Table 2.
Eretmocerus sp. JAP1942 | GenBank | nucleotide positions | Best matched organism | GenBank | Amino acid positions | Identity (%) | Number of reads | |
---|---|---|---|---|---|---|---|---|
i | tRNAMet (M) | KX714952 | 59..126 | |||||
ii | tRNALys (K) | KX714952 | 186..233 | |||||
iii | COI | KX714952 | 362..1,879 | Nasonia longicornis | ACH81769 | 11..516 | 82 | 168A |
iv | COII | KX714953 | 3..422 | Megaphragma amalphitanum | YP_009176325 | 67..206 | 74 | 40 |
v | ATP6 | KX714954 | 102..314 | Philotrypesis pilosa | AEG25310 | 1..67 | 32 | 306 |
vi | ATP6 | KX714955 | 42..461 | Philotrypesis pilosa | AEG25310 | 83..222 | 71 | |
vii | COIII | KX714955 | 469..522 | Philotrypesis pilosa | AEG25309.1 | 2..19 | 78 | 139B |
viii | COIII | KX714956 | 10..312 | Nasonia longicornis | ACH81765 | 161..261 | 71 | 19 |
ix | COIII | KX714957 | 1..198 | Nasonia giraulti | ACH81754 | 60..125 | 85 | 8 |
x | NADH5 | KX714958 | 2..229 | Ceratosolen solmsi | AEG67044.1 | 47..122 | 64 | 14 |
xi | NADH5 | KX714959 | 2..262 | Nasonia giraulti | ACH81759 | 193..279 | 83 | 10 |
xii | NADH5 | KX714960 | 2..409 | Megaphragma amalphitanum | YP_009176327 | 304..439 | 57 | 6 |
xiii | NADH4 | KX714961 | 3..155 | Nasonia vitripennis | ACH81738.1 | 268..318 | 65 | 4 |
xiv | NADH4 | KX714962 | 34..243 | Nasonia vitripennis | ACH81738.1 | 187..256 | 73 | |
xv | tRNAArg (R) | KX714962 | 278..337 | 198C | ||||
xvi | tRNAThr (T) | KX714963 | 1..61 | |||||
xvii | tRNAPro (P) | KX714963 | 67..135 | |||||
xviii | NADH6-0 | KX714963 | 220.. 447 | Nasonia vitripennis | ACH81751.1 | 29..104 | 49 | 8D |
xiv | NADH6-0 | KX714964 | 8..112 | Nasonia vitripennis | ACH81751.1 | 148..182 | 51 | |
xx | Cyt b | KX714964 | 114..1,166 | Nasonia vitripennis | ACH81741.1 | 2..347 | 76 | 74E |
A total of 13 DNA fragments (GenBank accession numbers KX714952–KX714964) representing eight mtDNA protein coding genes and five tRNAs were detected. Amino acid positions of the best matched hymenopteran species within the Chalcidoidea superfamily and the percentage identity are also shown.
Note: (A) A total of 168 reads for the assembly of (i, ii, iii). (B) A total of 139 reads for the assembly of (vi, vii). (C) A total of 198 reads for the assembly of (xiv, xv). (D) A total of 8 reads for the assembly of (xv, xvi, xvii). (E) A total of 74 reads for the assembly of (xiv, xx).