Table 1 Exon/intron boundaries of the 34 analyzed CACTA transposases with more than one exon.

From: Analysis of CACTA transposases reveals intron loss as major factor influencing their exon/intron structure in monocotyledonous and eudicotyledonous hosts

	1	2	3	4	5
EnSpm12_Fves	462 \| 564^G
C	718 \| 771^I
EnSpm10_Fves	826 \| 846
Joey	842 \| 893^II
Janus	837 \| 894^II
F	846 \| 894^II
G	847 \| 894^II
Norman	879 \| 921^III
En1	879 \| 925^III
Alfred	885 \| 925^III
H	838 \| 972
EnSpm3_Vvin	821 \| 894^II	856 \| 925^III
EnSpm8_Sbic	754 \| 783^I	976 \| 0
Storm	827 \| 782^I	951 \| 0
Sherman	831 \| 782^I	954 \| 0
J	495 \| 521	750 \| 885
EnSpm2_Mdom	755 \| 782^I	886 \| 893^II
Baldur	731 \| 782^I	837 \| 895^II
I	834 \| 782^I	954 \| 910
Isidor	857 \| 894^II	892 \| 920^III
Radon	841 \| 894^II	877 \| 921^III
Rufus	851 \| 894^II	887 \| 921^III
EnSpm13_Vvin	821 \| 894^II	856 \| 925^III
EnSpm5_Vvin	824 \| 894^II	859 \| 925^III
Isaac	861 \| 894^II	900 \| 925^III
Sandro	744 \| 782^I	851 \| 928^III
Balduin	850 \| 895^II	890 \| 930^III
DOPPIA	843 \| 894^II	890 \| 936^III
K	744 \| 7,82I	850 \| 936^III
Horace	712 \| 711	981 \| 1,054
EnSpm4_Fves	812 \| 0	992 \| 0	1,244 \| 0
EnSpm3_Fves	681 \| 0	770 \| 781^I	919 \| 0
Seamus	730 \| 782^I	833 \| 892^II	878 \| 925^III
Dario	726 \| 711	842 \| 839	895 \| 890^III
Aron	851 \| 833	899 \| 879^II	1,013 \| 1,060
Korbin	510 \| 567^G	718 \| 782^I	814 \| 894^II	853 \| 0
Chester	520 \| 563^G	728 \| 777^I	823 \| 889^II	858 \| 920^III
Baron	522 \| 568^G	730 \| 781^I	825 \| 893^II	861 \| 925^III
EnSpm8_Fves	158 \| 163	830 \| 893^II	975 \| 0	1,219 \| 0	1,500 \| 0
ATENSPM6_Athal	802 \| 809	918 \| 922^III	978 \| 981	1,011 \| 1,012	1,141 \| 0

The positions are relative to the beginning of the transcription start and given as follows:On the protein sequence | on the trimmed multiple sequence alignment (MSA). 0 and numbers in italic indicate boundaries with GUIDANCE scores below 0.804 and removed in the final MSA. Superscripts indicate Regions I to III and G cluster, respectively (Figure 1).

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