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©2014 Baishideng Publishing Group Inc.
World J Biol Chem. Nov 26, 2014; 5(4): 437-456
Published online Nov 26, 2014. doi: 10.4331/wjbc.v5.i4.437
Published online Nov 26, 2014. doi: 10.4331/wjbc.v5.i4.437
Let-7a | miR-149 | miR-218 | miR-345 | miR-501-5p | miR-93 |
Let-7b | miR-152 | miR-221 | miR-34a | miR-502-3p | miR-9 |
let-7c | miR-155 | miR-222 | miR-34c-5p | miR-502-5p | miR-95 |
let-7d | miR-15a | miR-223 | miR-361-5p | miR-503 | miR-96 |
let-7e | miR-15b | miR-22 | miR-362-3p | miR-505 | miR-98 |
let-7f | miR-16 | miR-224 | miR-362-5p | miR-519a | miR-99a |
let-7g | miR-17 | miR-23a | miR-365 | miR-523 | miR-99b |
miR-100 | miR-181a | miR-23b | miR-374a | miR-532-3p | |
miR-101 | miR-181c | miR-24 | miR-374b | miR-532-5p | |
miR-103 | miR-182 | miR-25 | miR-375 | miR-542-3p | |
miR-106a | miR-183 | miR-26a | miR-376a | miR-545 | |
miR-106b | miR-184 | miR-26b | miR-376c | miR-548d-5p | |
miR-107 | miR-185 | miR-27a | miR-379 | miR-574-3p | |
miR-10a | miR-186 | miR-27b | miR-410 | miR-576-3p | |
miR-125a-3p | miR-18a | miR-28-3p | miR-411 | miR-579 | |
miR-125a-5p | miR-18b | miR-28-5p | miR-422a | miR-582-3p | |
miR-125b | miR-191 | miR-296-5p | miR-423-5p | miR-582-5p | |
miR-126 | miR-192 | miR-29a | miR-424 | miR-589 | |
miR-127-3p | miR-193a-3p | miR-29b | miR-425 | miR-590-5p | |
miR-128 | miR-193a-5p | miR-29c | miR-429 | miR-597 | |
miR-129-3p | miR-193b | miR-301a | miR-449a | miR-598 | |
miR-130a | miR-194 | miR-301b | miR-449b | miR-618 | |
miR-130b | miR-195 | miR-30b | miR-450a | miR-625 | |
miR-132 | miR-197 | miR-30c | miR-450b-5p | miR-627 | |
miR-134 | miR-198 | miR-31 | miR-452 | miR-628-5p | |
miR-135a | miR-19a | miR-320 | miR-454 | miR-629 | |
miR-135b | miR-19b | miR-323-3p | miR-455-3p | miR-636 | |
miR-136 | miR-200a | miR-32 | miR-455-5p | miR-642 | |
miR-138 | miR-200b | miR-324-3p | miR-483-5p | miR-652 | |
miR-139-5p | miR-200c | miR-324-5p | miR-484 | miR-655 | |
miR-140-3p | miR-202 | miR-328 | miR-485-3p | miR-660 | |
miR-140-5p | miR-203 | miR-330-3p | miR-486-3p | miR-671-3p | |
miR-141 | miR-204 | miR-331-3p | miR-486-5p | miR-708 | |
miR-142-3p | miR-205 | miR-331-5p | miR-487a | miR-744 | |
miR-145 | miR-20a | miR-335 | miR-489 | miR-758 | |
miR-146a | miR-20b | miR-339-3p | miR-491-5p | miR-885-5p | |
miR-146b-5p | miR-210 | miR-339-5p | miR-494 | miR-886-3p | |
miR-148a | miR-212 | miR-340 | miR-495 | miR-886-5p | |
miR-148b | miR-21 | miR-342-3p | miR-500 | miR-92a |
- Citation: Bondanese VP, Francisco-Garcia A, Bedke N, Davies DE, Sanchez-Elsner T. Identification of host miRNAs that may limit human rhinovirus replication. World J Biol Chem 2014; 5(4): 437-456
- URL: https://www.wjgnet.com/1949-8454/full/v5/i4/437.htm
- DOI: https://dx.doi.org/10.4331/wjbc.v5.i4.437