rrid pluripotency undifferentiation markers mouse anti oct4 (Santa Cruz Biotechnology)
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Santa Cruz Biotechnology
rrid pluripotency undifferentiation markers mouse anti oct4
Rrid Pluripotency Undifferentiation Markers Mouse Anti Oct4, supplied by Santa Cruz Biotechnology, used in various techniques. Bioz Stars score: 96/100, based on 3466 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pluripotency+markers+oct4/Oct-3%2F4+Antibody/pm41512733-67-9-16
Average 96 stars, based on 3466 article reviews
Rrid Pluripotency Undifferentiation Markers Mouse Anti Oct4, supplied by Santa Cruz Biotechnology, used in various techniques. Bioz Stars score: 96/100, based on 3466 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pluripotency+markers+oct4/Oct-3%2F4+Antibody/pm41512733-67-9-16
Average 96 stars, based on 3466 article reviews
rrid pluripotency undifferentiation markers mouse anti oct4 - by Bioz Stars,
2026-10
96/100 stars
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Knock-Out:Article Title: Non-invasive quantification of stem cell-derived islet graft size and composition Article Snippet: EC = enterochromaffin -like cells 0 25 50 75 100 M6 Pe rc en t o f a ll ce lls Beta Alpha Delta EC Exocrine Ductal Stroma NA c KO 1G WT 2D WT NT KI Het 2E KI Het 5A KI WT 2H WT NT H2O KI Het 2E KI Het 5A KI WT 2H WT NT PciI Restriction 1500 500 WT 5A 2EWT Knockout WT 5A 2EWT Knockout O CT 4 DN A SS EA 4 DN A TR A 1- 60 D NA d b a Knockout editing Knockin editing Knockin editingKnockout editing ESM Figure 2, quality control of KCNJ11 knockout and R201H knockin editing: a) PCR of the KCNJ11 locus of the knockouts (left) and of the knocked-in area containing PciI restriction site (right) b) Sanger sequencing of the knockin clones c) G-band karyotyping of the knockout and Knock-In:Article Title: Non-invasive quantification of stem cell-derived islet graft size and composition Article Snippet: EC = enterochromaffin -like cells 0 25 50 75 100 M6 Pe rc en t o f a ll ce lls Beta Alpha Delta EC Exocrine Ductal Stroma NA c KO 1G WT 2D WT NT KI Het 2E KI Het 5A KI WT 2H WT NT H2O KI Het 2E KI Het 5A KI WT 2H WT NT PciI Restriction 1500 500 WT 5A 2EWT Knockout WT 5A 2EWT Knockout O CT 4 DN A SS EA 4 DN A TR A 1- 60 D NA d b a Knockout editing Knockin editing Knockin editingKnockout editing ESM Figure 2, quality control of KCNJ11 knockout and R201H knockin editing: a) PCR of the KCNJ11 locus of the knockouts (left) and of the knocked-in area containing PciI restriction site (right) b) Sanger sequencing of the knockin clones c) G-band karyotyping of the knockout and Control:Article Title: Non-invasive quantification of stem cell-derived islet graft size and composition Article Snippet: EC = enterochromaffin -like cells 0 25 50 75 100 M6 Pe rc en t o f a ll ce lls Beta Alpha Delta EC Exocrine Ductal Stroma NA c KO 1G WT 2D WT NT KI Het 2E KI Het 5A KI WT 2H WT NT H2O KI Het 2E KI Het 5A KI WT 2H WT NT PciI Restriction 1500 500 WT 5A 2EWT Knockout WT 5A 2EWT Knockout O CT 4 DN A SS EA 4 DN A TR A 1- 60 D NA d b a Knockout editing Knockin editing Knockin editingKnockout editing ESM Figure 2, quality control of KCNJ11 knockout and R201H knockin editing: a) PCR of the KCNJ11 locus of the knockouts (left) and of the knocked-in area containing PciI restriction site (right) b) Sanger sequencing of the knockin clones c) G-band karyotyping of the knockout and Polymerase Chain Reaction:Article Title: Non-invasive quantification of stem cell-derived islet graft size and composition Article Snippet: EC = enterochromaffin -like cells 0 25 50 75 100 M6 Pe rc en t o f a ll ce lls Beta Alpha Delta EC Exocrine Ductal Stroma NA c KO 1G WT 2D WT NT KI Het 2E KI Het 5A KI WT 2H WT NT H2O KI Het 2E KI Het 5A KI WT 2H WT NT PciI Restriction 1500 500 WT 5A 2EWT Knockout WT 5A 2EWT Knockout O CT 4 DN A SS EA 4 DN A TR A 1- 60 D NA d b a Knockout editing Knockin editing Knockin editingKnockout editing ESM Figure 2, quality control of KCNJ11 knockout and R201H knockin editing: a) PCR of the KCNJ11 locus of the knockouts (left) and of the knocked-in area containing PciI restriction site (right) b) Sanger sequencing of the knockin clones c) G-band karyotyping of the knockout and Sequencing:Article Title: Non-invasive quantification of stem cell-derived islet graft size and composition Article Snippet: EC = enterochromaffin -like cells 0 25 50 75 100 M6 Pe rc en t o f a ll ce lls Beta Alpha Delta EC Exocrine Ductal Stroma NA c KO 1G WT 2D WT NT KI Het 2E KI Het 5A KI WT 2H WT NT H2O KI Het 2E KI Het 5A KI WT 2H WT NT PciI Restriction 1500 500 WT 5A 2EWT Knockout WT 5A 2EWT Knockout O CT 4 DN A SS EA 4 DN A TR A 1- 60 D NA d b a Knockout editing Knockin editing Knockin editingKnockout editing ESM Figure 2, quality control of KCNJ11 knockout and R201H knockin editing: a) PCR of the KCNJ11 locus of the knockouts (left) and of the knocked-in area containing PciI restriction site (right) b) Sanger sequencing of the knockin clones c) G-band karyotyping of the knockout and Clone Assay:Article Title: Non-invasive quantification of stem cell-derived islet graft size and composition Article Snippet: EC = enterochromaffin -like cells 0 25 50 75 100 M6 Pe rc en t o f a ll ce lls Beta Alpha Delta EC Exocrine Ductal Stroma NA c KO 1G WT 2D WT NT KI Het 2E KI Het 5A KI WT 2H WT NT H2O KI Het 2E KI Het 5A KI WT 2H WT NT PciI Restriction 1500 500 WT 5A 2EWT Knockout WT 5A 2EWT Knockout O CT 4 DN A SS EA 4 DN A TR A 1- 60 D NA d b a Knockout editing Knockin editing Knockin editingKnockout editing ESM Figure 2, quality control of KCNJ11 knockout and R201H knockin editing: a) PCR of the KCNJ11 locus of the knockouts (left) and of the knocked-in area containing PciI restriction site (right) b) Sanger sequencing of the knockin clones c) G-band karyotyping of the knockout and Immunohistochemistry:Article Title: Non-invasive quantification of stem cell-derived islet graft size and composition Article Snippet: EC = enterochromaffin -like cells 0 25 50 75 100 M6 Pe rc en t o f a ll ce lls Beta Alpha Delta EC Exocrine Ductal Stroma NA c KO 1G WT 2D WT NT KI Het 2E KI Het 5A KI WT 2H WT NT H2O KI Het 2E KI Het 5A KI WT 2H WT NT PciI Restriction 1500 500 WT 5A 2EWT Knockout WT 5A 2EWT Knockout O CT 4 DN A SS EA 4 DN A TR A 1- 60 D NA d b a Knockout editing Knockin editing Knockin editingKnockout editing ESM Figure 2, quality control of KCNJ11 knockout and R201H knockin editing: a) PCR of the KCNJ11 locus of the knockouts (left) and of the knocked-in area containing PciI restriction site (right) b) Sanger sequencing of the knockin clones c) G-band karyotyping of the knockout and Staining:Article Title: Non-invasive quantification of stem cell-derived islet graft size and composition Article Snippet: EC = enterochromaffin -like cells 0 25 50 75 100 M6 Pe rc en t o f a ll ce lls Beta Alpha Delta EC Exocrine Ductal Stroma NA c KO 1G WT 2D WT NT KI Het 2E KI Het 5A KI WT 2H WT NT H2O KI Het 2E KI Het 5A KI WT 2H WT NT PciI Restriction 1500 500 WT 5A 2EWT Knockout WT 5A 2EWT Knockout O CT 4 DN A SS EA 4 DN A TR A 1- 60 D NA d b a Knockout editing Knockin editing Knockin editingKnockout editing ESM Figure 2, quality control of KCNJ11 knockout and R201H knockin editing: a) PCR of the KCNJ11 locus of the knockouts (left) and of the knocked-in area containing PciI restriction site (right) b) Sanger sequencing of the knockin clones c) G-band karyotyping of the knockout and Marker:Article Title: Non-invasive quantification of stem cell-derived islet graft size and composition Article Snippet: EC = enterochromaffin -like cells 0 25 50 75 100 M6 Pe rc en t o f a ll ce lls Beta Alpha Delta EC Exocrine Ductal Stroma NA c KO 1G WT 2D WT NT KI Het 2E KI Het 5A KI WT 2H WT NT H2O KI Het 2E KI Het 5A KI WT 2H WT NT PciI Restriction 1500 500 WT 5A 2EWT Knockout WT 5A 2EWT Knockout O CT 4 DN A SS EA 4 DN A TR A 1- 60 D NA d b a Knockout editing Knockin editing Knockin editingKnockout editing ESM Figure 2, quality control of KCNJ11 knockout and R201H knockin editing: a) PCR of the KCNJ11 locus of the knockouts (left) and of the knocked-in area containing PciI restriction site (right) b) Sanger sequencing of the knockin clones c) G-band karyotyping of the knockout and |