Predicted Off-targets for siRNA "agguucggaugguucggga" Using siRNA SpecificityServer

Specificity Server [Result page v1.0]


SpecificityServer - An siRNA design program for determining siRNA specificity

Automatic recommendation
OK - siRNA is specific for both sense and antisense (guide) strands

4 hits were found for AGGUUCGGAUGGUUCGGGA (0 guide strand hits and 4 sense strand hits.)

Hits to Sense strand





AccessionGeneStartEndDetails of mismatchesSpec.
Score
MismatchesContiguousJackson style
specificity
Hits similar
gene
HSP
Score
HSP %
Identity
HSP lengthGene Length
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
XR_015426 LOC731268 1099 1117 UCCCGAACCAcCCGcACCa9 3 10 c false   <90%   1622
XR_016856 LOC645129 1099 1117 UCCCGAACCAcCCGcACCa9 3 10 c false   <90%   1622
XR_015487 LOC729248 1099 1117 UCCCGAACCAcCCGcACCa9 3 10 c false   <90%   1622
NM_001410 MEGF8 176 194 UCCuGgACCAUCCGAACCU0 2 13 bc false   <90%   10966


3 prime UTR Seed matches

Hits to same gene : 0
Hits to other genes : 198
View matched accessions

3 prime seed match details

AccessionGene nameHits to this gene
NM_020956PRX2
NM_153812PHF132
NM_014661FAM53B2
XM_943571LOC6469162
XM_001130238LOC7282831
XM_001132687LOC7310871
NM_006899IDH3B1
NM_174856IDH3B1
NM_014659HISPPD2A1
NM_001024463HISPPD2A1
NM_001733C1R1
NM_001080498EMR41
NM_020064BARHL11
NM_018427RRN31
NM_198437AURKA1
NM_198433AURKA1
NM_198436AURKA1
NM_198434AURKA1
NM_198435AURKA1
NM_003600AURKA1
NM_002254KIF3C1
NM_181876PPP2R2C1
NM_020416PPP2R2C1
NM_021991JUP1
NM_002230JUP1
XM_379029LOC4008791
NM_138454TXNL61
NM_001002034FAM109B1
NM_177925H2AFJ1
NM_145865ANKS4B1
NM_024954UBTD11
NM_177939PH-41
NM_177938PH-41
NM_001037165FOXK11
NM_004561OVOL11
XM_001129344OVOL11
NM_001017980LOC2035471
NM_002868RAB5B1
NM_014766SCRN11
NM_0010988351
NM_152717MGC352951
NM_014604TAX1BP31
NM_032753RAXL11
NM_080476PIGU1
NM_000767CYP2B61
NM_017635SUV420H11
NM_030761WNT41
NM_004229CRSP21
NM_182904P4HA31
NM_182832PLAC41
NM_002714PPP1R101
NM_144778MBNL21
NM_207304MBNL21
NM_002581PAPPA1
NM_001010846SHE1
NM_000704ATP4A1
NM_001011703FAM125B1
NM_001362DIO31
NM_004454ETV51
XM_001134164ETV51
NM_020714ZNF4901
NM_005050ABCD41
XM_933903LOC6446621
XM_944785LOC6446621
NM_145166ZBTB471
XM_001127482LOC7284451
NM_002241KCNJ101
NM_183413FBXO441
NM_033182FBXO441
NM_001014765FBXO441
NM_183412FBXO441
NM_001001665FLJ160081
XM_939111LOC6500201
XM_929433LOC6440061
NM_133374ZNF6181
NM_001801CDO11
NM_001379DNMT11
NM_016532SKIP1
NM_130766SKIP1
NM_203459CAMSAP1L11
XM_943323LOC6467191
XM_933842LOC6467191
NM_021127PMAIP11
NM_001543NDST11
NM_203453PPAPDC21
NM_003298NR2C21
NM_005065SEL1L1
NM_007086WDHD11
NM_001008396WDHD11
NM_178469LCN81
XM_934649C1orf341
XM_945958C1orf341
NM_001008408RBM331
NM_053043PRR81
NM_003200TCF31
NM_178829C7orf341
NM_033141MAP3K91
NM_032932RAB11FIP41
NM_003347UBE2L31
NM_198157UBE2L31
NM_005168RND31
NM_015156RCOR11
NM_001039617ZDHHC191
NM_032740SFT2D31
NM_020839WDR481
XM_001131577FLJ366441
XM_001126095FLJ366441
NM_015995KLF131
NM_0151881
NM_021250LILRA51
NM_181985LILRA51
NM_001004342TRIM671
NM_130770HTR3C1
NM_001007088ZNF1821
NM_006962ZNF1821
NM_004959NR5A11
NM_031896CACNG71
NM_022822KLC21
NM_014207CD51
NM_005883APC21
NM_003681PDXK1
NM_020120UGCGL11
NM_001025777UGCGL11
NM_013336SEC61A11
NM_007168ABCA81
NM_020228PRDM101
NM_199438PRDM101
NM_199437PRDM101
NM_199439PRDM101
NM_006815TMED21
NM_003034ST8SIA11
NM_017776ZNF6731
NM_003255TIMP21
XM_001132362TIMP21
NM_001005404YPEL21
NM_012121CDC42EP41
NM_017813IMPAD11
NM_213649SFXN41
NM_030759NRBF21
NM_024114TRIM481
XM_379228LOC4010931
XM_944985LOC4010931
NM_033224PURB1
NM_016544RBJ1
NM_024666FLJ115061
NM_014679CEP571
NM_020988GNAO11
NM_000891KCNJ21
NM_176081TRDMT11
NM_004412TRDMT11
NM_176083TRDMT11
NM_016630SPG211
NM_001025436SPAG161
NM_198458ZNF4971
NM_006452PAICS1
NM_001079525PAICS1
NM_001079524PAICS1
NM_170665ATP2A21
NM_015365AMMECR11
NM_001025580AMMECR11
NM_032744C6orf1051
NM_015520MAGI11
NM_001033057MAGI11
NM_006861RAB351
NM_004300ACP11
NM_007099ACP11
NM_014925R3HDM21
NM_013313YPEL11
NM_207442FLJ397791
NM_203397LOC2553741
NM_001751CARS1
NM_139273CARS1
NM_001014438CARS1
NM_001014437CARS1
NM_002977SCN9A1
NM_001419ELAVL11
NM_207333ZNF3201
NM_006581FUT91
NM_020774MIB11
NM_001004354MGC615981
NM_021706LAIR11
NM_002287LAIR11
XM_944031LOC6442481
XM_932073LOC6442481
NM_148675DSCR91
NM_206595ESRRG1
NM_001438ESRRG1
NM_206594ESRRG1
NM_014707HDAC91
NM_001349DARS1
XM_001130919LOC7296521
NM_022048CSNK1G11
NM_005536IMPA11
NM_007368RASA31
NM_003799RNMT1
NM_001009571CADPS21
NM_017954CADPS21
NM_015141GPD1L1

Immunostimulatory motif search results


UGUGU - Judge et al. Sequence-dependent stimulation of the mammalian innate immune response by synthetic siRNA. Nat Biotechnol. 2005 Apr;23(4):457-62. (PMID: 15778705)
No Immunostimulatory motif found (UGUGU).

GUCCUUCAA - Hornung et al. Sequence-specific potent induction of IFN-alpha by short interfering RNA in plasmacytoid dendritic cells through TLR7. Nat Med. 2005 Mar;11(3):263-70. Epub 2005 Feb 20. (PMID: 15723075)
No Immunostimulatory motif found (GUCCUUCAA).



Settings used for search

Scores were calculated using scoring scheme SS1
Using AVG scoring mode.

Hit scores

ParameterSpec. Score cut-offColourComment
Hit to same geneColourHits to the same accession or genes with 100 percent identity (i.e. likely transcript variants). It is advisable to always check the genes hit.
High scoring hit≥80ColourHits are very likely to cause an off-target effect
Medium scoring hit<80¸≥40ColourHits with a small chance of causing an off target effect.
Low scoring hitColourHits very unlikely to cause an off-target effect

The mismatches are colour coded based on the weighting of that position.

Cut-offColour
MatchColour
Wobble base pairs (G-U)Colour
Critical bases (none)Colour
0.6 bitsColour
0.4 bitsColour
0.2 bitsColour

About SpecificityServer

SpecificityServer is designed to help you identify potential non-specific matches to your siRNA. It incorporates the latest information about non-specific matches (sequence-specific only).

Designed by: Alistair Chalk, Quan Du, Zicai Liang and Erik L.L. Sonnhammer


For more details about the algorithm "siRNA specificity searching incorporating mismatch tolerance data" Bioinformatics (2008) 24 (10): 1316-1317