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Search results for the GEO ID: GSE13496
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GSM ID
GPL ID
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Title
Source name
Description
Characteristics
GSM339908
GPL96
34BM0030 CD34 selected bone marrow CD34 selected cells from cadaveric bone marrow of 18 yo Male Same .CEL file as GSM239170 For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339948
GPL96
34BM0121 CD34 selected bone marrow CD34 selected cells from cadaveric bone marrow of 51 yo Male .CEL file is identical to GSM239338 For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339952
GPL96
34BM2249 CD34 selected bone marrow CD34 selected cells from cadaveric bone marrow of 23 yo Female. .CEL file is identical to GSM239340 For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339956
GPL96
34BM2523 CD34 selected bone marrow CD34 selected cells from cadaveric bone marrow of 16 yo Male. .CEL file is identical to GSM239341 For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339957
GPL96
34BM2841 CD34 selected bone marrow CD34 selected cells from cadaveric bone marrow of 36 yo Male. .CEL file is identical to GSM239342 For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339958
GPL96
34BM2854 CD34 selected bone marrow CD34 selected cells from cadaveric bone marrow of 18 yo Male. .CEL file is identical to GSM239343 For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339959
GPL96
34BM3077 CD34 selected bone marrow CD34 selected cells from cadaveric bone marrow of 32 yo Male. .CEL file is identical to GSM239344 For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339990
GPL96
34BM3488 CD34 selected bone marrow CD34 selected cells from cadaveric bone marrow of 23 yo Male. .CEL file is identical to GSM239339 For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339991
GPL96
34P38NPBSC000485 CD34 positive CD38 negative cells from G-CSF mobilized PBSC CD34 positive CD38 negative cells from G-CSF mobilized PBSC of 53 yo Male. For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339992
GPL96
34P38NPBSC000497 CD34 positive CD38 negative cells from G-CSF mobilized PBSC CD34 positive CD38 negative cells from G-CSF mobilized PBSC of 27 yo Male. For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339993
GPL96
TO600025 Expanded T-cells Expanded T-cells from 85 yo Female For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339997
GPL96
34P38NPBSC000500 CD34 positive CD38 negative cells from G-CSF mobilized PBSC CD34 positive CD38 negative cells from G-CSF mobilized PBSC of 51 yo Male. For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339998
GPL96
34P38NPBSC000513 CD34 positive CD38 negative cells from G-CSF mobilized PBSC CD34 positive CD38 negative cells from G-CSF mobilized PBSC of 22 yo male. For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM339999
GPL96
TO600071 Expanded T-cells Expanded T-cells from 76 yo Female For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340000
GPL96
TO600318 Expanded T-cells Expanded T-cells from 81 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340001
GPL96
TO600042 Expanded T-cells Expanded T-cells from 83 yo Female For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340002
GPL96
TO600380 Expanded T-cells Expanded T-cells from 75 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340003
GPL96
TO600571 Expanded T-cells Expanded T-cells from 86 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340004
GPL96
TO600428 Expanded T-cells Expanded T-cells from 77 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340005
GPL96
TO600599 Expanded T-cells Expanded T-cells from 74 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340006
GPL96
TO600799 Expanded T-cells Expanded T-cells from 82 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340007
GPL96
TO600649 Expanded T-cells Expanded T-cells from 84 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340008
GPL96
TY27949B Expanded T-cells Expanded T-cells from 26 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340009
GPL96
TY041035 Expanded T-cells Expanded T-cells from 21 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340010
GPL96
TY040085 Expanded T-cells Expanded T-cells from 23 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340011
GPL96
TYPCA0715 Expanded T-cells Expanded T-cells from 23 Female For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340012
GPL96
TYPCA0941 Expanded T-cells Expanded T-cells from 23 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340013
GPL96
TY51128 Expanded T-cells Expanded T-cells from 30 yo Female For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340014
GPL96
TYPCA1011 Expanded T-cells Expanded T-cells from 24 yo Female For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
GSM340015
GPL96
TYPCA1077 Expanded T-cells Expanded T-cells from 21 yo Male For 34BM and T-cells, biotin-labeling of total RNA (5 µg) was performed as per standard Affymetrix protocol. For the 34P38NPBSC arrays, the single-stranded linear amplification protocol was used to process total RNA (100 nanograms) for the microarrays. Both protocols are described in detail in PMID14706461.
 
 
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