1                                                              60
        Hs  MHNFEEELTC PICYSIFEDP RVLPCSHTFC RNCLENILQA SGNFYIWRPL RIPLKCPNCR
        Cf  MHNFEDELTC PICYSIFEDP RVLPCSHTFC RNCLENVLQA SGNFYIWRPL RIPLKCPNCR
        Bt  MHNFEDELTC PICYSIFEDP RVLPCSHTFC RNCLENVLQA TGNFYIWRPL RIPLKCPNCR
        Mm  MHNFEEELTC PICYSIFEDP RVLPCSHTFC RNCLENVLQA SGNFYIWRPL RIPLKCPNCR
        Rn  MHNFEDELTC PICYSIFDDP RVLPCSHTFC RNCLENVLQA SGNFYIWRPL RIPLKCPNC

            61                                                            120
        Hs  SITEIAPTGI ESLPVNFALR AIIEKYQQED HPDIVTCPEH YRQPLNVYCL LDKKLVCGHC
        Cf  SIIEIAPTGI ESLPVNFALR AIIEKYQQED HPDIVTCPEH YRQPLNVYCL LDKKLVCGHC
        Bt  SIIEIAPSGI ESLPVNFALR AIIEKYQQED HPDIITCPEH YRQPLNVYCL LDKKLVCGHC
        Mm  SIIEIASTGI ESLPVNFALR AIIEKYQQED HPDVVTCPEH YRQPLNVYCL LDKKLVCGHC
        Rn  SIIEIASTGI ESLPVNFALR AIIEKYQQED HPDVVTCPEH YRQPLNVYCL LDKKLVCGHC

            121                                                           180
        Hs  LTIGQHHGHP IDDLQSAYLK EKDTPQKLLE QLTDTHWTDL THLIEKLKEQ KSHSEKMIQG
        Cf  LTIGQHHGHP IDDLQSAYLK EKDTPQKLLE QLTDTHWTDL ARLIEKLEEQ KSNSEKMVQS
        Bt  LTIGQHHGHP IDDLQSAYMK EKDTPQKLLE QLTDTHWTDL TCLIEKLEEQ KSHSEKMVQG
        Mm  LTIGQHHGHP IDDLQSAYLK EKDTPQKLLK QLTDTHWTDI TRLIEKLEEQ KCHSEKIVQG
        Rn  LTIGQHHGHP IDDLQSAYLK EKDTPQKLFK QLTDTHWTDI TRLIEKLEEQ KCHSEKIVQS

            181                                                           240
        Hs  DKEAVLQYFK ELNDTLEQKK KSFLTALCDV GNLINQEYTP QIERMKEIRE QQLELMALTI
        Cf  DKELVLQYFK ELSDTLEQKK KIFLAALCDV SNLINQEYTP QIERMKEMRE QQLELMTLTT
        Bt  DKEVVLQYFK ELSDTLEQKK KIFLTALCDV GNLINQEYTP QIERMKEIRE QQLELVTLTT
        Mm  DKEVVLQYFK ELIDTLEQKK KYFLAALCDV GKMINQEYTP QIQGMKEIRE QQLELMTITT
        Rn  DKEVVLQYFK ELTDTLEQKK KFFLAALCDV GKMINQEYTP QIERMKEIRE QQLELMTMTT

            241                                                           300
        Hs  SLQEESPLKF LEKVDDVRQH VQILKQRPLP EVQPVEIYPR VSKILKEEWS RTEIGQIKNV
        Cf  SLQEESPLKF LEKVDDIRQH VQILKQRPLP EVQPVEIYPR VSQILKEDWN RTEIGQIKKL
        Bt  SLQEEAPLKF LEKVDDVRQR VHILKQRPLP NVQPVEIYPR VSQVLKEDWS RTEIGQIKKL
        Mm  SLQDESPLKF LEKIDEVRQR VQMLKQRPLP EVQPVEIYPR VSNVLKEEWS RIEIGRIKKA
        Rn  SLQDESPLKF LEKIDDVRQR VQMLKQRPLP EVQPVEIYPR VSNVLKEEWS RTEIGRIKKA

            301                                                           360
        Hs  LIPKMKISPK RMSCSWPGKD EKEVEFLKIL NIVVVTLISV ILMSILFFNQ HIITFLSEIT
        Cf  LIPEMKISSK RMPCSWPDKD ENEVEFFKIL NIVIVTLISV ILMLILFFNQ HIITFLNEIT
        Bt  LIPEMKISSK RIPCAWPDKE E-KVEFFKIL NIVIVTLISV ILMLILFFNQ HIITFLNEIT
        Mm  VIPEMRVSSK RTPCSWSDND EKEMELFKIL NIAIVSLISV ILMLILLFNH HIITFLNEIT
        Rn  VIPEMRISSK RMPCSWPDKD EKEMECFKIL NIAIVSLISV ILMLILLFNH HIITFLNEIT

            361                                          404
        Hs  LIWFSEASLS VYQSLSNSLH KVKNILCHIF YLLKEFVWKI VSH 
        Cf  SVCFSEVFLS VYQSLSNNLH DLKNMLCHTL YLLKEFLWKI LVSR
        Bt  SICFSEVSLS VYQSLSKNVH NLKNILCHTV YLLKEFMWKI ISH 
        Mm  SICFSEVFLS VYQSLSKNLY DLNNTVCYTL YLLKEFMWKI VSR 
        Rn  SICFSEVFLS VYQSLSKNLY DLKNTVCYTL YLLKEFMWKI VSC