Predicted Off-targets for siRNA "uaccgcagagucuagacuc" 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

7 hits were found for UACCGCAGAGUCUAGACUC (0 guide strand hits and 7 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
NM_001005209 MGC99813 1490 1508 cuGUCUAGACUCUGCaGUc55 4 13 c false   <90%   2239
NM_172110 EYA2 1912 1930 GAGUCUAGACUCUuCuGUA54 2 13 c false   <90%   2406
NM_172112 EYA2 1964 1982 GAGUCUAGACUCUuCuGUA54 2 13 c false   <90%   2458
NM_005244 EYA2 1984 2002 GAGUCUAGACUCUuCuGUA54 2 13 c false   <90%   2478
NM_172111 EYA2 2014 2032 GAGUCUAGACUCUuCuGUA54 2 13 c false   <90%   2508
NM_172113 EYA2 2268 2286 GAGUCUAGACUCUuCuGUA54 2 13 c false   <90%   2762
NM_001510 GRID2 2048 2066 agucCUAGACUCUGCGGUA30 4 15 bc false   <90%   3024


3 prime UTR Seed matches

Hits to same gene : 0
Hits to other genes : 185
View matched accessions

3 prime seed match details

AccessionGene nameHits to this gene
NM_006464TGOLN22
NM_003539HIST1H4D1
NM_145025C6orf1991
NM_012309SHANK21
NM_001018000KIAA10261
NM_001017999KIAA10261
NM_001018001KIAA10261
NM_015209KIAA10261
XM_001126700LOC7281471
XM_001126645LOC7306381
NM_032226ZCCHC71
NM_005160ADRBK21
NM_004420DUSP81
NM_198389PDPN1
NM_006474PDPN1
NM_001006624PDPN1
NM_001006625PDPN1
NM_024613PLEKHF21
NM_015221DNMBP1
NM_020822KCNT11
NM_032239LARP21
NM_052867NALCN1
NM_015666GTPBP51
NM_144713FAM82A1
NM_020778ALPK31
NM_007087CALB21
NM_007088CALB21
NM_007219RNF241
NM_001037535SCML11
NM_001037540SCML11
NM_006746SCML11
NM_001037536SCML11
NM_007123USH2A1
NM_030643APOL41
NM_145660APOL41
NM_001080417ZNF6291
XM_938127ZNF6291
NM_001557IL8RB1
NM_018650MARK11
NM_203305FAM102A1
NM_001035254FAM102A1
NM_013397C6orf491
NM_002404MFAP41
NM_198525KIF71
NM_0152071
NM_015554GLCE1
NM_003387WIPF11
NM_001077269WIPF11
NM_030613ZFP21
NM_138297MUC41
NM_004532MUC41
NM_018406MUC41
NM_152782SUNC11
NM_001030019SUNC11
NM_015033FNBP11
NM_012334MYO101
NM_182515ZNF7141
NM_001007188DEPDC51
NM_001040661SLC29A41
NM_153247SLC29A41
NM_006654FRS21
NM_001042555FRS21
NM_0010988191
NM_0010988181
NM_000923PDE4C1
NM_020804PACSIN11
NM_015094HIC21
NM_020947KIAA16091
NM_003592CUL11
NM_017929PEX261
NM_0011008291
NM_153367C10orf561
NM_0207221
NM_030758OSBP21
NM_002655PLAG11
NM_152996ST6GALNAC31
NM_014413EIF2AK11
NM_012081ELL21
NM_0011031471
NM_0011031481
NM_0011031461
NM_015575TNRC151
NM_182574FLJ360701
NM_017656ZNF5621
NM_152470RNF1651
NM_001001414LOC3428971
NM_024721ZFHX41
NM_001106ACVR2B1
NM_002234KCNA51
NM_001009569MLLT101
NM_004641MLLT101
NM_003274TMEM11
NM_001083591CUGBP21
NM_001025077CUGBP21
NM_006561CUGBP21
NM_001025076CUGBP21
NM_032977CASP101
NM_001230CASP101
NM_145912NFAM11
NM_032797AIFM21
NM_138400NOM11
XM_940362LOC6459841
XM_928946LOC6459841
NM_001003698RREB11
NM_001003699RREB11
NM_002955RREB11
NM_001005476PKP41
NM_003628PKP41
NM_001039842LOC3392291
NM_144599NIPA11
NM_001009993LOC1300741
NM_174968ST3GAL31
NM_174971ST3GAL31
NM_174964ST3GAL31
NM_174963ST3GAL31
NM_174969ST3GAL31
NM_174965ST3GAL31
NM_174966ST3GAL31
NM_174970ST3GAL31
NM_006279ST3GAL31
NM_174967ST3GAL31
NM_002478MYOD11
NM_014755SERTAD21
NM_033127LZTR21
NM_018269ADI11
NM_0010992201
NM_015286DMN1
NM_145728DMN1
NM_004296RGS61
NM_194457UBE2J21
NM_194315UBE2J21
NM_058167UBE2J21
NM_194458UBE2J21
NM_004028AQP41
NM_001650AQP41
NM_020717SHROOM41
XM_926071LOC6425921
NM_0010996921
NM_0010400611
NM_001013693LDLRAD21
NM_004795KL1
NM_080282ABCA101
NM_001039772LOC6439231
NM_000950PRRG11
NM_001042599ERBB41
NM_005235ERBB41
NM_000332ATXN11
NM_007345ZNF2361
NM_000200HTN31
NM_002159HTN11
NM_018265C1orf1061
NM_004100EYA41
NM_172105EYA41
NM_172103EYA41
NM_001025073C3orf171
NM_015412C3orf171
NM_001025072C3orf171
NM_014282HABP41
NM_0010994551
NM_018340FLJ111511
NM_138328RHBDL31
NM_006544EXOC51
XM_944097LOC3896411
NM_001033580MYOHD11
NM_024893C20orf391
NM_0010988331
NM_0202181
NM_001018053PFKFB21
NM_152253CHKB1
NM_003047SLC9A11
NM_001364DLG21
NM_021238FAM60A1
NM_006380APPBP21
NM_024313NOL121
NM_014622LOH11CR2A1
XM_001131779LOC7309191
NM_014554SENP11
NM_003979GPRC5A1
NM_0010985251
NM_018204CKAP21
NM_172239REXO1L11
NM_003644GAS71
NM_201432GAS71
NM_201433GAS71
NM_001004349FLJ454221

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