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[IDF]			
#			
# MAGE-TAB Submission 'SNP6 profiling of Gray (LBNL) breast cancer cell lines'			
#			
# All lines beginning with the '#' character are treated as comments and ignored.			
			
			
# This section contains the top-level information for your experiment.			
Investigation Title	SNP6 profiling of Gray (LBNL) breast cancer cell lines		
Experiment Description			
Experimental Design	cell_type_comparison_design	in_vitro_design	co-expression_design
			
# Please create as many Experimental Factors here as you need to			
# describe the variables investigated by your experiment.			
Experimental Factor Name	CELLTYPE		
Experimental Factor Type	cell_type
	
"# Quality Control Type examples: dye_swap_quality_control, biological_replicate, technical_replicate"	
Quality Control Type	
	
"# Dates should be entered in the form YYYY-MM-DD. If you are using MS Excel,"	
# it is recommended that you set your spreadsheet to 'text' format throughout	
# to help avoid any unwanted changes made by Excel.	
Public Release Date	
	
"# Please list contact details in columns, below:"	
Person Last Name	Heiser
Person First Name	Laura
Person Mid Initials	M
Person Email	lmheiser@lbl.gov
Person Phone	
Person Address	"1 Cyclotron Rd., Berkeley, CA 94720"					
Person Affiliation	LBNL					
Person Roles	submitter					
						
"# Please list all publications associated with this submission, in columns:"						
PubMed ID						
Publication Author List						
Publication Title						
Publication Status						
						
# The next section describes the protocols used in your						
"# experiment. Please select your own Protocol Names (e.g. 'GROWTH',"						
# 'TREATMENT') for use within this spreadsheet						
Protocol Name	GROWTH	TREATMENT	EXTRACTION	LABELING	NORMALIZATION	TRANSFORMATION
Protocol Type	grow	specified_biomaterial_action	nucleic_acid_extraction	labeling	bioassay_data_transformation	bioassay_data_transformation
Protocol Description	<your growth protocol text here>	<your treatment protocol text here>	<your nucleic acid extraction protocol text here>	<your labeling protocol text here>	<your normalization protocol text here>	<your transformation protocol text here>
																								
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[SDRF]																								
# The SDRF section contains all the information linking your samples																								
# to your data files. Please feel free to add as many new																								
# Characteristics[] or FactorValue[] columns as necessary to																								
# completely describe your experiment. See this web page for help with																								
# supported data file formats:																								
#   http://tab2mage.sourceforge.net/docs/datafiles.html																								
#																								
																								
Source Name	Material Type	Characteristics[Organism]	Characteristics[Age]	Characteristics[CellLine]	Characteristics[BioSourceType]	Characteristics[Sex]	Characteristics[BioSourceProvider]	Characteristics[CellType]	Protocol REF	Protocol REF	Protocol REF	Protocol REF	Labeled Extract Name	Label	Hybridization Name	Comment[Array serial number]	Array Data File	Comment[EXP]	Protocol REF	Derived Array Data File	Protocol REF	Derived Array Data Matrix File	Comment[CDF]	Factor Value[CELLTYPE]
# Unique IDs for biosources (experimental starting materials)	# MaterialType term from MGED ontology	# Sample latin species name	"# Sample Age value, e.g. 20 years"	# Sample CellLine value	# Sample BioSourceType value	# Sample Sex value	# Sample BioSourceProvider value	# Sample CellType value	"# Growth protocol, where applicable"	# Sample treatment protocol	# RNA/DNA extraction	# RNA/DNA labeling	# Unique IDs for labeled extracts	"# Labeling dye, e.g. Cy3, biotin, 33P"	# Unique IDs for hybs	# Array serial number/chip lot	"# Unprocessed data file, e.g. CEL, GPR"	# EXP file where available	# Data normalization	# Normalized data	# Protocol producing final data matrix file	# Final data matrix file(s)	# CDF library file (do not upload CDF unless custom array used)	# Value for CELLTYPE Experimental Factor
184B5		Homo sapiens		184B5	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_184B5_B01.CEL							
600MPE		Homo sapiens		600MPE	fresh_sample	female	Gray Lab	epithelial									080122_SNP6.0_600MPE_C01.CEL							
AU565		Homo sapiens		AU565	fresh_sample	female	ATCC	epithelial									080122_SNP6.0_AU565_B06.CEL							
BT20		Homo sapiens		BT20	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_BT20_D01.CEL
BT474		Homo sapiens		BT474	fresh_sample	female	Gray Lab	epithelial									080122_SNP6.0_BT474_E01.CEL
BT483		Homo sapiens		BT483	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_BT483_F01.CEL
BT549		Homo sapiens		BT549	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_BT549_G01.CEL
CAMA1		Homo sapiens		CAMA1	fresh_sample	female	Gray Lab	epithelial									080122_SNP6.0_CAMA1_H01.CEL
HCC1143		Homo sapiens		HCC1143	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC1143_E02.CEL
HCC1187		Homo sapiens		HCC1187	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC1187_F02.CEL
HCC1395		Homo sapiens		HCC1395	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC1395_D06.CEL
HCC1419		Homo sapiens		HCC1419	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC1419_E06.CEL
HCC1428		Homo sapiens		HCC1428	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC1428_A08.CEL
HCC1500		Homo sapiens		HCC1500	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC1500_G02.CEL
HCC1569		Homo sapiens		HCC1569	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC1569_H02.CEL
HCC1599		Homo sapiens		HCC1599	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC1599_F06.CEL
HCC1806		Homo sapiens		HCC1806	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0__HCC1806_A03.CEL
HCC1937		Homo sapiens		HCC1937	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC1937_G06.CEL
HCC1954		Homo sapiens		HCC1954	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC1954_B03.CEL
HCC202		Homo sapiens		HCC202	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC202_C06.CEL
HCC2185		Homo sapiens		HCC2185	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC2185_H06.CEL
HCC2218		Homo sapiens		HCC2218	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC2218_A07.CEL
HCC3153		Homo sapiens		HCC3153	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC3153_B07.CEL
HCC38		Homo sapiens		HCC38	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC38_C02.CEL
HCC70		Homo sapiens		HCC70	fresh_sample	female	Adi gazdar	epithelial									080122_SNP6.0_HCC70_D02.CEL
HS578T		Homo sapiens		HS578T	fresh_sample	female	ATCC	epithelial									080122_SNP6.0_HS578T_C07.CEL
LY2		Homo sapiens		LY2	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_LY2_C03.CEL
MCF10A		Homo sapiens		MCF10A	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_MCF10A_E07.CEL
MCF10F		Homo sapiens		MCF10F	fresh_sample	female	Gray Lab	epithelial									080122_SNP6.0_MCF10F_E03.CEL
MCF12A		Homo sapiens		MCF12A	fresh_sample	female	Chris Benz	epithelial									080122_SNP6.0_MCF12A_D03.CEL
MCF7		Homo sapiens		MCF7	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_MCF7_F03.CEL
MDAMB157		Homo sapiens		MDAMB157	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_MDAMB157_G03.CEL
MDAMB231		Homo sapiens		MDAMB231	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_MDAMB231_H03.CEL
MDAMB361		Homo sapiens		MDAMB361	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_MDAMB361_A04.CEL
MDAMB415		Homo sapiens		MDAMB415	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_MDAMB415_B04.CEL
MDAMB436		Homo sapiens		MDAMB436	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_MDAMB436_D04.CEL
MDAMB453		Homo sapiens		MDAMB453	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_MDAMB453_E04.CEL
MDAMB468		Homo sapiens		MDAMB468	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_MDAMB468_F04.CEL
S1		Homo sapiens		S1	fresh_sample	female		epithelial									080122_SNP6.0_S1_B08.CEL
SKBR3		Homo sapiens		SKBR3	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_SKBR3_G04.CEL
SUM102PT		Homo sapiens		SUM102PT	fresh_sample	female	Steve Ethier	epithelial									080122_SNP6.0_SUM102_B05.CEL
SUM1315MO2		Homo sapiens		SUM1315MO2	fresh_sample	female	Steve Ethier	epithelial									080122_SNP6.0_SUM1315_F07.CEL
SUM159PT		Homo sapiens		SUM159PT	fresh_sample	female	Steve Ethier	epithelial									080122_SNP6.0_SUM159PT_D05.CEL
SUM185PE		Homo sapiens		SUM185PE	fresh_sample	female	Steve Ethier	epithelial									080122_SNP6.0_SUM185PE_E05.CEL
SUM225CWN		Homo sapiens		SUM225CWN	fresh_sample	female	Steve Ethier	epithelial									080122_SNP6.0_SUM225_F05.CEL
SUM229PE		Homo sapiens		SUM229PE	fresh_sample	female	Steve Ethier	epithelial									080122_SNP6.0_SUM229_H07.CEL
SUM44PE		Homo sapiens		SUM44PE	fresh_sample	female	Steve Ethier	epithelial									080122_SNP6.0_SUM44PE_H04.CEL
SUM52PE		Homo sapiens		SUM52PE	fresh_sample	female	Steve Ethier	epithelial									080122_SNP6.0_SUM52PE_A05.CEL
T4 		Homo sapiens		T4 	fresh_sample	female	Cathy Park	epithelial									080122_SNP6.0_T4_G07.CEL
T47D		Homo sapiens		T47D	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_T47D_G05.CEL
UACC812		Homo sapiens		UACC812	fresh_sample	female	Gray Lab	epithelial									080122_SNP6.0_UACC812_H05.CEL
ZR751		Homo sapiens		ZR751	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_ZR751_A06.CEL
ZR75B		Homo sapiens		ZR75B	fresh_sample	female	Georgetown	epithelial									080122_SNP6.0_ZR75B_D07.CEL