mass 1039 array platform (Sequenom)
86
Structured Review
Sequenom
mass 1039 array platform
Mass 1039 Array Platform, supplied by Sequenom, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/mass+1039+array+platform/array+mass+sequenom+system/10__1016_slash_j__gendis__2025__101998-552-108-107
Average 86 stars, based on 1 article reviews
Mass 1039 Array Platform, supplied by Sequenom, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/mass+1039+array+platform/array+mass+sequenom+system/10__1016_slash_j__gendis__2025__101998-552-108-107
Average 86 stars, based on 1 article reviews
mass 1039 array platform - by Bioz Stars,
2026-10
86/100 stars
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Methylation:Article Title: SNCA inhibits breast cancer progression through TP53AIP1–p53-mediated mitochondrial apoptosis and suppression of cancer stemness Article Snippet: .. 1030 1031 Figure 9 Methylation potentially contributes to the down-regulation of SNCA levels 1032 in breast cancer (BC). (A) Box-whisker plots display the promoter methylation levels 1033 of SNCA in BC tumor tissues compared with normal tissues, with analysis using a t-1034 test in TCGA via UALCAN. (B) Promoter methylation levels of SNCA in BC 1035 stratified by lymph node status (N0-N3) compared with normal tissues. (C) The CpG 1036 Finder tool predicted a potential CpG island within the SNCA promoter, identifying 1037 twenty-one CpG units. (D) The distribution of methylation degree of CpG sites in BC 1038 tissues and paired para-carcinoma tissues was analyzed using the Sequenom Real-time Polymerase Chain Reaction:Article Title: SNCA inhibits breast cancer progression through TP53AIP1–p53-mediated mitochondrial apoptosis and suppression of cancer stemness Article Snippet: .. 1030 1031 Figure 9 Methylation potentially contributes to the down-regulation of SNCA levels 1032 in breast cancer (BC). (A) Box-whisker plots display the promoter methylation levels 1033 of SNCA in BC tumor tissues compared with normal tissues, with analysis using a t-1034 test in TCGA via UALCAN. (B) Promoter methylation levels of SNCA in BC 1035 stratified by lymph node status (N0-N3) compared with normal tissues. (C) The CpG 1036 Finder tool predicted a potential CpG island within the SNCA promoter, identifying 1037 twenty-one CpG units. (D) The distribution of methylation degree of CpG sites in BC 1038 tissues and paired para-carcinoma tissues was analyzed using the Sequenom Expressing:Article Title: SNCA inhibits breast cancer progression through TP53AIP1–p53-mediated mitochondrial apoptosis and suppression of cancer stemness Article Snippet: .. 1030 1031 Figure 9 Methylation potentially contributes to the down-regulation of SNCA levels 1032 in breast cancer (BC). (A) Box-whisker plots display the promoter methylation levels 1033 of SNCA in BC tumor tissues compared with normal tissues, with analysis using a t-1034 test in TCGA via UALCAN. (B) Promoter methylation levels of SNCA in BC 1035 stratified by lymph node status (N0-N3) compared with normal tissues. (C) The CpG 1036 Finder tool predicted a potential CpG island within the SNCA promoter, identifying 1037 twenty-one CpG units. (D) The distribution of methylation degree of CpG sites in BC 1038 tissues and paired para-carcinoma tissues was analyzed using the Sequenom Concentration Assay:Article Title: SNCA inhibits breast cancer progression through TP53AIP1–p53-mediated mitochondrial apoptosis and suppression of cancer stemness Article Snippet: .. 1030 1031 Figure 9 Methylation potentially contributes to the down-regulation of SNCA levels 1032 in breast cancer (BC). (A) Box-whisker plots display the promoter methylation levels 1033 of SNCA in BC tumor tissues compared with normal tissues, with analysis using a t-1034 test in TCGA via UALCAN. (B) Promoter methylation levels of SNCA in BC 1035 stratified by lymph node status (N0-N3) compared with normal tissues. (C) The CpG 1036 Finder tool predicted a potential CpG island within the SNCA promoter, identifying 1037 twenty-one CpG units. (D) The distribution of methylation degree of CpG sites in BC 1038 tissues and paired para-carcinoma tissues was analyzed using the Sequenom Multiple Displacement Amplification:Article Title: SNCA inhibits breast cancer progression through TP53AIP1–p53-mediated mitochondrial apoptosis and suppression of cancer stemness Article Snippet: .. 1030 1031 Figure 9 Methylation potentially contributes to the down-regulation of SNCA levels 1032 in breast cancer (BC). (A) Box-whisker plots display the promoter methylation levels 1033 of SNCA in BC tumor tissues compared with normal tissues, with analysis using a t-1034 test in TCGA via UALCAN. (B) Promoter methylation levels of SNCA in BC 1035 stratified by lymph node status (N0-N3) compared with normal tissues. (C) The CpG 1036 Finder tool predicted a potential CpG island within the SNCA promoter, identifying 1037 twenty-one CpG units. (D) The distribution of methylation degree of CpG sites in BC 1038 tissues and paired para-carcinoma tissues was analyzed using the Sequenom Western Blot:Article Title: SNCA inhibits breast cancer progression through TP53AIP1–p53-mediated mitochondrial apoptosis and suppression of cancer stemness Article Snippet: .. 1030 1031 Figure 9 Methylation potentially contributes to the down-regulation of SNCA levels 1032 in breast cancer (BC). (A) Box-whisker plots display the promoter methylation levels 1033 of SNCA in BC tumor tissues compared with normal tissues, with analysis using a t-1034 test in TCGA via UALCAN. (B) Promoter methylation levels of SNCA in BC 1035 stratified by lymph node status (N0-N3) compared with normal tissues. (C) The CpG 1036 Finder tool predicted a potential CpG island within the SNCA promoter, identifying 1037 twenty-one CpG units. (D) The distribution of methylation degree of CpG sites in BC 1038 tissues and paired para-carcinoma tissues was analyzed using the Sequenom |