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Home › Dataset Library › Transcription profiling of human samples from the MILE (Microarray Innovations In LEukemia) study pre-phase to investigate cross site...

Dataset: Transcription profiling of human samples from the MILE (Microarray Innovations In LEukemia) study pre-phase to investigate cross site reproducibility

An international standardization program towards the application of gene expression profiling in routine leukaemia diagnostics: The MILE...

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An international standardization program towards the application of gene expression profiling in routine leukaemia diagnostics: The MILE study pre-phase. A total of 11 laboratories from three continents performed 204 analyses using a whole-genome expression microarray. In an effort to standardize the microarray procedure, each participating centre was equipped with identical hardware, software, and reagents. Designated study operators received intensive individual training on the sample preparation protocol. Experiment Overall Design: This study is part of the MILE Study (Microarray Innovations In LEukemia) program, headed by the European Leukaemia Network (ELN) and sponsored by Roche Molecular Systems, Inc. Experiment Overall Design: Each laboratory prepared two separate cell line total RNA samples, as well as three replicate leukaemia patient lysates in two distinct project stages: (i) a five-day course of protocol training, and (ii) independent proficiency testing. Experiment Overall Design: Using unsupervised, supervised, and r² correlation analyses we demonstrated that microarray analysis can be performed not only with remarkably high intra-laboratory reproducibility but also with comparable quality and reliability between eleven distinct laboratories.

Species:
human

Samples:
204

Source:
E-GEOD-11135

Updated:
Dec.12, 2014

Registered:
Sep.03, 2014


Factors: (via ArrayExpress)
Sample
GSE11135GSM280982
GSE11135GSM280986
GSE11135GSM280987
GSE11135GSM280988
GSE11135GSM280989
GSE11135GSM280990
GSE11135GSM280991
GSE11135GSM280992
GSE11135GSM280993
GSE11135GSM281018
GSE11135GSM281019
GSE11135GSM281020
GSE11135GSM281021
GSE11135GSM281022
GSE11135GSM281023
GSE11135GSM281024
GSE11135GSM281025
GSE11135GSM281026
GSE11135GSM281027
GSE11135GSM281028
GSE11135GSM281029
GSE11135GSM281030
GSE11135GSM281031
GSE11135GSM281032
GSE11135GSM281033
GSE11135GSM281034
GSE11135GSM281035
GSE11135GSM281036
GSE11135GSM281037
GSE11135GSM281038
GSE11135GSM281039
GSE11135GSM281040
GSE11135GSM281041
GSE11135GSM281002
GSE11135GSM281003
GSE11135GSM281004
GSE11135GSM281005
GSE11135GSM281006
GSE11135GSM281007
GSE11135GSM281008
GSE11135GSM281009
GSE11135GSM280904
GSE11135GSM280905
GSE11135GSM280906
GSE11135GSM280907
GSE11135GSM280908
GSE11135GSM280909
GSE11135GSM280910
GSE11135GSM280911
GSE11135GSM280860
GSE11135GSM280861
GSE11135GSM280862
GSE11135GSM280863
GSE11135GSM280864
GSE11135GSM280865
GSE11135GSM280866
GSE11135GSM280867
GSE11135GSM280840
GSE11135GSM280841
GSE11135GSM280842
GSE11135GSM280843
GSE11135GSM280844
GSE11135GSM280845
GSE11135GSM280846
GSE11135GSM280847
GSE11135GSM280848
GSE11135GSM280849
GSE11135GSM280850
GSE11135GSM280851
GSE11135GSM280952
GSE11135GSM280953
GSE11135GSM280954
GSE11135GSM280955
GSE11135GSM280956
GSE11135GSM280957
GSE11135GSM280958
GSE11135GSM280959
GSE11135GSM280968
GSE11135GSM280969
GSE11135GSM280970
GSE11135GSM280971
GSE11135GSM280972
GSE11135GSM280973
GSE11135GSM280974
GSE11135GSM280975
GSE11135GSM280920
GSE11135GSM280921
GSE11135GSM280922
GSE11135GSM280923
GSE11135GSM280924
GSE11135GSM280925
GSE11135GSM280926
GSE11135GSM280927
GSE11135GSM280936
GSE11135GSM280937
GSE11135GSM280938
GSE11135GSM280939
GSE11135GSM280940
GSE11135GSM280941
GSE11135GSM280942
GSE11135GSM280943
GSE11135GSM280880
GSE11135GSM280881
GSE11135GSM280882
GSE11135GSM280883
GSE11135GSM280884
GSE11135GSM280885
GSE11135GSM280886
GSE11135GSM280887
GSE11135GSM280888
GSE11135GSM280889
GSE11135GSM280890
GSE11135GSM280891
GSE11135GSM280892
GSE11135GSM280893
GSE11135GSM280894
GSE11135GSM280895
GSE11135GSM280976
GSE11135GSM280979
GSE11135GSM280980
GSE11135GSM280981
GSE11135GSM280983
GSE11135GSM280984
GSE11135GSM280985
GSE11135GSM281010
GSE11135GSM281011
GSE11135GSM281012
GSE11135GSM281013
GSE11135GSM281014
GSE11135GSM281015
GSE11135GSM281016
GSE11135GSM281017
GSE11135GSM280994
GSE11135GSM280995
GSE11135GSM280996
GSE11135GSM280997
GSE11135GSM280998
GSE11135GSM280999
GSE11135GSM281000
GSE11135GSM281001
GSE11135GSM280896
GSE11135GSM280897
GSE11135GSM280898
GSE11135GSM280899
GSE11135GSM280900
GSE11135GSM280901
GSE11135GSM280902
GSE11135GSM280903
GSE11135GSM280852
GSE11135GSM280853
GSE11135GSM280854
GSE11135GSM280855
GSE11135GSM280856
GSE11135GSM280857
GSE11135GSM280858
GSE11135GSM280859
GSE11135GSM280836
GSE11135GSM280837
GSE11135GSM280838
GSE11135GSM280839
GSE11135GSM280944
GSE11135GSM280945
GSE11135GSM280946
GSE11135GSM280947
GSE11135GSM280948
GSE11135GSM280949
GSE11135GSM280950
GSE11135GSM280951
GSE11135GSM280960
GSE11135GSM280961
GSE11135GSM280962
GSE11135GSM280963
GSE11135GSM280964
GSE11135GSM280965
GSE11135GSM280966
GSE11135GSM280967
GSE11135GSM280912
GSE11135GSM280913
GSE11135GSM280914
GSE11135GSM280915
GSE11135GSM280916
GSE11135GSM280917
GSE11135GSM280918
GSE11135GSM280919
GSE11135GSM280928
GSE11135GSM280929
GSE11135GSM280930
GSE11135GSM280931
GSE11135GSM280932
GSE11135GSM280933
GSE11135GSM280934
GSE11135GSM280935
GSE11135GSM280868
GSE11135GSM280869
GSE11135GSM280870
GSE11135GSM280871
GSE11135GSM280872
GSE11135GSM280873
GSE11135GSM280874
GSE11135GSM280875
GSE11135GSM280876
GSE11135GSM280877
GSE11135GSM280878
GSE11135GSM280879

Tags

  • cell
  • genome
  • leukemia
  • line

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