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Search results for the GEO ID: GSE4230
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GSM ID
GPL ID
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Title
Source name
Description
Characteristics
GSM96563
GPL1261
E14.5_Control_Kidney_array1 Mixed_E14.5_Whole_Kidney Strain: 129 / C57BL/6 / SJL/J mixed, Genotype: Lim1flox/+; Rarb2Cretg/+; Gender: mixed; Age: embryonic day 14.5; Tissue: whole kidneys from 23 embryos. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245) After scanning, all probe sets were scaled to a signal intensity of 250 and relative levels of expression of each transcript (signal) were determined using Microarray Suite 5.0 software (Affymetrix). The images of all arrays were inspected for physical anomalies and for the presence of excessive background hybridization. Generally, all array results used in this study were of good quality, and no major manufacturer’s defects or abnormalities were detected. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245)
GSM96564
GPL1261
E14.5_Control_Kidney_array2 Mixed_E14.5_Whole_Kidney Strain: 129 / C57BL/6 / SJL/J mixed, Genotype: Lim1flox/+; Rarb2Cretg/+; Gender: mixed; Age: embryonic day 14.5; Tissue: whole kidneys from 23 embryos. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245) After scanning, all probe sets were scaled to a signal intensity of 250 and relative levels of expression of each transcript (signal) were determined using Microarray Suite 5.0 software (Affymetrix). The images of all arrays were inspected for physical anomalies and for the presence of excessive background hybridization. Generally, all array results used in this study were of good quality, and no major manufacturer’s defects or abnormalities were detected. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245)
GSM96565
GPL1261
E14.5_Mutant_Kidney_array1 Mixed_E14.5_Whole_Kidney Strain: 129 / C57BL/6 / SJL/J mixed, Genotype: Lim1flox/lacZ; Rarb2Cretg/+; Gender: mixed; Age: embryonic day 14.5; Tissue: whole kidneys from 17 embryos. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245) After scanning, all probe sets were scaled to a signal intensity of 250 and relative levels of expression of each transcript (signal) were determined using Microarray Suite 5.0 software (Affymetrix). The images of all arrays were inspected for physical anomalies and for the presence of excessive background hybridization. Generally, all array results used in this study were of good quality, and no major manufacturer’s defects or abnormalities were detected. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245)
GSM96566
GPL1261
E14.5_Mutant_Kidney_array2 Mixed_E14.5_Whole_Kidney Strain: 129 / C57BL/6 / SJL/J mixed, Genotype: Lim1flox/lacZ; Rarb2Cretg/+; Gender: mixed; Age: embryonic day 14.5; Tissue: whole kidneys from 17 embryos. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245) After scanning, all probe sets were scaled to a signal intensity of 250 and relative levels of expression of each transcript (signal) were determined using Microarray Suite 5.0 software (Affymetrix). The images of all arrays were inspected for physical anomalies and for the presence of excessive background hybridization. Generally, all array results used in this study were of good quality, and no major manufacturer’s defects or abnormalities were detected. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245)
GSM96567
GPL1261
E18.5_Control_Kidney_array1 Mixed_E18.5_Whole_Kidney Strain: 129 / C57BL/6 / SJL/J mixed, Genotype: Lim1flox/+; Rarb2Cretg/+; Gender: mixed; Age: embryonic day 18.5; Tissue: whole kidneys from 14 embryos. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245) After scanning, all probe sets were scaled to a signal intensity of 250 and relative levels of expression of each transcript (signal) were determined using Microarray Suite 5.0 software (Affymetrix). The images of all arrays were inspected for physical anomalies and for the presence of excessive background hybridization. Generally, all array results used in this study were of good quality, and no major manufacturer’s defects or abnormalities were detected. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245)
GSM96568
GPL1261
E18.5_Control_Kidney_array2 Mixed_E18.5_Whole_Kidney Strain: 129 / C57BL/6 / SJL/J mixed, Genotype: Lim1flox/+; Rarb2Cretg/+; Gender: mixed; Age: embryonic day 18.5; Tissue: whole kidneys from 14 embryos. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245) After scanning, all probe sets were scaled to a signal intensity of 250 and relative levels of expression of each transcript (signal) were determined using Microarray Suite 5.0 software (Affymetrix). The images of all arrays were inspected for physical anomalies and for the presence of excessive background hybridization. Generally, all array results used in this study were of good quality, and no major manufacturer’s defects or abnormalities were detected. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245)
GSM96569
GPL1261
E18.5_Mutant_Kidney_array1 Mixed_E18.5_Whole_Kidney Strain: 129 / C57BL/6 / SJL/J mixed, Genotype: Lim1flox/lacZ; Rarb2Cretg/+; Gender: mixed; Age: embryonic day 18.5; Tissue: whole kidneys from 9 embryos. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245) After scanning, all probe sets were scaled to a signal intensity of 250 and relative levels of expression of each transcript (signal) were determined using Microarray Suite 5.0 software (Affymetrix). The images of all arrays were inspected for physical anomalies and for the presence of excessive background hybridization. Generally, all array results used in this study were of good quality, and no major manufacturer’s defects or abnormalities were detected. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245)
GSM96570
GPL1261
E18.5_Mutant_Kidney_array2 Mixed_E18.5_Whole_Kidney Strain: 129 / C57BL/6 / SJL/J mixed, Genotype: Lim1flox/lacZ; Rarb2Cretg/+; Gender: mixed; Age: embryonic day 18.5; Tissue: whole kidneys from 9 embryos. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245) After scanning, all probe sets were scaled to a signal intensity of 250 and relative levels of expression of each transcript (signal) were determined using Microarray Suite 5.0 software (Affymetrix). The images of all arrays were inspected for physical anomalies and for the presence of excessive background hybridization. Generally, all array results used in this study were of good quality, and no major manufacturer’s defects or abnormalities were detected. (Reference: BMC Nephrol. 7(1):1, 2006, PMID: 16464245)
 
 
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