GEO help: Mouse over screen elements for information.
Status
Public on Dec 07, 2016
Title
Lymphochip DNA microarray
Technology type
spotted DNA/cDNA
Distribution
non-commercial
Organism
Homo sapiens Manufacturer
The Staudt laboratory
Manufacture protocol
Composed of genes whose products are preferentially expressed in lymphoid cells and genes thought or confirmed to play a part in cancer or immune function. These microarrays were constructed from 12,196 clones of complementary DNA (i.e., microarray features) and were used to quantitate the expression of messenger RNA in the tumors.
Submission date
Dec 06, 2016
Last update date
Dec 07, 2016
Contact name
Mervi Heiskanen
E-mail(s)
mervi.heiskanen@nih.gov Phone
2402765175
Organization name
NCI
Department
CBIIT
Street address
9609 Medical Center Drive, 1W378
City
Rockville
State/province
MD
ZIP/Postal code
20850
Country
USA
Samples (240)
GSM2418051 , GSM2418052 , GSM2418053 , GSM2418054 , GSM2418055 , GSM2418056
GSM2418057 ,
GSM2418058 ,
GSM2418059 ,
GSM2418060 ,
GSM2418061 ,
GSM2418062 ,
GSM2418063 ,
GSM2418064 ,
GSM2418065 ,
GSM2418066 ,
GSM2418067 ,
GSM2418068 ,
GSM2418069 ,
GSM2418070 ,
GSM2418071 ,
GSM2418072 ,
GSM2418073 ,
GSM2418074 ,
GSM2418075 ,
GSM2418076 ,
GSM2418077 ,
GSM2418078 ,
GSM2418079 ,
GSM2418080 ,
GSM2418081 ,
GSM2418082 ,
GSM2418083 ,
GSM2418084 ,
GSM2418085 ,
GSM2418086 ,
GSM2418087 ,
GSM2418088 ,
GSM2418089 ,
GSM2418090 ,
GSM2418091 ,
GSM2418092 ,
GSM2418093 ,
GSM2418094 ,
GSM2418095 ,
GSM2418096 ,
GSM2418097 ,
GSM2418098 ,
GSM2418099 ,
GSM2418100 ,
GSM2418101 ,
GSM2418102 ,
GSM2418103 ,
GSM2418104 ,
GSM2418105 ,
GSM2418106 ,
GSM2418107 ,
GSM2418108 ,
GSM2418109 ,
GSM2418110 ,
GSM2418111 ,
GSM2418112 ,
GSM2418113 ,
GSM2418114 ,
GSM2418115 ,
GSM2418116 ,
GSM2418117 ,
GSM2418118 ,
GSM2418119 ,
GSM2418120 ,
GSM2418121 ,
GSM2418122 ,
GSM2418123 ,
GSM2418124 ,
GSM2418125 ,
GSM2418126 ,
GSM2418127 ,
GSM2418128 ,
GSM2418129 ,
GSM2418130 ,
GSM2418131 ,
GSM2418132 ,
GSM2418133 ,
GSM2418134 ,
GSM2418135 ,
GSM2418136 ,
GSM2418137 ,
GSM2418138 ,
GSM2418139 ,
GSM2418140 ,
GSM2418141 ,
GSM2418142 ,
GSM2418143 ,
GSM2418144 ,
GSM2418145 ,
GSM2418146 ,
GSM2418147 ,
GSM2418148 ,
GSM2418149 ,
GSM2418150 ,
GSM2418151 ,
GSM2418152 ,
GSM2418153 ,
GSM2418154 ,
GSM2418155 ,
GSM2418156 ,
GSM2418157 ,
GSM2418158 ,
GSM2418159 ,
GSM2418160 ,
GSM2418161 ,
GSM2418162 ,
GSM2418163 ,
GSM2418164 ,
GSM2418165 ,
GSM2418166 ,
GSM2418167 ,
GSM2418168 ,
GSM2418169 ,
GSM2418170 ,
GSM2418171 ,
GSM2418172 ,
GSM2418173 ,
GSM2418174 ,
GSM2418175 ,
GSM2418176 ,
GSM2418177 ,
GSM2418178 ,
GSM2418179 ,
GSM2418180 ,
GSM2418181 ,
GSM2418182 ,
GSM2418183 ,
GSM2418184 ,
GSM2418185 ,
GSM2418186 ,
GSM2418187 ,
GSM2418188 ,
GSM2418189 ,
GSM2418190 ,
GSM2418191 ,
GSM2418192 ,
GSM2418193 ,
GSM2418194 ,
GSM2418195 ,
GSM2418196 ,
GSM2418197 ,
GSM2418198 ,
GSM2418199 ,
GSM2418200 ,
GSM2418201 ,
GSM2418202 ,
GSM2418203 ,
GSM2418204 ,
GSM2418205 ,
GSM2418206 ,
GSM2418207 ,
GSM2418208 ,
GSM2418209 ,
GSM2418210 ,
GSM2418211 ,
GSM2418212 ,
GSM2418213 ,
GSM2418214 ,
GSM2418215 ,
GSM2418216 ,
GSM2418217 ,
GSM2418218 ,
GSM2418219 ,
GSM2418220 ,
GSM2418221 ,
GSM2418222 ,
GSM2418223 ,
GSM2418224 ,
GSM2418225 ,
GSM2418226 ,
GSM2418227 ,
GSM2418228 ,
GSM2418229 ,
GSM2418230 ,
GSM2418231 ,
GSM2418232 ,
GSM2418233 ,
GSM2418234 ,
GSM2418235 ,
GSM2418236 ,
GSM2418237 ,
GSM2418238 ,
GSM2418239 ,
GSM2418240 ,
GSM2418241 ,
GSM2418242 ,
GSM2418243 ,
GSM2418244 ,
GSM2418245 ,
GSM2418246 ,
GSM2418247 ,
GSM2418248 ,
GSM2418249 ,
GSM2418250 ,
GSM2418251 ,
GSM2418252 ,
GSM2418253 ,
GSM2418254 ,
GSM2418255 ,
GSM2418256 ,
GSM2418257 ,
GSM2418258 ,
GSM2418259 ,
GSM2418260 ,
GSM2418261 ,
GSM2418262 ,
GSM2418263 ,
GSM2418264 ,
GSM2418265 ,
GSM2418266 ,
GSM2418267 ,
GSM2418268 ,
GSM2418269 ,
GSM2418270 ,
GSM2418271 ,
GSM2418272 ,
GSM2418273 ,
GSM2418274 ,
GSM2418275 ,
GSM2418276 ,
GSM2418277 ,
GSM2418278 ,
GSM2418279 ,
GSM2418280 ,
GSM2418281 ,
GSM2418282 ,
GSM2418283 ,
GSM2418284 ,
GSM2418285 ,
GSM2418286 ,
GSM2418287 ,
GSM2418288 ,
GSM2418289 ,
GSM2418290 Series (1)
GSE90953 caArray_staud-00261: The use of molecular profiling to predict survival after chemotherapy for diffuse large-B-cell lymphoma
Data table header descriptions ID SPOT_ID
Data table ID SPOT_ID 27481
|U76248|~AA053221|Hs.20191|seven in absentia homolog 2 (Drosophila)
17013
|U76248|*AA053221|Hs.20191|seven in absentia homolog 2 (Drosophila)
24751
|U76248|*AA768908|Hs.20191|seven in absentia homolog 2 (Drosophila)
27498
|U76248|~AA053221|Hs.20191|seven in absentia homolog 2 (Drosophila)
27486
|U76248|*AA053221|Hs.20191|seven in absentia homolog 2 (Drosophila)
30984
|AF035313||Hs.10065|hypothetical protein 23851
17293
||||LC_17293
28329
|U15174|~AA425774|Hs.79428|BCL2/adenovirus E1B 19kD interacting protein 3
27459
|U15174|~AA291229|Hs.79428|BCL2/adenovirus E1B 19kD interacting protein 3
27482
|U15174|~AA291229|Hs.79428|BCL2/adenovirus E1B 19kD interacting protein 3
19248
|U15174|*AA291229|Hs.79428|BCL2/adenovirus E1B 19kD interacting protein 3
24755
|L25851|*AA766347|Hs.851|integrin, alpha E (antigen CD103, human mucosal lymphocyte antigen 1; alpha polypeptide)
17851
|L25851|*W74608|Hs.851|integrin, alpha E (antigen CD103, human mucosal lymphocyte antigen 1; alpha polypeptide)
27323
|L25851|*W74608|Hs.851|integrin, alpha E (antigen CD103, human mucosal lymphocyte antigen 1; alpha polypeptide)
34443
||||LC_34443
29115
|AB021868|*W84735|Hs.76578|protein inhibitor of activated STAT3
26420
|AB007950|*N39583|Hs.6360|KIAA0481 gene product
24473
||*AA648432|Hs.332520|Homo sapiens mRNA; cDNA DKFZp434A1014 (from clone DKFZp434A1014); partial cds
26153
||||LC_26153
17949
|L33801|*AA641899|Hs.78802|glycogen synthase kinase 3 beta
7399 464 Kbytes .Supplementary data files not provided
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