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. 2020 May 6;20:390. doi: 10.1186/s12885-020-06719-2

Table 1.

Information of the included datasets

Category GEO accession number Platform Sample type Sample size Experiment design
Gene Tumor vs. normal GSE11414 GPL6244 Cell lines Tumor: 4; normal: 2 genome-wide comparison of gene expression and identified genes that are differentialy expressed in osteosarcoma (U2OS, MG63) cell lines relative to normal human osteoblasts (HOB)
GSE12865 GPL6244 Tumor tissues and normal cell line Tumor: 12; normal: 2 genome-wide comparison of gene expression and identified genes that are differentialy expressed in osteosarcoma tumour samples relative to normal human osteoblasts (HOB)
GSE14359 GPL96 Tumor tissues and normal cell line Tumor: 18; normal: 2 mRNA from 5 frozen conventional osteosarcoma and 4 osteosarcoma lung metastases tumor samples and mRNA from fresh primary osteoblast cells (HOB) were extracted and hybridized to HG U133A microarrays
GSE16088 GPL96 Tumor and normal tissues, as well as tumor cell lines Tumor: 17; normal: 6 Profiles of human osteosarcoma and three normal tissues, single channel design
GSE19276 GPL6848 Tumor and normal tissues Tumor: 44; normal: 5 Gene expression profiling of primary osteosarcoma biopsies and compared the results to gene expression profiling of non-malignant bone to identify differentially expressed genes unique to OS in the context of the bone micorenvironment
GSE28424 GPL13376 Tumor cell lines and normal tissues Tumor: 19; normal: 4 19 osteosarcoma cell lines, 4 normal bones used as controls. No replicates. The group of osteosarcomas are compared to the group of normal bones.
GSE30807 GPL570 Tumor cell lines and normal bone mesenchymal stem cells Tumor: 2; normal: 1 To analysis stem/progenitor cell-associated genes and molecules involved in regulation of self-renewal signaling pathways of cancer stem cells between UT2 cells and its parent cells: U2OS (MSC works as positive control here)
GSE36001 GPL6102 Tumor cell lines and normal osteoblast and bone cells. Tumor: 19; normal: 6 Comparison of gene expression patterns in 19 osteosarcoma cell lines and 6 normal samples (osteoblasts and bones)
GSE42352 GPL10295 Tumor cell lines, pre-chemotherapy biopsies, osteoblasts, mesenchymal stem cells Tumor: 103; normal: 15 Gene set analysis on previously published genome-wide gene expression data of osteosarcoma cell lines (n = 19) and osteosarcoma pre-chemotherapy biopsies (n = 84), and characterizing expression of the insulin-like growth factor receptor signaling pathways in human osteosarcoma as compared with osteoblasts and with the hypothesized progenitor cells of osteosarcoma - mesenchymal stem cells.
GSE56001 GPL10558 Tumor cells and normal mesenchymal stem cells Tumor: 3; normal: 9 Analysis of gene changes in different genes modulation in mesenchymal stem cells and compared to primary human osteosarcoma cells
GSE9508 GPL6076 Tumor and normal biopsies Tumor: 34; normal: 5 Two-colour experiment. 7 samples for non-metastatic patients, 6 of which are analyzed in duplicate (dye-swaps); 11 samples for metastatic patients, 10 of which are analyzed in duplicate (dye-swaps); 5 samples of non-malignant bone analyzed individualy, no dye-swaps (i.e. 5 biological replicates).
Metastasis vs. non-metastasis GSE14359 GPL96 Conventional osteosarcoma and lung metastases tumor samples Metastasis: 8; non-metastasis: 10 mRNA from 5 frozen conventional osteosarcoma and 4 osteosarcoma lung metastases tumor samples and mRNA from fresh primary osteoblast cells (HOB) were extracted and hybridized to HG U133A microarrays
GSE18947 GPL570 Low and high metastatic potential cell sublines Low metastasis: 3; high metastasis: 3 The assay was performed among three pairs of cublines, the first two pairs of sublines comes from the different passage of sublines established with orthotopic transplantation under the established cell line named Sosp-9607, the other pair was screened by the tail-vein injection method of commercial avaliable cell line-Saos-2.
GSE21257 GPL10295 Metastatic and non-metastatic tumor biopsies Metastasis: 34; non-metastasis: 19 Pre-chemotherapy biopsies of osteosarcoma patients who developed metastases within 5 yrs. (n = 34) were compared with pre-chemotherapy biopsies of osteosarcoma patients who did not develop metastases within 5 yrs. (n = 19)
GSE9508 GPL6076 Metastatic and non-metastatic tumor biopsies Metastasis: 21; non-metastasis: 13 Two-colour experiment. 7 samples for non-metastatic patients, 6 of which are analyzed in duplicate (dye-swaps); 11 samples for metastatic patients, 10 of which are analyzed in duplicate (dye-swaps); 5 samples of non-malignant bone analyzed individualy, no dye-swaps (i.e. 5 biological replicates).
Drug-treated vs. untreated GSE16089 GPL570 Methotrexate-sensitive and –resistant Saos-2 cells Methotrexate-sensitive samples: 3; methotrexate-resistant samples: 3 Two cell lines are compared, which are Saos-2 osteosarcoma cells sensitive to methotrexate and Saos-2 cells resistant to 10e-6 M methotrexate. Six samples are provided which correspond to triplicates of each cell line.
GSE24401 GPL1456 Atorvastatin-treated and -untreated Saos-2 cells Atorvastatin-treated samples: 3; atorvastatin-untreated samples: 3 Dye balance-experiment comparing atorvastatin treated Saos-2 cells versus untreated cells at 6, 15 and 24 h using 2 biological replicates
miRNA GSE28423 GPL8227 Tumor cell lines and normal bones Tumor cell lines: 19; normal bones: 4 19 osteosarcoma cell lines, 4 normal bones used as controls. No replicates. The group of osteosarcomas are compared to the group of normal bones.
CNV GSE12830 GPL4091, GPL9128 Tumor tissues 20 Integrative whole-genome analysis of DNA copy number, promoter methylation and gene expression using 10 osteosarcomas with 2 biological replicates
GSE7077 GPL2879 Four osteosarcoma-derived cell lines: U-2 OS, HOS, MG-63 and SAOS-2 4 To utilize oligonucleotide array CGH to identify microaberrations in osteosarcomas, likely to contain genes involved in osteosarcoma tumor oncogenesis. A better understanding of the underlying molecular genetic events leading to tumor initiation and progression could result in the identification of prognostic markers and therapeutic targets.
GSE9654 GPL2879 10 To utilize oligonucleotide array CGH and FISH analysis to derive possible genomic signatures of chromosomal instability in osteosarcoma tumors

“-” in the column of “PubMed ID” means that there is no published study so far. GEO Gene Expression Omnibus, CGH Comparative genomic hybridization, FISH Fluorescence in situ hybridization