Table of all MAX representative Alphafold modelsThe table caption is at the bottom of this page
	

 AF-MAX
 MMseqs2
 CustomMSA
 JackHmmer
 BestScore
 PDB
 Name
 Sequence
 Core alignment (columns with less than 70% gaps only)
 Modeller
 TM-pred
 

  MAX01
  87.20
  57.95
  94.25
  94.25
  
  
  Triticum_Mo_B2_115880T0
  --ECFWFMFYN-GQRVDAGACHSDWSFGLQVGKRFVQIKTDKKCNLHG--T-YAPGWIVLGRERD
   OG01
  0.87
 
 
  MAX02
  94.05
  85.22
  98.10
  98.10
  7A8X
  AVR-PikC
  Oryza_Mo_87_120_118150T0
  --ECFWFMFKN-NVRQDDGTCYSSWKMDMKVGPNWVHIKSDDNCNLSG--D-FPPGWIVLGKKRP
   OG02
  0.91
 
 
  MAX03
  90.43
  72.11
  95.98
  95.98
  
  
  Brachiaria_Mo_Bd8401_113610T0
  --DCFWFLYKN-YVRQDAGVCQSDWSFEMKIGQYWVTIHTDEGCRLSG--I-IPAGWLILGIKRL
   OG03
  0.84
 
 
  MAX05
  62.98
  91.88
  92.62
  92.62
  
  
  Oryza_Mo_87_120_068110T0
  -ELCTIDILFR-GRRVTFRNIPSGSFQQTEVQGKRCIISVDDSCQPTQ-VG-LDQYWSVKLRE--
   OG05
  0.72
 
 
  MAX06
  92.56
  70.31
  91.65
  92.56
  2LW6
  AvrPiz-t
  Oryza_Mo_87_120_117670T0
  FVQCNHHLLYN-GRHWGTIRKKAGWAVRFYE-KRLAICKNSPHCYLKC-TN-LA-GFSGTSTDVL
   OG06
  0.99
 
 
  MAX07
  94.73
  92.65
  95.70
  95.70
  
  
  Triticum_Mo_12_1_205_023240T0
  -LTCNLSINKD-GKYFKQEQAIAGREVKFKD-GNVGICKTTTNCRVTC-KD-LP-GYSGEAWDVK
   OG07
  0.72
 
 
  MAX08
  52.70
  63.24
  58.16
  63.24
  
  
  Oryza_Mo_87_120_064890T0
  -FQCRITYTAPN-KKPVVNKLGHGGTAKLSVDGVTYTAVADAKCKLVVVGSPWP-AGHFTVGQVV
   OG08
  0.74
 
 
  MAX09
  58.03
  61.02
  45.31
  61.02
  
  
  Echinichola_Mo_IR0015_070470T0
  -FECRITYTAPN-KKPVVNHLGYGGTAKLSVDGVTYTAVADAKCKLVIVGSPWP-AGHFTVGQVV
   OG09
  0.73
 
 
  MAX10
  56.30
  91.21
  63.66
  91.21
  
  
  Triticum_Mo_12_1_205_049140T0
  -YKCRVYLKDGFDDSDDFQEGAPGDTVHLTANCDIIKVFIRDACYYDILNVEMPASYTIKTKKID
   OG10
  0.69
 
 
  MAX11
  91.02
  95.65
  93.22
  95.65
  
  
  Setaria_Mo_Arcadia_117730T0
  -YKCRISLMNGSDSSDDYEDGKPGDTVNLQANGDIVKVYIRDNCYYDILNKEMPASYTIKTKRL-
   OG11
  0.75
 
 
  MAX12
  92.87
  81.48
  48.63
  92.87
  
  
  Lolium_Mo_CHRF_114940T0
  --DCQVSLTATS---WDTQYADYNDDVEISAGRHKFVIHVEQDCGGSKVSGTIPPHHLVILSPMS
   OG12
  0.68
 
 
  MAX13
  93.74
  79.56
  55.02
  93.74
  
  
  Lolium_Mo_Br58_118190T0
  --DCQVSLTATS---WDTQYADYNDDVEISAGRHKFVIHVEQDCGGSKVSGTIPPHHLVILSPMS
   OG13
  0.67
 
 
  MAX14
  91.14
  81.44
  76.88
  91.14
  
  
  Oryza_Mo_AG0004_119100T0
  --DCQVSLTATS---WDTQYANYNDDVEISAGRHKFVIHVEQDCGGSKVSGTIPPHHLVILSPMS
   OG14
  0.68
 
 
  MAX15
  72.78
   N.A.
  87.88
  87.88
  
  
  Brachiaria_Mo_Bd8401_068860T0
  TQWCKVELVKG-REPQGMVKQNWDKTFVIK----GFEFKLSHDCTIAG---EAA-GYAVLSAAYK
   OG15
  0.52
 
 
  MAX17
  94.79
  80.43
  93.72
  94.79
  
  
  Triticum_Mo_12_1_205_033830T0
  GAKCRVDLKHG-QAVVSSFEVLAGSRKTVKEEGFSWTCSTQRTCDAVC-I--LPKGLTAVGVQIS
   OG17
  0.68
 
 
  MAX18
  80.26
  66.16
  62.05
  80.26
  
  
  Oryza_Mo_87_120_079830T0
  -TDCIIRICK-GDKTIHAKFAPAGTEFDWYLDDRLTVLRLRSDCS-VS-G-YVPKPWKVQGDKVS
   OG18
  0.74
 
 
  MAX19
  93.16
  95.32
  93.23
  95.32
  
  
  Oryza_Mo_87_120_110330T0
  --VCDFIIKQN-GTQITSGNIWAGATANFLVSGKWAVVSATSECKLSL-SG-LPNSYTILPTQ--
   OG19
  0.70
 
 
  MAX20
  82.84
  88.17
  73.73
  88.17
  
  
  Lolium_Mo_Br58_016220T0
  EDGCSASILKYDQETYYGSALPANGSIAFP-EFGEVVISVDANCNPTN-DVKVPKGWGLHVYKKV
   OG20
  0.68
 
 
  MAX21
  90.28
  91.98
  61.73
  91.98
  
  
  Oryza_Mo_87_120_063950T0
  -LGCTYSLYNIGRQLVSYAPVSPGGTIDYKIGRTTHKLKFADTCEFES-VPRLPDYWKVFGHVEG
   OG21
  0.72
 
 
  MAX23
  -----
  -----
  65.54
  65.54
  
  
  Stenotaphrum_Mo_SSFL02_117450T0
  GFDCTIERRLG--AMPEMIPAESGKYTVIA----GTRVWVYGDCRTYP----LDG-STISGRAFQ
   OG23
  0.65
 
 
  MAX24
  46.14
  85.71
  47.38
  85.71
  
  
  Stenotaphrum_Mo_SSFL02_116130T0
  -LGCEVFISKSGGDPIKSSCIPKSGSKVIVVNGKTVTVSADGSCKFSS-KD-LDPSLVMKFEGD-
   OG24
  0.79
 
 
  MAX25
  82.88
  90.39
  85.01
  90.39
  
  
  Echinichola_Mo_GN0001_113320T0
  HYRCKFEVLHIWTEPFLSSFIDPGQRAEITIEKTDFAIDIDGECKGTKVAGRIPENWFIRLSREG
   OG25
  0.65
 
 
  MAX27
  -----
   N.A.
  62.52
  62.52
  
  
  Lolium_Mo_Br58_022860T0
  RQQCFLSADLGP-PTLLETPFV-NDMFDHG-----YRCQMGKDCHVRC-RG-FPAAFKMTARNYP
   OG27
  0.64
 
 
  MAX28
  70.73
  74.12
  73.44
  74.12
  8C8A
  
  Lolium_Mo_Br58_067180T0
  -TSCKLALTNGNKREVDAKLLPPSGTTILSDGAGVFTAKVNSKCEFTSVSPALPTGFKIEGSVDK
   OG28
  0.75
 
 
  MAX29
  62.66
  64.14
  63.09
  64.14
  
  
  Oryza_Mo_87_120_115900T0
  PEHCFVRILK-YEIPIHGDGYLVGSDVNWWVGNQKVDFHINNDCTIQRR--DLPKGFDFILFRES
   OG29
  0.67
 
 
  MAX30
  59.28
  56.01
  60.99
  60.99
  
  
  Oryza_Mo_87_120_072540T0
  VFGCFVRMSIVTSNSGDLIPTTNPGQVDFKDGSDTITVKLDKNCQPVI---KHRKEVQFNALQKL
   OG30
  0.61
 
 
  MAX31
  -----
  74.49
  -----
  74.49
  
  
  Oryza_Mo_87_120_115960T0
  GDHCELTVWIHYDIPLMRYYVEIGGDLTFD-GAWHCVIKTTQACQATWTGGCPPKNINVDARKVI
   OG31
  0.62
 
 
  MAX32
  49.55
  82.28
  45.04
  82.28
  
  
  Brachiaria_Mo_Bd8401_036520T0
  ARPCKVTISMAVRQIYGEGLTTRGGRVVI-E---SFKCTVDETCNPSC-PD-VPPTWQVTSYDVE
   OG32
  0.61
 
 
  MAX33
  95.31
  93.42
  96.15
  96.15
  6R5J
  MoToxB
  Lolium_Mo_Br58_090910T0
  -TGCSVEIINSNQVSVGSGCARINSVTNIGDQGRRWGVLANSSCGLSTTQN-LPSGWSLRQTGF-
   OG33
  1.01
 
 
  MAX34
  88.83
  63.68
  67.08
  88.83
  
  
  Oryza_Mo_87_120_115840T0
  WQWCIVTVFYQG-RS-TGEFPTAVRKYEFPGEKYPYKFVCDDQCKCVSAGPF-LTGMRLEGQHVP
   OG34
  0.66
 
 
  MAX35
  92.53
  67.56
  93.99
  93.99
  
  
  Setaria_Mo_Arcadia_116450T0
  RGWCKVKVLYRHRKEAQATYAEIDKETHWNLDGFPIVIKPD-GCTIKLVSGWVDHEYYFKGETHK
   OG35
  0.69
 
 
  MAX36
  70.60
  63.13
  58.19
  70.60
  
  
  Stenotaphrum_Mo_SSFL02_031790T0
  -NGCLVKILDG-QRSLGERCIFEGYVTVHAEY-R-SLANVQGDCRNKG--E-G----NLQVVPAQ
   OG36
  0.64
 
 
  MAX37
  90.86
  91.72
  91.72
  91.72
  
  
  Brachiaria_Mo_Bd8401_070610T0
  VWECHVTVWEG-NTPRGTEMLKEGGDKTI-A---GYTCRAGAGCKAEC-DG-MNPPFRVLGTPHS
   OG37
  0.61
 
 
  MAX38
  85.07
  50.55
  83.53
  85.07
  
  
  Brachiaria_Mo_Bd8401_113550T0
  AKLCKWTVLNSEGEIIESGSCLNTEYMKH----GDIHVEFENDCTPIIFGAVA-EKVTIKGEIEE
   OG38
  0.64
 
 
  MAX39
  89.55
  83.47
  87.25
  89.55
  
  
  Oryza_Mo_AG0004_119250T0
  RRMCILALAEKNPSFLTFQEIEAPAAAMLSYGGHEIHFELDKNCWPRLRGSAVPPGYSAHIYS-E
   OG39
  0.62
 
 
  MAX40
  90.75
  86.62
  89.28
  90.75
  
  
  Triticum_Mo_12_1_205_116350T0
  RRMCILALAEKTPNFLTFEEVEAPAAAMLSYGGHEIHFELDKNCWPRLRGSAVPSGYSAHVYS-D
   OG40
  0.63
 
 
  MAX41
  84.81
  80.19
  78.17
  84.81
  
  
  Brachiaria_Mo_Bd8401_117640T0
  RRMCILTFAEKTPNFLTYQEVEAPAAAMLSYGGHEIHFELDKNCWPRLRGSAVPPGYSAHIYL-E
   OG41
  0.63
 
 
  MAX42
  88.18
  81.81
  87.84
  88.18
  
  
  Brachiaria_Mo_Bd8401_117480T0
  RRMCMLALAETTPNFITLQEVQAPTAASISYGGHYIHLKLDKNCLPKLVGSSVPPGYSVHIFS-K
   OG42
  0.65
 
 
  MAX43
  -----
  68.16
  -----
  68.16
  
  
  Triticum_Mo_12_1_205_099660T0
  VPVCLVQLLE-GDLFWKFYTARPGELYAFAID--SSFITAK-DCTIKDVHKKIRRRFTLKSFAAS
   OG43
  0.63
 
 
  MAX44
  75.89
  57.37
  61.78
  75.89
  
  
  Triticum_Mo_B2_097790T0
  N-PCRIVIYKPGGEEYFMGSVAPGGVARFD----GYICKASKDCRPTC-FN-MPFGFRYFGRHMR
   OG44
  0.65
 
 
  MAX45
  91.08
  75.76
  86.63
  91.08
  
  
  Brachiaria_Mo_Bd8401_032890T0
  PQLCKVEMFDNNARFVGMARGNWDKDFVI-K---GHTIKCNTRCETKD-VV-LPKNWSVKGYMIK
   OG45
  0.68
 
 
  MAX46
  87.70
  85.58
  88.66
  88.66
  
  
  Stenotaphrum_Mo_SSFL02_071710T0
  -KNCKFNVLNGSGINVANGCCDVTKQVTVS----PFTVSCTESCGLAIVSG-GDPTFSLQNAGR-
   OG46
  0.70
 
 
  MAX47
  92.73
  47.02
  92.84
  92.84
  7ZKD
  
  Triticum_Mo_12_1_205_114780T0
  RMCCDYKISP---GG-KSWSTKKGVQNWFHYKGKRYDVMAFDRCNLVWGRGEPK-KLTFEFGDRE
   OG47
  0.63
 
 
  MAX48
  48.83
  56.96
  85.03
  85.03
  
  
  Eleusine_Mo_B51_040130T0
  ERVCQVTVFYGKETG-TLMLMEPEEPIVIPKIGKRYYAVSDANCKYKRYDPW-PSGLRVKGVAVN
   OG48
  0.67
 
 
  MAX49
  91.92
  84.69
  88.08
  91.92
  
  
  Oryza_Mo_87_120_054380T0
  NPPCKVTIYAPPRTEMGFASAGKNEDVPVKITGHTYQCRTDATCEPVC-HG-LPNGWTYDGVYMH
   OG49
  0.67
 
 
  MAX50
  58.85
  52.33
  62.26
  62.26
  
  
  Oryza_Mo_87_120_116980T0
  MKDCYYTVWTSN-GNSWLSIRD-KTSDHLGIHGASVYFDED--C-YPH--Y-HSKEILVRKGCHE
   OG50
  0.62
 
 
  MAX52
  58.26
  45.78
  66.02
  66.02
  
  
  Lolium_Mo_Br58_051980T0
  --DCGISIFRPPGALAEVIYVNRGETFKI-I--EGYTCSVEQNCRPDC-N--LPRTWNYRGQWG-
   OG52
  0.63
 
 
  MAX53
  90.78
  83.28
  79.25
  90.78
  
  
  Triticum_Mo_12_1_205_115630T0
  NEDCIVSLVPDGSFARKTLRSSPGQQHDLQWGKYAFTIRVENGCAGKKTAGTIPPAHFVSVGRAA
   OG53
  0.71
 
 
  MAX55
  72.21
  86.71
  79.31
  86.71
  
  
  Eleusine_Mo_B51_023380T0
  -HFCKVSVYYQDRYQSTKKFAVPPAKVRILVGSRMHEVTVDKACKRTGWNGFLPRGYTIETEGWR
   OG55
  0.68
 
 
  MAX56
  90.69
  95.38
  90.46
  95.38
  
  
  Brachiaria_Mo_Bd8401_049230T0
  KWRCNVKIYNDKGKYQGQASDDWGETLTI-R---GYTCYTDSYCKASC-DG-LPAGWTAEGTQLN
   OG56
  0.68
 
 
  MAX57
  37.45
  63.41
  58.51
  63.41
  
  
  Echinichola_Mo_GN0001_111790T0
  KDFCRLTLKKG-DEIQSQKWVAKPGPIGILIQPVYESFKTDKYCNPKVRRGKLPDGYTFHGELKY
   OG57
  0.69
 
 
  MAX58
  91.77
  84.57
  94.98
  94.98
  
  
  Eleusine_Mo_B51_116520T0
  -PYCEYYIKT-L-GWE-LGWVKIGGQDELTWKGDSIGVKAEDNCKVVLV--------WLTAVPS-
   OG58
  0.80
 
 
  MAX60
  83.84
  88.40
  88.06
  88.40
  7ZK0
  
  Triticum_Mo_12_1_205_115240T0
  --DCTVIFRNNA-PP-IVVHTYYSRDLPIELDGVRHTIQLSG-CTPEQ----P-QGYSVEHMTYK
   OG60
  0.69
 
 
  MAX61
  93.51
   N.A.
  95.57
  95.57
  
  
  Triticum_Mo_12_1_205_116640T0
  ---TEVTILKK-GERIAWVTVEPGSSKSVNIRGKYFTVSVSDSGEKSI-S--G-S-YSVE-----
   OG61
  0.86
 
 
  MAX62
  90.87
   N.A.
  95.16
  95.16
  5Z1V
  AVR-Pib
  Echinichola_Mo_GN0001_114110T0
  ---TQVTILKK-GERITWVEVPKGESRVFNIRGKSVTVSVSDDGTPSI-S--G-S-FTVE-----
   OG62
  0.91
 
 
  MAX63
  91.97
  88.96
  91.66
  91.97
  
  
  Oryza_Mo_87_120_074600T0
  ARLCTVQIMRD-YHTVAYKKIF-PFKFKWEIHGVTYNVEVLYECAAKIYKPALPDGLIIKGHIEG
   OG63
  0.67
 
 
  MAX64
  83.14
  81.49
  74.20
  83.14
  
  
  Lolium_Mo_Pg1213_22_115930T0
  --KCVIGLTFN-N-WVNRFVISPGGKFSFIANYVIIPVRLDESCHWHQD-VIIPTGYGIKSCDEG
   OG64
  0.65
 
 
  MAX66
  75.29
  84.11
  62.81
  84.11
  
  
  Lolium_Mo_Br58_073460T0
  -DKCIVQLLDATEEIVMERFSGFGMWDSVSYLGHTYQFRLDQDCK-TGD--------SVKFRKVR
   OG66
  0.65
 
 
  MAX67
  88.63
  91.23
  91.79
  91.79
  7ZJY
  
  Echinichola_Mo_GN0001_115030T0
  -ADCTIGCKYL--WVHVSKTANIGDTLYIM----GHSTKIGRGCTPET----WD--AEIYSW---
   OG67
  0.66
 
 
  MAX69
  67.36
  70.76
  71.42
  71.42
  
  
  Lolium_Mo_Br58_118830T0
  G-DCFMGLYET-GNHIIGQETDDSGKFKYRLDGWILHVTVD-KCKLKY-SGLVPWGYELRVFPSV
   OG69
  0.63
 
 
  MAX70
  90.52
  89.70
  91.37
  91.37
  
  
  Eragrostis_Mo_G17_016110T0
  ARDCRLYYCWG-PNRRVVGTVDRGGSLKDYVNGQTITVKAGNDCKAEVIGGSVASGYYYEGFTTA
   OG70
  0.69
 
 
  MAX72
  47.79
  88.07
  87.11
  88.07
  
  
  Oryza_Mo_87_120_117680T0
  -KGCPYSVRRY-DKEVKWDIVEAGKSHIRVIDGYPATISADQDCKLKI-KG-L-AKYTIAPGD-P
   OG72
  0.69
 
 
  MAX74
  56.60
  63.53
  62.78
  63.53
  
  
  Setaria_Mo_Arcadia_118280T0
  -YECYVSLKING-IEHYEGRMEFPATTVYDIGGGTVVIVLGDTCEPIYKTEL---DFSSRIFKKR
   OG74
  0.64
 
 
  MAX75
  86.65
  70.03
  86.17
  86.65
  
  
  Setaria_Mo_Arcadia_088500T0
  -NDCEVRIFSDKIQPLDRFFITPGLETHYIINQYPVSFLAPKGCEAAIT-GKLPPTYGVLISTKS
   OG75
  0.69
 
 
  MAX76
  84.05
  60.31
  90.30
  90.30
  
  
  Lolium_Mo_Br58_118470T0
  -IFCLVQMCEMLKDCTRWYKVYPGGSHTFQEDRDTITVTFDNKCKKSLSGS-TKRSIGFPTQVVY
   OG76
  0.67
 
 
  MAX78
  -----
  74.36
  -----
  74.36
  
  
  Triticum_Mo_12_1_205_033750T0
  --DCTINVADGDGRIVDTRQTFNGSLAIAHVNDKDVPLTVNADCTVGS-ND-LPAGFKASGFPT-
   OG78
  0.71
 
 
  MAX80
  -----
  78.34
  -----
  78.34
  
  
  Brachiaria_Mo_Bm88324_068560T0
  KAKCPYTVFMPQWTKTREDEADADSEEQIR----FAKVKFAADCKISN--S-AK--LLFVKN---
   OG80
  0.62
 
 
  MAX82
  93.63
  95.96
  94.93
  95.96
  
  
  Oryza_Mo_BN0019_047960T0
  --ECQWFLKNKVGNTVHTNYIKEGASQTWTVQDIPITFTVDKNCRKVT-KPDLPEGFTATARTRL
   OG82
  0.72
 
 
  MAX83
  94.18
  79.14
  93.20
  94.18
  
  
  Setaria_Mo_Arcadia_074170T0
  AWYCKLYLMEG-QVIQSELWTKLGSPVELLTMPISQPIKTDNNCNPIIKRGSLQKEYMITGSKQK
   OG83
  0.67
 
 
  MAX84
  -----
  -----
  67.28
  67.28
  
  
  Stenotaphrum_Mo_SSFL02_017760T0
  KHKCFIDIWKQEESLSLSVAKNPGESYWFKQGGSFTLITIDDDCDASLRFGKMPPRFFFEGRENY
   OG84
  0.60
 
 
  MAX86
  -----
  73.97
  -----
  73.97
  5ZNG
  AVR1-Co39
  Triticum_Mo_B2_117270T0
  WKDCIIQRYK-DGDVNNIYTANRNEEITIE----EYKVFVNEACHPYPVILSG---DFTSAYADD
   OG86
  0.90
 
 
  MAX88
  91.75
  91.27
  91.33
  91.75
  
  
  Oryza_Mo_87_120_118270T0
  -KRCDVGIYNS-GGPRAYKNII-QWDFDFEYGGVTYTVRLHYECRTEIIGPQLPSHLIIRGSSPW
   OG88
  0.67
 
 
  MAX89
  80.09
  50.29
  88.56
  88.56
  
  
  Triticum_Mo_12_1_205_116870T0
  -NNCEVSVRDKSGTEVAHACIKAGGSKNV-G---GAVVSTSNKCVVST-T--S-K-LTAVHVGG-
   OG89
  0.63
 
 
  MAX90
  92.99
  85.55
  93.66
  93.66
  
  
  Triticum_Mo_12_1_205_116380T0
  -GPCRIYIDGPFYPSYGHAETSPGGSVVI-E---QFRCTVDATCRPT--CN-IPSNFMVSGMDLS
   OG90
  0.65
 
 
  MAX91
  95.28
  58.09
  94.70
  95.28
  
  
  Brachiaria_Mo_Bm88324_114700T0
  KKICHYSIQKLTWYQVGTGQADAGKDTHIE----GTKVFFSNQCLPQW--N-NR--LYIKLDSEE
   OG91
  0.60
 
 
  MAX92
  84.18
   N.A.
  85.71
  85.71
  
  
  Echinichola_Mo_IR0088_113040T0
  -YCCKYTIMP---GD-RVWIVKSGIEYMFEHNGKKYNVMAYDKCNLVWPAGGPE-GLTFEYERWP
   OG92
  0.53
 
 
  MAX93
  86.84
  67.73
  93.03
  93.03
  2MYW
  AVR-Pia 
  Brachiaria_Mo_Bd8401_118010T0
  -AFCVYYDGH---TRV-LMYVRIGTTATITARGHEFEVEAKDNCKVILT--------WLAAEPY-
   OG93
  0.97
 
 
  MAX100
       
  70.30
       
  70.30
  
  
  Oryza_Mo_MGG_04735T0
  WWRCQVALIEHVKVEVGKVVTEIGSLHNVQLK-GYVRFKTRQNCYPDIIEGF--RRWTVVTTKVP
  
  
 
 
  MAX101
  62.60
       
       
  62.60
  
  
  Oryza_Mo_MGG_05896T0
  PALCHVVIVKPATWVETFAWVKAGKVVEWHSK-GSVKVKTDDDCHLTFLVNELI-GYTCQLSR--
  
  
 
 
  MAX102
  96.30
       
       
  96.30
  
  
  Oryza_Mo_MGG_07348T0
  TKMCQTSLLSSTGVVVRTMSLVPGEDNLFSYPEHVITVKPSKLCKPSITEGGIPEGWKWKYMKV-
  
  
 
 
  MAX103
  82.80
       
       
  82.80
  
  
  Oryza_Mo_MGG_09425T0
  PAECEYTVYRNTYSFSHHGKAAKNSKQNIF----GVKVRFDRECRPHY-SS-KQ--IAVIPGI--
  
  
 
 
  MAX104
  89.30
       
       
  89.30
  
  
  Oryza_Mo_MGG_10120T0
  NSDCHIWIKDNSDIVVGYSKAVTGQTAVVEIKKEQFKFATAADCTAGLARS-FPAGWRIKTFKT-
  
  
 
 
  MAX105
       
  64.10
       
  64.10
  
  
  Oryza_Mo_MGG_14600T0
  -DGCLVEITEKTGGKSGNDCLPFGSQRPISVTTINLNVSGSKKCKTKVELGPLPDNAVISAFSAV
  
  
 
 
  MAX106
  82.70
       
       
  82.70
  
  
  Oryza_Mo_MGG_15443T0
  DNGCMVTVHQPKGKLMGHKCILFGHSEEV-A--G-RYVTVPKHCDIRA-D--FPSGWYTVGTLA-
  
  
 
 
  MAX107
  84.20
       
       
  84.20
  
  
  Oryza_Mo_MGG_15911T0
  -KDCVVRLGT-SSGDSVTKCIKRGSSGELRTDGDVVNFVTDDKCNPSVAST-LPPTKVLDVARM-
  
  
 
 
  MAX108
  84.40
       
       
  84.40
  
  
  Oryza_Mo_MGG_16475T0
  -RICKVGIYRAAWRLRAARKII-PMQFQWDYKEATYKVELHYECEAKVVGQKLPAYLTIKGTISE
  
  
 
 
  MAX109
  74.80
       
       
  74.80
  
  
  Oryza_Mo_MGG_17249T0
  -RPCFVALSKDG-EFV-VHEIQGPGEVTMEVAHYKFKIKLDGNCFPTVV-NHIPHGHEVSVYG--
  
  
 
 
  MAX110
  89.60
       
       
  89.60
  
  
  Oryza_Mo_MGG_17266T0
  PINCVVVLRFRATQMVQSRLVPAGDSTRFKLGNQSYLVFTGRDCTVVPAGGQLPAEYYFFGMPSP
  
  
 
 
  MAX111
  91.90
       
       
  91.90
  
  
  Oryza_Mo_MGG_17601T0
  -IGCNVRLIETDESTIEEKPISPSGTQTFQYGKDNIYVGVNKLCEVMEARG-LRDMTHLEFDITV
  
  
 
 
  MAX112
  74.90
       
       
  74.90
  8R7A
  PWL2
  Oryza_Mo_MGG_04301T0
  GGWTNKQFYNDKGRE-GSISIRKGSEGDFNYGDRMVRVHENN-GNIRG---MPP-GYSLGDE-R-
  
  
 


The above table lists the validated AlphaFold models of all representative MAX proteins. 

This table has of the following columns:
- AF-MAX: Alphafold model identifier. MAX with identifiers <100 correspond to secreted proteins selected as reference sequences 
  of putative MAX effector orthogroups (OGs) identified in the Pyricularia oryzae pangenome by Le Nahour-Vernet et al. 2023
  and validated as MAX effectors by Lahfa et al., 2024.  
  MAX with identifiers >100 are additional MAX effectors from P. oryzae strain 70-15 as listed in Table S8c of Lahfa et al., 2024. 
- MMseqs: pLDDT score of the best Alphafold model obtained using a MMseqs-based alignment
- CustomMSA: pLDDT score of the best Alphafold model obtained using a custom alignment of MAX cores
- JackHmmer: pLDDT score of the best Alphafold model obtained using a JackHmmer-based alignment
- BestScore: best of the 3 previous pLDDT scores
- PDB: identifier pointing to the corresponding Protein Data Bank entry
- Name: protein name 
- Sequence: sequence identifier concatenating the plant host, P. oryzae isolate and gene identifier of the modeled MAX protein.
- Core alignment: structural alignment of MAX models built using mTM-align (Dong et al. 2018). Aligned positions with more than 70% gaps are not displayed.
- Modeller: link to a web page showing the 3D model page of the corresponding OG built in our previous study (Le Nahour-Vernet et al. 2023)
- TM-pred: predicted TM-score of the Modeller model 

Each Alphafold model can be displayed in a separate HTML page by clicking on the MAX ID in the first table column. 
At the top of this new page, the full and modeled sequences of the MAX proteins are aligned with their two most similar MAX models according to TM-align. 
The sequences of the 3 corresponding OG groups are also included in the multiple sequence alignment. 
For each OG group the reference sequence that corresponds to the AF MAX model is indicated with "r" following the OG identifier. 
Below these MAX sequences, the following structural and conservation information are encoded in aligned sequences with the following suffixes: 
- id.S2D: identifiers of each regular secondary structure segments of the model. 
  The 6 beta strands forming the conserved MAX core named from a to f and indicated in lower cases colored as in Figure 7b of Lahfa et al., 2024. 
  Structural elements adding to the MAX core are not colored and indicated in capital letters for helices and in lower cases for beta strands. 
- 2d.STRIDE: secondary structure calculated by STRIDE (Frishman & Argos 1995) (H = helix, E = extended beta strand, C = coil, T=turn, G=3-10 helix)
- ac.STRIDE: solvant accessibility percentage  of each residue sidechain calculated by STRIDE (0 = 0% to 10%, ..., 9 = 90% to 100%) 
- ih.AASCALE: amino acid hydrophobicity index (Ponnuswamy et al. 1980) (0 = most polar, ..., 9 = most hydrophobic)
- el.SURFMAP: electrostatic evaluation calculated by SURFMAP (Schweke et al.2022) (values normalized between 0 and 9)
- st.SURFMAP: stickiness evaluation calculated by SURFMAP (values normalized between 0 and 9).
- sc.CONSERV: positional amino acid conservation within one, two, or three OG groups (0 = 0% to 10%, ..., 9 = 90% to 100%)

At the bottom of the page, the MAX model structure is displayed using Jmol. 
Its two most similar MAX models can be superposed onto the structure by checking their corresponding identifiers in the bottom right panel. 
The superimposed 3D files can be downloaded by clicking on the MAX IDs in the bottom right panel.
Various display modes and color schemes can be chosen using the 2 popup menus in this panel.
The model structures can also be colored according to one of the aligned strings of the upper right panel (sequence, structure, conservation or SURFMAP information) 
by clicking on the corresponding identifier in the upper left identifier panel. 
These colored 3D projections used with the Van-der-Waals display mode can help to detect residue patches 
with high conservation, hydrophobicity or SURFMAP scores on the surface of each MAX model.

References:

Dong R, Pan S, Peng Z, Zhang Y, Yang J. 
mTM-align: a server for fast protein structure database search and multiple protein structure alignment. 
Nucleic Acids Res. 2018 Jul 2;46(W1):W380-W386. doi: 10.1093/nar/gky430. 

Frishman D, Argos P. 
Knowledge-based protein secondary structure assignment. 
Proteins. 1995 Dec;23(4):566-79. doi: 10.1002/prot.340230412.
 
Le Naour-Vernet M, Charriat F, Gracy J, Cros-Arteil S, Ravel S, Veillet F, et al. 
Adaptive evolution in virulence effectors of the rice blast fungus Pyricularia oryzae. 
Seidl MF, editor. PLOS Pathog. 2023;19: e1011294. doi:10.1371/journal.ppat.1011294

Ponnuswamy PK, Prabhakaran M, Manavalan P. 
Hydrophobic packing and spatial arrangement of amino acid residues in globular proteins.
Biochim Biophys Acta. 1980 Jun 26;623(2):301-16. doi: 10.1016/0005-2795(80)90258-5. 

Schweke H, Mucchielli MH, Chevrollier N, Gosset S, Lopes A. 
SURFMAP: A Software for Mapping in Two Dimensions Protein Surface Features. 
J Chem Inf Model. 2022 Apr 11;62(7):1595-1601. doi: 10.1021/acs.jcim.1c01269. 

Seong K, Krasileva KV. 
Computational Structural Genomics Unravels Common Folds and Novel Families in the Secretome of Fungal Phytopathogen Magnaporthe oryzae. 
Mol Plant Microbe Interact. 2021. doi: 10.1094/MPMI-03-21-0071-R. 

Seong K, Krasileva KV. 
Prediction of effector protein structures from fungal phytopathogens enables evolutionary analyses. 
Nat Microbiol. 2023;8: 174–187. doi:10.1038/s41564-022-01287-6

Yan X, Tang B, Ryder LS, MacLean D, Were VM, Eseola AB, Cruz-Mireles N, Ma W, Foster AJ, Osés-Ruiz M, Talbot NJ. 
The transcriptional landscape of plant infection by the rice blast fungus Magnaporthe oryzae
reveals distinct families of temporally co-regulated and structurally conserved effectors.
Plant Cell. 2023 Apr 20;35(5):1360-1385. doi: 10.1093/plcell/koad036.

AF-MAX	MMseqs2	CustomMSA	JackHmmer	BestScore	PDB	Name	Sequence	Core alignment (columns with less than 70% gaps only)	Modeller	TM-pred
MAX01	87.20	57.95	94.25	94.25			Triticum_Mo_B2_115880T0	--ECFWFMFYN-GQRVDAGACHSDWSFGLQVGKRFVQIKTDKKCNLHG--T-YAPGWIVLGRERD	OG01	0.87
MAX02	94.05	85.22	98.10	98.10	7A8X	AVR-PikC	Oryza_Mo_87_120_118150T0	--ECFWFMFKN-NVRQDDGTCYSSWKMDMKVGPNWVHIKSDDNCNLSG--D-FPPGWIVLGKKRP	OG02	0.91
MAX03	90.43	72.11	95.98	95.98			Brachiaria_Mo_Bd8401_113610T0	--DCFWFLYKN-YVRQDAGVCQSDWSFEMKIGQYWVTIHTDEGCRLSG--I-IPAGWLILGIKRL	OG03	0.84
MAX05	62.98	91.88	92.62	92.62			Oryza_Mo_87_120_068110T0	-ELCTIDILFR-GRRVTFRNIPSGSFQQTEVQGKRCIISVDDSCQPTQ-VG-LDQYWSVKLRE--	OG05	0.72
MAX06	92.56	70.31	91.65	92.56	2LW6	AvrPiz-t	Oryza_Mo_87_120_117670T0	FVQCNHHLLYN-GRHWGTIRKKAGWAVRFYE-KRLAICKNSPHCYLKC-TN-LA-GFSGTSTDVL	OG06	0.99
MAX07	94.73	92.65	95.70	95.70			Triticum_Mo_12_1_205_023240T0	-LTCNLSINKD-GKYFKQEQAIAGREVKFKD-GNVGICKTTTNCRVTC-KD-LP-GYSGEAWDVK	OG07	0.72
MAX08	52.70	63.24	58.16	63.24			Oryza_Mo_87_120_064890T0	-FQCRITYTAPN-KKPVVNKLGHGGTAKLSVDGVTYTAVADAKCKLVVVGSPWP-AGHFTVGQVV	OG08	0.74
MAX09	58.03	61.02	45.31	61.02			Echinichola_Mo_IR0015_070470T0	-FECRITYTAPN-KKPVVNHLGYGGTAKLSVDGVTYTAVADAKCKLVIVGSPWP-AGHFTVGQVV	OG09	0.73
MAX10	56.30	91.21	63.66	91.21			Triticum_Mo_12_1_205_049140T0	-YKCRVYLKDGFDDSDDFQEGAPGDTVHLTANCDIIKVFIRDACYYDILNVEMPASYTIKTKKID	OG10	0.69
MAX11	91.02	95.65	93.22	95.65			Setaria_Mo_Arcadia_117730T0	-YKCRISLMNGSDSSDDYEDGKPGDTVNLQANGDIVKVYIRDNCYYDILNKEMPASYTIKTKRL-	OG11	0.75
MAX12	92.87	81.48	48.63	92.87			Lolium_Mo_CHRF_114940T0	--DCQVSLTATS---WDTQYADYNDDVEISAGRHKFVIHVEQDCGGSKVSGTIPPHHLVILSPMS	OG12	0.68
MAX13	93.74	79.56	55.02	93.74			Lolium_Mo_Br58_118190T0	--DCQVSLTATS---WDTQYADYNDDVEISAGRHKFVIHVEQDCGGSKVSGTIPPHHLVILSPMS	OG13	0.67
MAX14	91.14	81.44	76.88	91.14			Oryza_Mo_AG0004_119100T0	--DCQVSLTATS---WDTQYANYNDDVEISAGRHKFVIHVEQDCGGSKVSGTIPPHHLVILSPMS	OG14	0.68
MAX15	72.78	N.A.	87.88	87.88			Brachiaria_Mo_Bd8401_068860T0	TQWCKVELVKG-REPQGMVKQNWDKTFVIK----GFEFKLSHDCTIAG---EAA-GYAVLSAAYK	OG15	0.52
MAX17	94.79	80.43	93.72	94.79			Triticum_Mo_12_1_205_033830T0	GAKCRVDLKHG-QAVVSSFEVLAGSRKTVKEEGFSWTCSTQRTCDAVC-I--LPKGLTAVGVQIS	OG17	0.68
MAX18	80.26	66.16	62.05	80.26			Oryza_Mo_87_120_079830T0	-TDCIIRICK-GDKTIHAKFAPAGTEFDWYLDDRLTVLRLRSDCS-VS-G-YVPKPWKVQGDKVS	OG18	0.74
MAX19	93.16	95.32	93.23	95.32			Oryza_Mo_87_120_110330T0	--VCDFIIKQN-GTQITSGNIWAGATANFLVSGKWAVVSATSECKLSL-SG-LPNSYTILPTQ--	OG19	0.70
MAX20	82.84	88.17	73.73	88.17			Lolium_Mo_Br58_016220T0	EDGCSASILKYDQETYYGSALPANGSIAFP-EFGEVVISVDANCNPTN-DVKVPKGWGLHVYKKV	OG20	0.68
MAX21	90.28	91.98	61.73	91.98			Oryza_Mo_87_120_063950T0	-LGCTYSLYNIGRQLVSYAPVSPGGTIDYKIGRTTHKLKFADTCEFES-VPRLPDYWKVFGHVEG	OG21	0.72
MAX23	-----	-----	65.54	65.54			Stenotaphrum_Mo_SSFL02_117450T0	GFDCTIERRLG--AMPEMIPAESGKYTVIA----GTRVWVYGDCRTYP----LDG-STISGRAFQ	OG23	0.65
MAX24	46.14	85.71	47.38	85.71			Stenotaphrum_Mo_SSFL02_116130T0	-LGCEVFISKSGGDPIKSSCIPKSGSKVIVVNGKTVTVSADGSCKFSS-KD-LDPSLVMKFEGD-	OG24	0.79
MAX25	82.88	90.39	85.01	90.39			Echinichola_Mo_GN0001_113320T0	HYRCKFEVLHIWTEPFLSSFIDPGQRAEITIEKTDFAIDIDGECKGTKVAGRIPENWFIRLSREG	OG25	0.65
MAX27	-----	N.A.	62.52	62.52			Lolium_Mo_Br58_022860T0	RQQCFLSADLGP-PTLLETPFV-NDMFDHG-----YRCQMGKDCHVRC-RG-FPAAFKMTARNYP	OG27	0.64
MAX28	70.73	74.12	73.44	74.12	8C8A		Lolium_Mo_Br58_067180T0	-TSCKLALTNGNKREVDAKLLPPSGTTILSDGAGVFTAKVNSKCEFTSVSPALPTGFKIEGSVDK	OG28	0.75
MAX29	62.66	64.14	63.09	64.14			Oryza_Mo_87_120_115900T0	PEHCFVRILK-YEIPIHGDGYLVGSDVNWWVGNQKVDFHINNDCTIQRR--DLPKGFDFILFRES	OG29	0.67
MAX30	59.28	56.01	60.99	60.99			Oryza_Mo_87_120_072540T0	VFGCFVRMSIVTSNSGDLIPTTNPGQVDFKDGSDTITVKLDKNCQPVI---KHRKEVQFNALQKL	OG30	0.61
MAX31	-----	74.49	-----	74.49			Oryza_Mo_87_120_115960T0	GDHCELTVWIHYDIPLMRYYVEIGGDLTFD-GAWHCVIKTTQACQATWTGGCPPKNINVDARKVI	OG31	0.62
MAX32	49.55	82.28	45.04	82.28			Brachiaria_Mo_Bd8401_036520T0	ARPCKVTISMAVRQIYGEGLTTRGGRVVI-E---SFKCTVDETCNPSC-PD-VPPTWQVTSYDVE	OG32	0.61
MAX33	95.31	93.42	96.15	96.15	6R5J	MoToxB	Lolium_Mo_Br58_090910T0	-TGCSVEIINSNQVSVGSGCARINSVTNIGDQGRRWGVLANSSCGLSTTQN-LPSGWSLRQTGF-	OG33	1.01
MAX34	88.83	63.68	67.08	88.83			Oryza_Mo_87_120_115840T0	WQWCIVTVFYQG-RS-TGEFPTAVRKYEFPGEKYPYKFVCDDQCKCVSAGPF-LTGMRLEGQHVP	OG34	0.66
MAX35	92.53	67.56	93.99	93.99			Setaria_Mo_Arcadia_116450T0	RGWCKVKVLYRHRKEAQATYAEIDKETHWNLDGFPIVIKPD-GCTIKLVSGWVDHEYYFKGETHK	OG35	0.69
MAX36	70.60	63.13	58.19	70.60			Stenotaphrum_Mo_SSFL02_031790T0	-NGCLVKILDG-QRSLGERCIFEGYVTVHAEY-R-SLANVQGDCRNKG--E-G----NLQVVPAQ	OG36	0.64
MAX37	90.86	91.72	91.72	91.72			Brachiaria_Mo_Bd8401_070610T0	VWECHVTVWEG-NTPRGTEMLKEGGDKTI-A---GYTCRAGAGCKAEC-DG-MNPPFRVLGTPHS	OG37	0.61
MAX38	85.07	50.55	83.53	85.07			Brachiaria_Mo_Bd8401_113550T0	AKLCKWTVLNSEGEIIESGSCLNTEYMKH----GDIHVEFENDCTPIIFGAVA-EKVTIKGEIEE	OG38	0.64
MAX39	89.55	83.47	87.25	89.55			Oryza_Mo_AG0004_119250T0	RRMCILALAEKNPSFLTFQEIEAPAAAMLSYGGHEIHFELDKNCWPRLRGSAVPPGYSAHIYS-E	OG39	0.62
MAX40	90.75	86.62	89.28	90.75			Triticum_Mo_12_1_205_116350T0	RRMCILALAEKTPNFLTFEEVEAPAAAMLSYGGHEIHFELDKNCWPRLRGSAVPSGYSAHVYS-D	OG40	0.63
MAX41	84.81	80.19	78.17	84.81			Brachiaria_Mo_Bd8401_117640T0	RRMCILTFAEKTPNFLTYQEVEAPAAAMLSYGGHEIHFELDKNCWPRLRGSAVPPGYSAHIYL-E	OG41	0.63
MAX42	88.18	81.81	87.84	88.18			Brachiaria_Mo_Bd8401_117480T0	RRMCMLALAETTPNFITLQEVQAPTAASISYGGHYIHLKLDKNCLPKLVGSSVPPGYSVHIFS-K	OG42	0.65
MAX43	-----	68.16	-----	68.16			Triticum_Mo_12_1_205_099660T0	VPVCLVQLLE-GDLFWKFYTARPGELYAFAID--SSFITAK-DCTIKDVHKKIRRRFTLKSFAAS	OG43	0.63
MAX44	75.89	57.37	61.78	75.89			Triticum_Mo_B2_097790T0	N-PCRIVIYKPGGEEYFMGSVAPGGVARFD----GYICKASKDCRPTC-FN-MPFGFRYFGRHMR	OG44	0.65
MAX45	91.08	75.76	86.63	91.08			Brachiaria_Mo_Bd8401_032890T0	PQLCKVEMFDNNARFVGMARGNWDKDFVI-K---GHTIKCNTRCETKD-VV-LPKNWSVKGYMIK	OG45	0.68
MAX46	87.70	85.58	88.66	88.66			Stenotaphrum_Mo_SSFL02_071710T0	-KNCKFNVLNGSGINVANGCCDVTKQVTVS----PFTVSCTESCGLAIVSG-GDPTFSLQNAGR-	OG46	0.70
MAX47	92.73	47.02	92.84	92.84	7ZKD		Triticum_Mo_12_1_205_114780T0	RMCCDYKISP---GG-KSWSTKKGVQNWFHYKGKRYDVMAFDRCNLVWGRGEPK-KLTFEFGDRE	OG47	0.63
MAX48	48.83	56.96	85.03	85.03			Eleusine_Mo_B51_040130T0	ERVCQVTVFYGKETG-TLMLMEPEEPIVIPKIGKRYYAVSDANCKYKRYDPW-PSGLRVKGVAVN	OG48	0.67
MAX49	91.92	84.69	88.08	91.92			Oryza_Mo_87_120_054380T0	NPPCKVTIYAPPRTEMGFASAGKNEDVPVKITGHTYQCRTDATCEPVC-HG-LPNGWTYDGVYMH	OG49	0.67
MAX50	58.85	52.33	62.26	62.26			Oryza_Mo_87_120_116980T0	MKDCYYTVWTSN-GNSWLSIRD-KTSDHLGIHGASVYFDED--C-YPH--Y-HSKEILVRKGCHE	OG50	0.62
MAX52	58.26	45.78	66.02	66.02			Lolium_Mo_Br58_051980T0	--DCGISIFRPPGALAEVIYVNRGETFKI-I--EGYTCSVEQNCRPDC-N--LPRTWNYRGQWG-	OG52	0.63
MAX53	90.78	83.28	79.25	90.78			Triticum_Mo_12_1_205_115630T0	NEDCIVSLVPDGSFARKTLRSSPGQQHDLQWGKYAFTIRVENGCAGKKTAGTIPPAHFVSVGRAA	OG53	0.71
MAX55	72.21	86.71	79.31	86.71			Eleusine_Mo_B51_023380T0	-HFCKVSVYYQDRYQSTKKFAVPPAKVRILVGSRMHEVTVDKACKRTGWNGFLPRGYTIETEGWR	OG55	0.68
MAX56	90.69	95.38	90.46	95.38			Brachiaria_Mo_Bd8401_049230T0	KWRCNVKIYNDKGKYQGQASDDWGETLTI-R---GYTCYTDSYCKASC-DG-LPAGWTAEGTQLN	OG56	0.68
MAX57	37.45	63.41	58.51	63.41			Echinichola_Mo_GN0001_111790T0	KDFCRLTLKKG-DEIQSQKWVAKPGPIGILIQPVYESFKTDKYCNPKVRRGKLPDGYTFHGELKY	OG57	0.69
MAX58	91.77	84.57	94.98	94.98			Eleusine_Mo_B51_116520T0	-PYCEYYIKT-L-GWE-LGWVKIGGQDELTWKGDSIGVKAEDNCKVVLV--------WLTAVPS-	OG58	0.80
MAX60	83.84	88.40	88.06	88.40	7ZK0		Triticum_Mo_12_1_205_115240T0	--DCTVIFRNNA-PP-IVVHTYYSRDLPIELDGVRHTIQLSG-CTPEQ----P-QGYSVEHMTYK	OG60	0.69
MAX61	93.51	N.A.	95.57	95.57			Triticum_Mo_12_1_205_116640T0	---TEVTILKK-GERIAWVTVEPGSSKSVNIRGKYFTVSVSDSGEKSI-S--G-S-YSVE-----	OG61	0.86
MAX62	90.87	N.A.	95.16	95.16	5Z1V	AVR-Pib	Echinichola_Mo_GN0001_114110T0	---TQVTILKK-GERITWVEVPKGESRVFNIRGKSVTVSVSDDGTPSI-S--G-S-FTVE-----	OG62	0.91
MAX63	91.97	88.96	91.66	91.97			Oryza_Mo_87_120_074600T0	ARLCTVQIMRD-YHTVAYKKIF-PFKFKWEIHGVTYNVEVLYECAAKIYKPALPDGLIIKGHIEG	OG63	0.67
MAX64	83.14	81.49	74.20	83.14			Lolium_Mo_Pg1213_22_115930T0	--KCVIGLTFN-N-WVNRFVISPGGKFSFIANYVIIPVRLDESCHWHQD-VIIPTGYGIKSCDEG	OG64	0.65
MAX66	75.29	84.11	62.81	84.11			Lolium_Mo_Br58_073460T0	-DKCIVQLLDATEEIVMERFSGFGMWDSVSYLGHTYQFRLDQDCK-TGD--------SVKFRKVR	OG66	0.65
MAX67	88.63	91.23	91.79	91.79	7ZJY		Echinichola_Mo_GN0001_115030T0	-ADCTIGCKYL--WVHVSKTANIGDTLYIM----GHSTKIGRGCTPET----WD--AEIYSW---	OG67	0.66
MAX69	67.36	70.76	71.42	71.42			Lolium_Mo_Br58_118830T0	G-DCFMGLYET-GNHIIGQETDDSGKFKYRLDGWILHVTVD-KCKLKY-SGLVPWGYELRVFPSV	OG69	0.63
MAX70	90.52	89.70	91.37	91.37			Eragrostis_Mo_G17_016110T0	ARDCRLYYCWG-PNRRVVGTVDRGGSLKDYVNGQTITVKAGNDCKAEVIGGSVASGYYYEGFTTA	OG70	0.69
MAX72	47.79	88.07	87.11	88.07			Oryza_Mo_87_120_117680T0	-KGCPYSVRRY-DKEVKWDIVEAGKSHIRVIDGYPATISADQDCKLKI-KG-L-AKYTIAPGD-P	OG72	0.69
MAX74	56.60	63.53	62.78	63.53			Setaria_Mo_Arcadia_118280T0	-YECYVSLKING-IEHYEGRMEFPATTVYDIGGGTVVIVLGDTCEPIYKTEL---DFSSRIFKKR	OG74	0.64
MAX75	86.65	70.03	86.17	86.65			Setaria_Mo_Arcadia_088500T0	-NDCEVRIFSDKIQPLDRFFITPGLETHYIINQYPVSFLAPKGCEAAIT-GKLPPTYGVLISTKS	OG75	0.69
MAX76	84.05	60.31	90.30	90.30			Lolium_Mo_Br58_118470T0	-IFCLVQMCEMLKDCTRWYKVYPGGSHTFQEDRDTITVTFDNKCKKSLSGS-TKRSIGFPTQVVY	OG76	0.67
MAX78	-----	74.36	-----	74.36			Triticum_Mo_12_1_205_033750T0	--DCTINVADGDGRIVDTRQTFNGSLAIAHVNDKDVPLTVNADCTVGS-ND-LPAGFKASGFPT-	OG78	0.71
MAX80	-----	78.34	-----	78.34			Brachiaria_Mo_Bm88324_068560T0	KAKCPYTVFMPQWTKTREDEADADSEEQIR----FAKVKFAADCKISN--S-AK--LLFVKN---	OG80	0.62
MAX82	93.63	95.96	94.93	95.96			Oryza_Mo_BN0019_047960T0	--ECQWFLKNKVGNTVHTNYIKEGASQTWTVQDIPITFTVDKNCRKVT-KPDLPEGFTATARTRL	OG82	0.72
MAX83	94.18	79.14	93.20	94.18			Setaria_Mo_Arcadia_074170T0	AWYCKLYLMEG-QVIQSELWTKLGSPVELLTMPISQPIKTDNNCNPIIKRGSLQKEYMITGSKQK	OG83	0.67
MAX84	-----	-----	67.28	67.28			Stenotaphrum_Mo_SSFL02_017760T0	KHKCFIDIWKQEESLSLSVAKNPGESYWFKQGGSFTLITIDDDCDASLRFGKMPPRFFFEGRENY	OG84	0.60
MAX86	-----	73.97	-----	73.97	5ZNG	AVR1-Co39	Triticum_Mo_B2_117270T0	WKDCIIQRYK-DGDVNNIYTANRNEEITIE----EYKVFVNEACHPYPVILSG---DFTSAYADD	OG86	0.90
MAX88	91.75	91.27	91.33	91.75			Oryza_Mo_87_120_118270T0	-KRCDVGIYNS-GGPRAYKNII-QWDFDFEYGGVTYTVRLHYECRTEIIGPQLPSHLIIRGSSPW	OG88	0.67
MAX89	80.09	50.29	88.56	88.56			Triticum_Mo_12_1_205_116870T0	-NNCEVSVRDKSGTEVAHACIKAGGSKNV-G---GAVVSTSNKCVVST-T--S-K-LTAVHVGG-	OG89	0.63
MAX90	92.99	85.55	93.66	93.66			Triticum_Mo_12_1_205_116380T0	-GPCRIYIDGPFYPSYGHAETSPGGSVVI-E---QFRCTVDATCRPT--CN-IPSNFMVSGMDLS	OG90	0.65
MAX91	95.28	58.09	94.70	95.28			Brachiaria_Mo_Bm88324_114700T0	KKICHYSIQKLTWYQVGTGQADAGKDTHIE----GTKVFFSNQCLPQW--N-NR--LYIKLDSEE	OG91	0.60
MAX92	84.18	N.A.	85.71	85.71			Echinichola_Mo_IR0088_113040T0	-YCCKYTIMP---GD-RVWIVKSGIEYMFEHNGKKYNVMAYDKCNLVWPAGGPE-GLTFEYERWP	OG92	0.53
MAX93	86.84	67.73	93.03	93.03	2MYW	AVR-Pia	Brachiaria_Mo_Bd8401_118010T0	-AFCVYYDGH---TRV-LMYVRIGTTATITARGHEFEVEAKDNCKVILT--------WLAAEPY-	OG93	0.97
MAX100		70.30		70.30			Oryza_Mo_MGG_04735T0	WWRCQVALIEHVKVEVGKVVTEIGSLHNVQLK-GYVRFKTRQNCYPDIIEGF--RRWTVVTTKVP
MAX101	62.60			62.60			Oryza_Mo_MGG_05896T0	PALCHVVIVKPATWVETFAWVKAGKVVEWHSK-GSVKVKTDDDCHLTFLVNELI-GYTCQLSR--
MAX102	96.30			96.30			Oryza_Mo_MGG_07348T0	TKMCQTSLLSSTGVVVRTMSLVPGEDNLFSYPEHVITVKPSKLCKPSITEGGIPEGWKWKYMKV-
MAX103	82.80			82.80			Oryza_Mo_MGG_09425T0	PAECEYTVYRNTYSFSHHGKAAKNSKQNIF----GVKVRFDRECRPHY-SS-KQ--IAVIPGI--
MAX104	89.30			89.30			Oryza_Mo_MGG_10120T0	NSDCHIWIKDNSDIVVGYSKAVTGQTAVVEIKKEQFKFATAADCTAGLARS-FPAGWRIKTFKT-
MAX105		64.10		64.10			Oryza_Mo_MGG_14600T0	-DGCLVEITEKTGGKSGNDCLPFGSQRPISVTTINLNVSGSKKCKTKVELGPLPDNAVISAFSAV
MAX106	82.70			82.70			Oryza_Mo_MGG_15443T0	DNGCMVTVHQPKGKLMGHKCILFGHSEEV-A--G-RYVTVPKHCDIRA-D--FPSGWYTVGTLA-
MAX107	84.20			84.20			Oryza_Mo_MGG_15911T0	-KDCVVRLGT-SSGDSVTKCIKRGSSGELRTDGDVVNFVTDDKCNPSVAST-LPPTKVLDVARM-
MAX108	84.40			84.40			Oryza_Mo_MGG_16475T0	-RICKVGIYRAAWRLRAARKII-PMQFQWDYKEATYKVELHYECEAKVVGQKLPAYLTIKGTISE
MAX109	74.80			74.80			Oryza_Mo_MGG_17249T0	-RPCFVALSKDG-EFV-VHEIQGPGEVTMEVAHYKFKIKLDGNCFPTVV-NHIPHGHEVSVYG--
MAX110	89.60			89.60			Oryza_Mo_MGG_17266T0	PINCVVVLRFRATQMVQSRLVPAGDSTRFKLGNQSYLVFTGRDCTVVPAGGQLPAEYYFFGMPSP
MAX111	91.90			91.90			Oryza_Mo_MGG_17601T0	-IGCNVRLIETDESTIEEKPISPSGTQTFQYGKDNIYVGVNKLCEVMEARG-LRDMTHLEFDITV
MAX112	74.90			74.90	8R7A	PWL2	Oryza_Mo_MGG_04301T0	GGWTNKQFYNDKGRE-GSISIRKGSEGDFNYGDRMVRVHENN-GNIRG---MPP-GYSLGDE-R-

The corresponding Modeller models from our previous study (Le Naour-Vernet et al. 2023) are available here