melan-a (CancerTools Org)
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99
Structured Review
CancerTools Org
melan-a
Melan A, supplied by CancerTools Org, used in various techniques. Bioz Stars score: 99/100, based on 649 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/melan-a/Melan-a/custom%40153599%4010%2E64898%2F2026%2E10%2E18%2E759918
Average 99 stars, based on 649 article reviews
Melan A, supplied by CancerTools Org, used in various techniques. Bioz Stars score: 99/100, based on 649 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/melan-a/Melan-a/custom%40153599%4010%2E64898%2F2026%2E10%2E18%2E759918
Average 99 stars, based on 649 article reviews
melan-a - by Bioz Stars,
2026-11
99/100 stars
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Oligomer Restriction:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Expressing:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Derivative Assay:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Irradiation:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Immunology:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Analysis:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Immunohistochemical staining:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Modification:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Incubation:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Targeted Sequencing:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Plasmid Preparation:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Activation Assay:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and In Vitro:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Sequencing:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and Immunocytochemistry:Article Title: BRN2 preserves the melanocyte lineage following ionizing radiation Article Snippet: PrePrint: nternational guidelines. Melanocyte cell lines were established in cell culture from the skin of 1.5 day old WT and ΔBrn2 littermate pups as previously described ( Berlin et al. 2012b ). WT, ΔBrn2 and |