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2 publications mentioning cqu-mir-252-2

Open access articles that are associated with the species Culex quinquefasciatus and mention the gene name mir-252-2. Click the [+] symbols to view sentences that include the gene name, or the word cloud on the right for a summary.

1
[+] score: 9
albopictus miR-252 contained one extra 5' cytosine. [score:1]
quinquefasciatus miRNAs, miR-317, miR-252, miR-276, miR-190, miR-981, and miR-2944, arise from at least two possible hairpin precursors (Table 2). [score:1]
The numbers of reads with 3' or 5' nucleotide truncations or additions for individual miRNAs, B) miR-1, C) miR-210, and D) miR-252 are shown. [score:1]
quinquefasciatus miR-252 are 100% identical, and show 100% and 97% sequence identity with miR-252 pri-miRNA stem-loops present in the Ae. [score:1]
quinquefasciatus and Aedes miR-210, miR-252, and miR-2951 are examples of multiple, distinct miRNAs arising from one arm of a single hairpin (Figures 2 and 4). [score:1]
We also observed miR-252 variations in the Ae. [score:1]
For both miR-210 and miR-252, two dominant miRNA species were identified (Figure 2C and 2D; Tables 1, 2). [score:1]
miR-252, which maps to two loci within the Cx. [score:1]
Thus, these variations in the mature miRNA sequences, for both miR-252 and miR-210, do not appear to arise from differences in hairpin folding properties, and likely are a result of Drosha and/or Dicer processing. [score:1]
[1 to 20 of 9 sentences]
2
[+] score: 5
recognition sites Mean MFE (Kcal/Mol) Recognition site start position on lincRNA_1317 miR-278-5p 5 -22.40 307, 749, 1112, 1260, 1491 miR-252-3p 4 -21.15 162, 629, 1560, 3946 miR-11-5p 3 -21.67 2248, 2286, 3328 miR-1890 3 -21.17 1489, 2712, 3602 miR-263a-3p 3 -21.47 2208, 2545, 3336 miR-33 3 -24.90 1545, 1810, 2669 miR-34-5p 3 -25.03 1020, 1232, 1379 miR-9b 3 -24.03 2034, 2891, 3603 let-7 2 -22.20 2747, 2817 miR-1 2 -22.80 1165, 2528 miR-1175-3p 2 -20.65 1489, 3274 miR-12-5p 2 -25.60 632, 1575 miR-1889-3p 2 -20.80 1268, 3988 miR-1891 2 -21.10 162, 2349 miR-282-5p 2 -25.70 1232, 1297 miR-2944b-3p 2 -22.05 1255, 3797 miR-2945-5p 2 -23.00 770, 1209 miR-31 2 -25.70 819, 871 miR-375 2 -22.25 66, 3293 miR-92b-5p 2 -23.05 1042, 3788 miR-9a 2 -20.65 170, 3500 We also used LncTar algorithm to predict any direct interaction between lincRNA_1317 and DENV-2 genome. [score:2]
recognition sites Mean MFE (Kcal/Mol) Recognition site start position on lincRNA_1317 miR-278-5p 5 -22.40 307, 749, 1112, 1260, 1491 miR-252-3p 4 -21.15 162, 629, 1560, 3946 miR-11-5p 3 -21.67 2248, 2286, 3328 miR-1890 3 -21.17 1489, 2712, 3602 miR-263a-3p 3 -21.47 2208, 2545, 3336 miR-33 3 -24.90 1545, 1810, 2669 miR-34-5p 3 -25.03 1020, 1232, 1379 miR-9b 3 -24.03 2034, 2891, 3603 let-7 2 -22.20 2747, 2817 miR-1 2 -22.80 1165, 2528 miR-1175-3p 2 -20.65 1489, 3274 miR-12-5p 2 -25.60 632, 1575 miR-1889-3p 2 -20.80 1268, 3988 miR-1891 2 -21.10 162, 2349 miR-282-5p 2 -25.70 1232, 1297 miR-2944b-3p 2 -22.05 1255, 3797 miR-2945-5p 2 -23.00 770, 1209 miR-31 2 -25.70 819, 871 miR-375 2 -22.25 66, 3293 miR-92b-5p 2 -23.05 1042, 3788 miR-9a 2 -20.65 170, 3500We also used LncTar algorithm to predict any direct interaction between lincRNA_1317 and DENV-2 genome. [score:2]
For instance, more than four recognition sites were predicted for miR-278-5p and miR-252-3p on lincRNA_1317. [score:1]
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