S1. Universal Primers Used in This Research

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S1. Universal Primers Used in This Research Universal Primers used in this research Superfamily Family Species 5'end abd-A upstream 5'end abd-A downstream Reduvioidea Reduviidae Isyndus reticulatus TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Miroidea Miridae Orthotylus ftavosparsus TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Cimicoidea Anthocoridae Anthocoris zoui TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Naboidea Nabidae Gorpis annulatus TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Aradoidea Aradidae Carventus hainanensis TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Pentatomoidea Cydnidae Aethus indicus TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Pentatomoidea Pentatomidae Nezara viridula TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Pentatomoidea Plataspidae Megacopta cribraria TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Pentatomoidea Scutelleridae Poecilocoris lewisi TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Pentatomoidea Dinidoridae Cyclopelta parva TACCATCAGCAATACCATCA CCANGGRTANCKNGGTATGTCGGG Pentatomoidea Tessaratomidae Eurostus validus TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Pentatomoidea Urostylidae Urochela distincta TACCATCAGCAATACCATCA CCANGGRTANCKNGGTATGTCGGG Pentatomoidea Acanthosomatidae Acanthosoma sp. TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Pyrrhocoroidea Pyrrhocoridae Pyrrhopeplus posthumus ATAGYATGYTNCCNAARTACCATCAGCA GGGATGTCRGGNATGGGYTGKCC Pyrrhocoroidea Largidae Physopelta quadriguttata TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Coreoidea Rhopalidae Aeschyntelus chinensis TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Coreoidea Alydidae Riptortus pedestris ATAGYATGYTNCCNAARTACCATCAGCA GGGATGTCRGGNATGGGYTGKCC Coreoidea Coreidae Acanthocoris scaber TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Lygaeoidea Pachygronthidae Pachygrontha antennata TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Lygaeoidea Heterogastridae Heterogaster chinensis ATAGYATGYTNCCNAARTACCATCAGCA GGGATGTCRGGNATGGGYTGKCC Lygaeoidea Piesmatidae Piesma josifovi TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Lygaeoidea Artheneidae Artheneis intricata TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Lygaeoidea Oxycarenidae Oxycarenus pallens TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Lygaeoidea Berytidae Yemmatropis dispar TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Lygaeoidea Malcidae Malcus auriculatus TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Lygaeoidea Rhyparochromidae Dieuches femoralis ATAGYATGYTNCCNAARTACCATCAGCA GGGATGTCRGGNATGGGYTGKCC Lygaeoidea Lygaeidae Lygaeus equestris TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Lygaeoidea Lygaeidae Oncopeltus fasciatus TCATCATCGATAGYATGYTNCCNAARTA GATGGACATCCANGGRTANCKNGG Lygaeoidea Geocoridae Geocoris pallidipennis ATAGYATGYTNCCNAARTACCATCAGCA GGGATGTCRGGNATGGGYTGKCC Lygaeoidea Cymidae Cymus koreanus ATAGYATGYTNCCNAARTACCATCAGCA GGGATGTCRGGNATGGGYTGKCC Lygaeoidea Blissidae Dimorphopterus spinolae ATAGYATGYTNCCNAARTACCATCAGCA GGGATGTCRGGNATGGGYTGKCC note: slash represents primers don't work in specific animal Universal Primers used in this research 3'end Dfd upstream 3'end Dfd downstream 5'end Dfd upstream 5'end Dfd downstream AARCGVCARAGGACVGCBTACAC GGNGGYTGRTGNAGTGGSCCGCA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AARCGVCARAGGACVGCBTACAC GGNGGYTGRTGNAGTGGSCCGCA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AARCGVCARAGGACVGCBTACAC GGNGGYTGRTGNAGTGGSCCGCA GACSGARGARTAHTCNCAG TTNCGCATCCANGGRTAGATGA AARCGVCARAGGACVGCBTACAC GGNGGYTGRTGNAGTGGSCCGCA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AAACGRCARAGGACAGCDTACAC TTGACTGGSAGNGGCGGYTGGTG CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AAACGRCARAGGACAGCDTACAC TTGACTGGSAGNGGCGGYTGGTG CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA GACSGARGARTAHTCNCAG TTNCGCATCCANGGRTAGATGA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AARCGVCARAGGACVGCBTACAC GGNGGYTGRTGNAGTGGSCCGCA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA //CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AARCGVCARAGGACVGCBTACAC GGNGGYTGRTGNAGTGGSCCGCA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA //CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AGTTAYCARCCNGGNATGGARCC AAAGCAGTNARNCCRTARTCNGA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA AARCGVCARAGGACVGCBTACAC GGNGGYTGRTGNAGTGGSCCGCA // //CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA //// AARCGVCARAGGACVGCBTACAC GGNGGYTGRTGNAGTGGSCCGCA CGTCGAYCCNAARTTYCCNCC TGTATYTTNCGCATCCANGGRTA Universal Primers used in this research 3'end pb upstream 3'end pb downstream 5'end Scr upstream 5'end Scr downstream //ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA //ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA //ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT GTCAACTCGCTGGCCTCCTGCTA CTYTTCATCCANGGGTADATCTG TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT GTCAATTCGCTGGCCTCGTGCTA CTYTTCATCCANGGGTADATCTG TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA AGCTGYCARAGYTGYGARATGCC CGAGGTTCGTNARRAARTTRAARTC ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA AGCTGYCARAGYTGYGARATGCC CGAGGTTCGTNARRAARTTRAARTC ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT GTCAACTCGCTGGCCTCCTGCTA CTYTTCATCCANGGGTADATCTG AGCTGYCARAGYTGYGARATGCC CGAGGTTCGTNARRAARTTRAARTC ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA //AGCAGCCGGNATGATGGACTACA CTYTTCATCCANGGGTADATCTG TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT GTCAACTCGCTGGCCTCCTGCTA CTYTTCATCCANGGGTADATCTG TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT GTCAACTCGCTGGCCTCCTGCTA CTYTTCATCCANGGGTADATCTG TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA AGCTGYCARAGYTGYGARATGCC CGAGGTTCGTNARRAARTTRAARTC ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT GTCAACTCGCTGGCCTCCTGCTA CTYTTCATCCANGGGTADATCTG AGCTGYCARAGYTGYGARATGCC CGAGGTTCGTNARRAARTTRAARTC ATGAGNTCYTAYCARTTYGTNAA CGADRTGNACYCTYTTCATCCA //GTCAACTCGCTGGCCTCCTGCTA CTYTTCATCCANGGGTADATCTG TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT GTCAACTCGCTGGCCTCCTGCTA CTYTTCATCCANGGGTADATCTG TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT GTCAACTCGCTGGCCTCCTGCTA CTYTTCATCCANGGGTADATCTG TTCAACAACAACAGCAAYGCDAGCAG TTRAARTCNGANGARCTGTTRCTGTT GTCAACTCGCTGGCCTCCTGCTA CTYTTCATCCANGGGTADATCTG Universal Primers used in this research 5'end Ubx upstream 5'end Ubx downstream // GGNATGTCRCCTTAYGCMTCNACRCA GCCATCCANGGRTARAAGGTRTGGTT GGNATGTCRCCTTAYGCMTCNACRCA GCCATCCANGGRTARAAGGTRTGGTT GGNATGTCRCCTTAYGCMTCNACRCA GCCATCCANGGRTARAAGGTRTGGTT GGNATGTCRCCTTAYGCMTCNACRCA GCCATCCANGGRTARAAGGTRTGGTT AGGTTCCCTYTNGGNATHGGNATG TGCDATNGCCATCCANGGRTARAA AGGTTCCCTYTNGGNATHGGNATG TGCDATNGCCATCCANGGRTARAA AGGTTCCCTYTNGGNATHGGNATG TGCDATNGCCATCCANGGRTARAA AGGTTCCCTYTNGGNATHGGNATG TGCDATNGCCATCCANGGRTARAA AGGTTCCCTYTNGGNATHGGNATG TGCDATNGCCATCCANGGRTARAA AGGTTCCCTYTNGGNATHGGNATG TGCDATNGCCATCCANGGRTARAA AGGTTCCCTYTNGGNATHGGNATG TGCDATNGCCATCCANGGRTARAA AGGTTCCCTYTNGGNATHGGNATG TGCDATNGCCATCCANGGRTARAA AGGTTCCCTYTNGGNATHGGNATG
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