----HPGADFGSAFSDVFEDLFGDFMGGG--RGGARQR--
A0A0D1EGW8/1-120          MAKRDYYETLGVAKGAGADEIKKAYRRKAKELHPDRNADNPDAEAQFKEVNEAYDVLKDADKKAAYDRFGHAAFDGGMG---GG--GP----RRG----------PAGGQGDFASAFSDVFEDLFGDFMGGQ--PGRGGGR--
A0A0P7YI46/1-122          MAKRDYYEVLGIARGASGDEIKKAYRIKAKELHPDRNSDNPEAEAQFKEANEAYDVLKDPDKKAAYDRFGHAAFDGGMA----G--GA----RAGG---FGGP----QGQGDFASAFSDVFEDLFGDFMGGQ--RGGRRSR--
A0A0U1NK42/1-119          MAKRDYYEILGVSKGASADEIKKGYRTKAKELHPDRNADNPNAEAMFKEANEAYEVLKDAEKKAAYDRYGHAAFEGGMG-------GG----RQG-----GGF---GGGNGDFSSAFSDVFDDLFGDFMGGQ--RGGGG-R--
A0A0H4KZ76/1-123          MSKRDFYEVLGVARTASADEIKKAYRKKAKELHPDRNADNPEAEAQFKEANEAYEVLKDADKKAAYDRYGHAAFEGGMG---GG--GG----RPG-----GGF--HPGQQGDFASAFSDVFDDLFGDFMGGQ--RGGGRQR--
A0A0M7BCS9/1-121          MAKRDYYETLGVSKGAGADEIKKAYRRKAKELHPDRNADNPNAEAQFKEANEAYDVLKDAEKKAAYDRFGHAAFEGGMG---GG--GGGGARRPH-----------PGQQGDFASAFSDVFEDLFGDFMGGQ--GGRPG----
I7F3T1/1-122              MSKRDYYDVLGVSKGATADEIKKGFRKKAKELHPDRNKDNPESEGQFKEANEAYDVLKDPEKKAAYDRYGHAAFENGMG---GGQRGG----QGG-----QGF-----GGGDFSSAFSDVFDDLFGDFMGGR--GGQGGGR--
I7DJA4/1-122              MSKRDYYDVLGVSKGATADEIKKGFRKKAKELHPDRNKDNPESEGQFKEANEAYDVLKDPEKKAAYDRYGHAAFENGMG---GGQRGG----QGG-----QGF-----GGGDFSSAFSDVFDDLFGDFMGGR--GGQGGGR--
A0A135IEH1/1-122          MSKRDYYDVLGVSKGATADEIKKGFRKKAKELHPDRNKDNPESEGQFKEANEAYDVLKDPEKKAAYDRYGHAAFENGMG---GGQRGG----QGG-----QGF-----GGGDFSSAFSDVFDDLFGDFMGGR--GGQGGGR--
Q16D44/1-122              MAKRDYYEVLGVSKGASSDDIKKGYRRKAKELHPDRNKDDPNAEAQFKEANEAYEVLKDADKKAAYDRYGHAAFEGGMG--GGG--GG----RPG-----GGF----GGGQDFSSAFSDVFDDLFGNFAGGG--QRGGGNR--
A0A1H5VN50/1-117          MSKRDYYDVLGVSRGASAEEIKKAYRRKAKELHPDRNHDNPDAEAQFKEANEAYEVLKDPDKRAAYDRFGHAAFDGGMG----G--GP----RPG-----AGF-----GSGDFSSAFSDVFEDLFGDMMGTR--GGGRR----
A0A085BXW7/1-122          MAKRDYYETLGVAKGASADEIKKGYRTKAKELHPDRNADNPNAEAQFKEANEAYEVLKDPEKKAAYDRYGHAAFEGGMG---GG--GG----HRG-----GGF--GGGGQGDFSSAFSDVFDDLFGDFMGGQ--RGGGG-R--
A0A1H3A8L5/1-122          MAKRDYYETLGVAKGASADEIKKGYRTKAKELHPDRNADNPNAEAQFKEANEAYEVLKDPEKKAAYDRYGHAAFEGGMG---GG--GG----HRG-----GGF--GGGGQGDFSSAFSDVFDDLFGDFMGGQ--RGGGG-R--
Q5LWJ5/1-118              MSKRDYYDVLGVSKGASADEIKKAYRGKAKELHPDRNKDNPDAESLFKEVNEAYEVLKDAEKKAAYDRFGHAAFEGGMG----G--GQ----RPG-----GGF-----GSGDFSSAFSDVFEDLFGDFMGGQ--RGGGG-R--
A0A1J5HKJ1/1-120          MSKRDYYEVLGVAKSASAEEIKKGYRAKARELHPDRNADNPNAEAQFKEANEAYDVLKDADKKAAYDRFGHAAFEGGMG----G--GG----RPGS----GGF----HGQGDFASAFSDVFDDLFGDFMGGG--RAGGG-R--
A0A1C2HPW5/1-121          MAKRDFYDVLGTKKGASPEEIKKAYRTKAKELHPDRNSDNPDAEAQFKEANAAYEVLKDPEKKAAYDRYGHAAFEGGMG----G--GQ----RPGQ----GGY---GGGHGDFGSAFSDVFEDLFGDFMGGG--GGRQGG---
A0A086Y8K9/1-119          MAKRDFYEVLGVEKGASAEEIKKAYRKKAKELHPDRNADNPNAEAEFKEVNEAYETLKDEQKKAAYDRFGHAAFEGGMG----G--AA----RGR-----GGA----YQGGDFASAFSDVFEDLFGDFMGGR--QGGAP-R--
A0A1N7NZN0/1-120          MAKRDFYEVLGIARGASPDEIKKAYRQKAKELHPDRNQDNPQAEAQFKEANEAYDVLKDEQKKAAYDRFGHGAFEGGMG---GG--GG----GRG-----AGF----GQQGDFASAFSDVFEDLFGDFMGGR--GGQGG-R--
A0A0P7IY73/1-119          MSKRDYYEVLGAAKGASADELKKAYRKKAKELHPDRNSDNPNAEAQFKEVNEAYDVLKDADKKAAYDRYGHAAFEGGMG-------GG----RPG-----GGY----GQQGDFASAFSDVFDDLFGDFMGGQ--RGGGRSR--
A0A1L5Q6L2/1-118          MSKRDYYEVLGVSKGATAEELKKAYRTKAKELHPDRNSDNPDAESQFKEVNEAYDVLKDANKKAAYDRYGHAAFDGGMG----G--GP----RGG------------HGHGDFASAFSDVFDDLFGDFMGGG--RQGGG-RSR
A0A1B7YX53/1-118          MSKRDYYEVLGVSKGATAEELKKAYRTKAKELHPDRNSDNPDAESQFKEVNEAYDVLKDANKKAAYDRYGHAAFDGGMG----G--GP----RGG------------HGHGDFASAFSDVFDDLFGDFMGGG--RQGGG-RSR
A0A073J2X0/1-121          MAKRDYYEVLGVAKGASADEIKKGYRTKAKELHPDRNADNPKAEAQFKEANEAYEVLKDADKKAAYDRYGHAAFEGGMG----G--GG----RPG-----GGF--GGGGHGDFGSAFSDVFDDLFGDFMGGQ--RGGGR-R--
A0A196NK72/1-122          MAKRDYYDVLGVAKGASADEIKKGYRQKAKEFHPDRNKDSADSEAKFKEANEAYEVLKDADKKAAYDRFGHAAFEGGMG---GG--GGG--RRPG------------GGQGDFSSAFSDVFDDLFGDFMGGR--GGAGGGGRR
A0A0P1IHJ8/1-116          MSKRDYYDVLGVSKGASADEIKKGFRTKAKELHPDRNKDNPDAESQFKEANEAYDVLRDADKKAAYDRFGHAAFENGMG----G--GG----RPG-----GGF-----GQGDFSSAFSDVFDDLFGDFMGGQ--RGGP-----
A9DYC3/1-120              MAKRDYYEVLGVAKGASADEIKKAYRSKVKDLHPDRNKDNPNAEAQFKEVGEAYDVLKTDDKKAAYDRYGHAAFEGGMG---GG--------RPG-----GGM---GGGQGDFSSAFSDVFDDLFGDFMGQR--GGGGGGR--
A0A0T5PE54/1-121          MSKRDYYEVLGLSKGASAEEIKKAYRTKAKELHPDRNKDNPNSEKAFKEAGEAYDVLKDPEKKAAYDRFGHAAFDGGMG----G--GG----RPG------GM--GGAGQGDFASAFSDVFDDLFGDFMGGQ--RGGGRQR--
A0A0X3TSR1/1-118          MSKRDFYDVLGVSKGASADEIKKAYRKKAKELHPDRNKDNPDAEAQFKEVNEAYEILKDGEKKAAYDRFGHAAFEGGMG---GG--GG----HPG-----AGF-----GSGDFSSAFSDVFDDLFGDFMGGR--QGGGR----
D5ALD2/1-119              MAKRDFYEVLGVSKGASAEEIKKAYRSKAKELHPDRNQDNPQAEAQFKEVNEAYDVLKDGDKKAAYDRYGHAAFEGGMG---GG--GP----R-------GPY----GQGADFSSAFSDVFEDLFGDFMGGR--GGPGGGG--
A0A0E2PIJ3/1-119          MAKRDFYEVLGVSKGASAEEIKKAYRSKAKELHPDRNQDNPQAEAQFKEVNEAYDVLKDGDKKAAYDRYGHAAFEGGMG---GG--GP----R-------GPY----GQGADFSSAFSDVFEDLFGDFMGGR--GGPGGGG--
A0A037ZMH6/1-119          MAKRDYYDVLGVGKGASGDELKKAYRRKAKELHPDRNADNPDAEAQFKEVNEAYDALKDPDKKAAYDRYGHAAFEGGMG---GG--------RA------QGF----GGQGDFASAFSDVFDDLFGDMMGGR--GGGGG-RQR
A0A1M6FT39/1-122          MAKRDFYEVLGVSKGASADEIKKAYRQKAKELHPDRNKDNPASEAQFKEANEAYDVLKDADKKAAYDRFGHAAFEGGMG----G--------RPGGAGGAGGF----RGQGDFASAFSDVFDDLFGDFMGGQ--RGGAAG---
A0A0N7LUZ8/1-121          MAKRDYYDVLGVAKGASADEIKKAYRKKAKELHPDSNSDNPEAEDQFKEANEAYECLKDAEKKAAYDRFGHAAFEGGMG---GG--------RPG-----GGF--HGGGQGDFASAFSDVFDDLFGDMMGGR--GGGGRGR--
V7EQ00/1-121              MAKRDYYDVLGVARGASADELKKAYRQKAKELHPDRNSDNPNAEAQFKEVNEAYDVLKDADKKAAYDRFGHAAFEGGMG----G--GG----RGA-----QGF---GGGNADFASAFSDVFEDLFGDFMGGG--RGGGG-RS-
B7RJJ6/1-121              MAKRDYYEILGIAKGASADEIKKGYRTKAKELHPDRNSDNPNAEAQFKEANEAYEVLKSPDKKAAYDRYGHAAFEGGMG---GG--GQ----RPG-----GGF---GGGQGDFSSAFSDVFDDLFGDFMGNQ--RGGGG-R--
X7EHG7/1-121              MSKRDYYDVLGLSKGASADEIKKAYRKKAKELHPDRNADNPAAEGQFKEANEAYDVLKDPEKKAAYDRFGHSAFDGGMG---GG--GGG---RPG------GM---GGGQGDFASAFSDVFDDLFGDFMGGG--RGGRS-R--
A3TWC7/1-118              MAKRDYYDVLGLSKGAGEDEIKKAYRKKAKELHPDRNADNPKAEEQFKEVNEAYDCLKDADRKAAYDRFGHAAFEGGMG----G--GA----RRG-----------GPNQGDFASAFSDVFDDLFGDFMGQR--GPGGA-RQ-
A0A166R5B6/1-121          MAKRDYYEVLGVAKGASAEEIKKGYRTKAKELHPDRNTDNPKAEAQFKEANEAYEVLKDADKKAAYDRYGHAAFEGGMG---GG--------RPGG----GGF--GGGQQGDFSSAFSDVFDDLFGDFMGQR--GGGQAG---
A0A0N9NM26/1-121          MAKRDYYEVLGVGKGASAEELKKAYRTKAKELHPDRNADKPDAEAQFKEVNEAYEMLKDPEKKAAYDRFGHAAFEGGMG----G--GP----RGG-----AG-----AGHGDFASAFSDVFDDLFGDFMGGQ--RGGGGGRQR
A0A1M5TKF6/1-122          MSKRDYYDVLGLKKGASADEIKKAYRQKAKELHPDRNADNPKAEEQFKEANEAYEVLKDADKKAAYDRYGHAAFEGGMG----G--GG----RPG-----GGF---GGGQGDFASAFSDVFDDLFGDFMGGQ--RGGGG-RQR
A0A0F2RXH3/1-124          MAKRDYYEVLGLSKGASADDIKKAYRKKAKELHPDRNSDNPDSERQFKEAGEAYDVLKDAEKKAAYDRFGHAAFEGGMG---NG--GA----RPG------GY-AGGAGQGDFASAFSDVFDDLFGDFMGGG--GRGGG-RQR
A3W456/1-124              MAKRDYYEVLGLSKGASADDIKKAYRKKAKELHPDRNSDNPDSERQFKEAGEAYDVLKDAEKKAAYDRFGHAAFEGGMG---NG--GA----RPG------GY-AGGAGQGDFASAFSDVFDDLFGDFMGGG--GRGGG-RQR
A0A0P1GD17/1-120          MSKRDYYDLLGVAKGASADEIKKGFRTKAKELHPDRNADNPDAEAQFKEVNEAYDVLKDPEKKAAYDRYGHAAFEGGMG----G--GP----RPG-----GGM---GGGQGDFASAFSDVFDDLFGDFMGGR--QGGRQ-R--
A0A074U6W7/1-124          MAKRDYYDILGVAKGASADEIKKGYRTKAKELHPDRNKDNPEAEAQFKEANEAYDVLKDPEKKAAYDRFGHAAFEGGMG----G--GA----RPG-----AGY-GGGAGQGDFASAFSDVFEDLFGDFMGGR--PGGGGGRS-
A4ETA6/1-120              MSKRDYYDVLGVAKGASADEIKKGFRKKAKELHPDRNSDNPDAEAQFKEANEAYDVLKDAEKKAAYDRFGHAAFENGMG---GG--GR----GPG------GM---GAGGGDFSSAFSDVFDDLFGDFMGGR--GGAGG-R--
V9VYX3/1-122              MSKRDYYDVLGVAKGATADEIKKGFRKKAKELHPDRNSDNPDAESQFKEANEAYDVLKDAEKKAAYDRFGHAAFENGMG---GGQRGG-----QG-----QGF-----GGGDFSSAFSDVFDDLFGDFMGGQ--RGGGGGRQ-
#=GC scorecons            86988797798657897778799689498888999894888579579986789877988668899998799899779880002700740000745000004630001365899689998897999987897500566651500
#=GC scorecons_70         ************_*************_**********_***_**_**************_*******************____*__*_____*________*______*_***_*****************____*_*_____
#=GC scorecons_80         *_*********__**********_**_**********_***_**_****_*********__******************____*__*_____*_________________***_*****************____________
#=GC scorecons_90         *_***_*__**___**___*_**__*_**********_*_*__*__***__***__***__*******_*****__***_______________________________***_*******_*****_**_____________
//