Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for NRSE; supplied as 500 ng double-stranded DNA; sc-2631also available as mutant oligonucleotide with "CAGC"→"TCGT" and "GGAC"→"TCGT" substitutions in the NRSE binding motif: sc-26325'-TT C A G C A C C A C G G A C A G C G C C-3'

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for TRF.C complex; suitable for use with VP16, HCF and Oct-1; supplied as 500 ng double stranded DNA; sc-2629also available as mutant oligonucleotide with "T"→"C" and "G"→"A" substitutions in the TRF.C binding motif; sc-26305′-G T G C A T G C T A A T G A T A T T C T T-3′

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for HIF-1α; supplied as 500 ng double-stranded DNA; sc-2625also available as mutant oligonucleotide with "CGT"→"AAA" substitution in the HIF-1α binding motif; sc-26265'-TCT GTA CGT GAC CAC ACT CAC CTC-3'

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for Gfi-1 transcription factor; supplied as 500 ng double-stranded DNA; sc-2623also available as mutant oligonucleotide with "A"->"C" substitution in Gfi-1 binding motif; sc-26245'-T AA ATC ACT GC-3'

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for TFEB transcription factor and, to a lesser extent, for TFE3; supplied as 500 ng double-stranded DNA; sc-2621also available as mutant oligonucleotide with "G"->"C" substitution in TFEB binding motif; sc-26225'-C ACG TG-3'

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for TFE3 transcription factor and, to a lesser extent, for TFEB; supplied as 500 ng double-stranded DNA; sc-2619also available as mutant oligonucleotide with "ATG"→"CGT" substitution in TFE3 binding motif; sc-26205′-GAT CTG GTC ATG TGG CAA GGC-3′

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for MIBP1 transcription factor; supplied as 500 ng double-stranded DNA; sc-2617also available as mutant oligonucleotide with "CC"->"GG" substitution in MIBP1 binding motif; sc-26185'-TCT TTT CC CA-3'

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for Smuc transcription factor; supplied as 500 ng double-stranded DNA; sc-2615also available as mutant oligonucleotide with "CC"→"GT" substitution in the DNA binding motif; sc-26165'-GGA TCC CCC AAC ACC TGC TGC CTG A-3'

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for the CTCF transcription factor; supplied as 500 ng double-stranded DNA; sc-2613also available as mutant oligonucleotide with "GCCGCT"→"TAATAG" in CTCF binding motif; sc-26145'-GGC GGC GCC GCT AGG GGT CTC TCT-3'

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for NR5A2 transcription factor; supplied as 500 ng double-stranded DNA; sc-2611also available as mutant oligonucleotide with "G"→"T", "C"→"A", "C"→"T" and "T"→"C" substitutions in NR5A2 binding motif; sc-26125'-GAT CAA CGA CCG ACC TTG AG-3'

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for T-bet transcription factor; supplied as 500 ng double-stranded DNA; sc-2609also available as mutant oligonucleotide with "AC"→"GT" and "GT"→"AC" substitutions in T-bet binding motif; sc-26105'-AAT TTC ACA CCT AGG TGT GAA ATT-3'

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for ZEB transcription factor; supplied as 500 ng double-stranded DNA; sc-2607also available as mutant oligonucleotide with "GC"→"TA" substitution in ZEB binding motif; sc-26085'-GAT CTG GCC AAA GGT GCA GGA TC-3'

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for TGIF and Meis2 transcription factors; supplied as 500 ng double-stranded DNA; sc-2605also available as mutant oligonucleotide with "CTG"→"AAA" substitution in TGIF and Meis2 binding motifs; sc-26065′-ACT CTG CCT GTC AAG CGA GG-3′

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

SBE binding site for Smad transcription factors; supplied as 500 ng double-stranded DNA; sc-2603also available as mutant oligonucleotide with "GTCTAGAC"->"CATAGCGT" substitution in Smad SBE binding motif; sc-26045'-G TCT AGA C CA-3'

Provided as double stranded DNA with 5' OH blunt ends to facilitate labeling to high specific activity with polynucleotide kinase. Oligonucleotide probes are specifically designed for use in gel supershift assays in combination with corresponding TransCruz antibodies. Supplied at 500 ng in 25 µl.

consensus binding site for FAST-1 transcription factor; supplied as 500 ng double-stranded DNA; sc-2601also available as mutant oligonucleotide with "G"->"C" and "T"->"C" substitutions in FAST-1 binding motif; sc-26025'-T GTG TAT T CA-3'