Predicted Off-targets for siRNA "uucgcaguccccaaccucc" 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

12 hits were found for UUCGCAGUCCCCAACCUCC (5 guide strand hits and 7 sense strand hits.)

Hits to Guide 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_003221 TFAP2B 2003 2021 cUCGCAGUCCCCgcCCUCC68 3 11   false   <90%   5770
NM_014767 SPOCK2 3423 3441 cUgGCAGUCCCCAgCCUCC58 3 10 c false   <90%   5316
NM_152403 EGFLAM 197 215 cUCGCAGcCCCCcACCUCC25 3 6   false   <90%   3952
NM_144968 RIBC1 885 903 UguGCAGaCCCCAACCUCC6 3 11 bc false   <90%   1949
NM_139285 GAS2L2 2586 2604 agaGCAGcCCCCAACCUCC4 4 11 bc false   <90%   3025


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_032025 EIF2A 3666 3684 aGAGGUUGGGGACUuCGug65 4 13 c false   <90%   3894
NM_004285 H6PD 4153 4171 auAGGUUGGGGACUGuGAu55 4 13 c false   <90%   9117
NM_145214 TRIM11 1291 1309 GGAGGUUGGGGACcGCacc49 4 13 c false   <90%   2715
NM_018424 EPB41L4B 928 946 GGAGcUUGGGGAgUGCGAg33 3 7   false   <90%   3783
NM_019114 EPB41L4B 928 946 GGAGcUUGGGGAgUGCGAg33 3 7   false   <90%   5578
NM_006339 HMG20B 586 604 caAGGgUGGGGACUGCGAu18 4 12 bc false   <90%   1584
NM_006677 USP19 2855 2873 GGAGGcUGGGGACaGCGAg12 3 7 c false   <90%   4401


3 prime UTR Seed matches

Hits to same gene : 0
Hits to other genes : 328
View matched accessions

3 prime seed match details

AccessionGene nameHits to this gene
NM_024076KCTD152
NM_000912OPRK12
NM_152371C1orf932
NM_022166XYLT12
XM_001125986LOC2838242
NM_001039479KIAA03172
NM_022745ATPAF12
NM_001042546ATPAF12
NM_002073GNAZ1
XM_939259ZNF4691
XM_001125745ZNF4691
NM_020975RET1
NM_032229SLITRK61
NM_020960GPR1071
XM_928252LOC6452121
XM_939117LOC6452121
NM_000817GAD11
NM_005188CBL1
NM_018403DCP1A1
NM_178554KY1
NM_001037165FOXK11
NM_0011127361
NM_054030MRGPRX21
NM_178818CMTM41
NM_181521CMTM41
XM_001132281LOC7287161
NM_001932MPP31
NM_033224PURB1
NM_020122KCMF11
XM_001133393KCMF11
NM_022777RABL51
NM_133334WHSC11
NM_001040101D4S234E1
NM_014392D4S234E1
NM_182628CCDC371
NM_017438SETD41
NM_145802SEPT61
NM_145800SEPT61
NM_001042508LOC6534831
XM_001125098LOC7304171
NM_014926SLITRK31
NM_021634RXFP11
XM_938028C19orf161
NM_207577MAP61
XM_001127146IL7R1
NM_003094SNRPE1
NM_002639SERPINB51
NM_033131WNT3A1
NM_015191SNF1LK21
NM_015409EP4001
NM_022062PKNOX21
NM_006861RAB351
NM_015554GLCE1
XM_001131577FLJ366441
XM_001126095FLJ366441
NM_080671KCNE41
NM_003128SPTBN11
NM_015568PPP1R16B1
NM_014787DNAJC61
NM_1736011
NM_0010996501
NM_144638TMEM421
NM_003124SPR1
NM_030647JHDM1D1
NM_000647CCR21
XM_001133430LOC7292301
NM_015289VPS391
NM_014944CLSTN11
NM_001009566CLSTN11
NM_138635H2AFV1
NM_001014797KCNMA11
NM_003082SNAPC11
NM_033066MPP41
NM_001029839C3orf231
NM_001029840C3orf231
NM_182485CPEB21
NM_182646CPEB21
NM_005528DNAJC41
NM_004491GRLF11
NM_002382MAX1
NM_145113MAX1
NM_145112MAX1
NM_001031617COX191
NM_005858AKAP81
XM_378661C17orf511
XM_944416C17orf511
NM_014803ZNF5181
NM_016021UBE2J11
NM_005940MMP111
NM_001003936TXNDC81
NM_004395DBN11
NM_080881DBN11
NM_005477HCN41
NM_1449931
NM_003328TXK1
NM_020940KIAA16001
NM_053042KIAA17291
NM_000555DCX1
NM_178152DCX1
NM_178153DCX1
NM_178151DCX1
NM_014876JOSD11
NM_001025356TMEM16F1
NM_000545TCF11
XM_001129997NTSR21
NM_012344NTSR21
NM_001001549GRB101
NM_001001555GRB101
NM_001001550GRB101
NM_005311GRB101
NM_172169CAMK2G1
NM_001222CAMK2G1
NM_172173CAMK2G1
NM_172171CAMK2G1
NM_172170CAMK2G1
NM_052846EMILIN31
NM_003045SLC7A11
NM_003681PDXK1
NM_004852ONECUT21
NM_014653WSCD21
NM_000455STK111
NM_024522FAM77C1
XM_001129946LOC7303961
XM_001130706LOC7295831
XM_001131223LOC7304051
XM_001131133LOC7318851
NM_032039ITFG31
NM_181458PAX31
NM_181461PAX31
NM_004614TK21
NM_024749VASH21
NM_003189TAL11
NM_033446FAM125B1
NM_153345TMEM1391
NM_001419ELAVL11
NM_006315PCGF31
NM_006176NRGN1
NM_0011001701
NM_0011001691
NM_006839IMMT1
NM_000368TSC11
XM_001133521MGC513381
XM_001132564LOC7288821
XM_001133525LOC7315011
NM_001362DIO31
NM_153334SCARF21
NM_182895SCARF21
XM_001133211LOC7290031
XM_001133556LOC7291351
NM_203329CD591
NM_203331CD591
NM_203330CD591
NM_000611CD591
XM_926158LOC6424431
XM_936495LOC6473461
NM_004898CLOCK1
NM_152722HEPACAM1
XM_946142SHANK31
NM_001080420SHANK31
NM_014418TCL61
NM_012468TCL61
NM_144599NIPA11
NM_033012TNFSF111
NM_003701TNFSF111
NM_019117KLHL41
NM_0010988161
NM_201520SLC25A351
NM_170665ATP2A21
NM_003592CUL11
NM_145285NKX2-31
NM_015891CDC401
NM_001043318C14orf431
NM_194278C14orf431
NM_004481GALNT21
NM_001010903DKFZp779B15401
NM_016073HDGFRP31
NM_001018058TFEC1
NM_012252TFEC1
NM_000330RS11
NM_181654CPLX41
NM_015035ZHX31
NM_001017370LOC3879211
NM_001012754LOC3879211
NM_017972C14orf1181
NM_017926C14orf1181
NM_0010839621
NM_003199TCF41
NM_006753SURF61
NM_031200CCR91
NM_006641CCR91
NM_001008408RBM331
NM_053043PRR81
NM_052862RCSD11
NM_005934MLLT11
XM_001131982LOC7311091
NM_007084SOX211
NM_015481ZNF3851
NM_000206IL2RG1
NM_021945C6orf851
NM_015170SULF11
NM_001348DAPK31
NM_001005502CPM1
NM_198320CPM1
NM_001874CPM1
NM_0010937721
NM_000222KIT1
NM_145274TMEM991
NM_003023SH3BP21
NM_001013624LOC2011811
NM_001029861NANOS21
NM_001527HDAC21
NM_198571FLJ392371
NM_003505FZD11
NM_005883APC21
NM_001040402DCUN1D41
NM_015115DCUN1D41
NM_004454ETV51
XM_001134164ETV51
NM_052918SORCS11
NM_001013031SORCS11
XM_001131384LOC6465221
XM_933676LOC6465221
NM_012184FOXD4L11
NM_0010992791
NM_199244FOXD4L41
NM_199358FOXD4L31
NM_0010854761
NM_199135FOXD4L21
NM_207305FOXD41
NM_000461THRB1
NM_015086DDN1
NM_001080395AATK1
NM_001715BLK1
NM_005337NCKAP1L1
NM_014293NPTXR1
NM_006266RALGDS1
NM_001042368RALGDS1
NM_018073TRIM681
NM_005032PLS31
NM_024071ZFYVE211
NM_183230IKZF31
NM_183229IKZF31
NM_183231IKZF31
NM_183228IKZF31
NM_183232IKZF31
NM_012481IKZF31
NM_000831GRIK31
XM_001125933LOC7277371
NM_006454MXD41
NM_178520TMEM1051
NM_003910BUD311
NM_005829AP3S21
NM_002942ROBO21
NM_004865TBPL11
NM_152834TMEM181
XM_930505LOC6456761
XM_941520LOC6456761
NM_0011024211
NM_0011024201
NM_006007ZFAND51
NM_138434C7orf291
NM_003808TNFSF131
NM_172088TNFSF131
NM_172087TNFSF131
NM_172089TNFSF12-TNFSF131
NM_145175FAM84A1
NM_017705PAQR51
NM_0011045541
NM_002428MMP151
NM_004455EXTL11
NM_006933SLC5A31
NM_015266SLC9A81
NM_001259CDK61
NM_0010129941
NM_004438EPHA41
NM_004730ETF11
NM_023112OTUB21
NM_207406CCDC41
NM_004982KCNJ81
NM_0010895911
NM_173156SMG71
NM_201569SMG71
NM_201568SMG71
NM_153757NAP1L51
NM_018955UBB1
NM_015855WIT11
NM_005197CHES11
NM_0010854711
NM_001040214TCBA11
NM_018075TMEM16K1
NM_001017930WDR42B1
NM_153367C10orf561
NM_004088DNTT1
NM_001017520DNTT1
NM_001497B4GALT11
NM_022479WBSCR171
XM_939663KIAA15531
NM_001080450KIAA15531
NM_020836KIAA14461
NM_006777ZBTB331
NM_024820DENND1A1
NM_032521PARD6B1
NM_017758ALKBH51
NM_032861SERAC11
NM_133330WHSC11
NM_001042424WHSC11
NM_133331WHSC11
NM_133335WHSC11
NM_207303ATRNL11
NM_007232HRH31
NM_001032280TFAP2A1
NM_003220TFAP2A1
NM_001042425TFAP2A1
NM_019089HES21
NM_194293CMYA11
NM_0011031701
NM_0011031691
NM_0011016761
NM_014112TRPS11
NM_153712TTL1
NM_1488931
NM_139135ARID1A1
NM_006015ARID1A1
NM_181836TMED71
NM_018945PDE7B1
NM_002182IL1RAP1
NM_025224ZBTB461
NM_014157CCDC1131

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