Metabolomics Workbench : NIH Data Repository

Return to study ST002150 main page

Download data matrix(Sphingomyelin depletion inhibits CXCR4 dynamics and CXCL12-mediated directed cell migration in human T cells Reversed phase POSITIVE ION MODE)

Download data matrix(Sphingomyelin depletion inhibits CXCR4 dynamics and CXCL12-mediated directed cell migration in human T cells Reversed phase NEGATIVE ION MODE)

Analysis	Samples	Factors	Units
Reversed phase POSITIVE ION MODE	Blasto_SMasa_10	Factor1:CASE	AREA
Reversed phase POSITIVE ION MODE	Blasto_SMasa_2	Factor1:CASE	AREA
Reversed phase POSITIVE ION MODE	Blasto_SMasa_3	Factor1:CASE	AREA
Reversed phase POSITIVE ION MODE	Blasto_SMasa_6	Factor1:CASE	AREA
Reversed phase POSITIVE ION MODE	Blasto_SMasa_9	Factor1:CASE	AREA
Reversed phase POSITIVE ION MODE	Jurkat_SMasa_1	Factor1:CASE	AREA
Reversed phase POSITIVE ION MODE	Jurkat_SMasa_3	Factor1:CASE	AREA
Reversed phase POSITIVE ION MODE	Jurkat_SMasa_4	Factor1:CASE	AREA
Reversed phase POSITIVE ION MODE	Jurkat_SMasa_7	Factor1:CASE	AREA
Reversed phase POSITIVE ION MODE	Jurkat_SMase_10	Factor1:CASE	AREA
Reversed phase POSITIVE ION MODE	Blasto_Control_1	Factor1:CONTROL	AREA
Reversed phase POSITIVE ION MODE	Blasto_Control_4	Factor1:CONTROL	AREA
Reversed phase POSITIVE ION MODE	Blasto_Control_5	Factor1:CONTROL	AREA
Reversed phase POSITIVE ION MODE	Blasto_Control_7	Factor1:CONTROL	AREA
Reversed phase POSITIVE ION MODE	Blasto_Control_8	Factor1:CONTROL	AREA
Reversed phase POSITIVE ION MODE	Jurkat_Control_2	Factor1:CONTROL	AREA
Reversed phase POSITIVE ION MODE	Jurkat_Control_5	Factor1:CONTROL	AREA
Reversed phase POSITIVE ION MODE	Jurkat_Control_6	Factor1:CONTROL	AREA
Reversed phase POSITIVE ION MODE	Jurkat_Control_8	Factor1:CONTROL	AREA
Reversed phase POSITIVE ION MODE	Jurkat_Control_9	Factor1:CONTROL	AREA
Reversed phase POSITIVE ION MODE	QC_1_B	Factor1:QC	AREA
Reversed phase POSITIVE ION MODE	QC_1_J_1	Factor1:QC	AREA
Reversed phase POSITIVE ION MODE	QC_1_J_2	Factor1:QC	AREA
Reversed phase POSITIVE ION MODE	QC_2_B	Factor1:QC	AREA
Reversed phase POSITIVE ION MODE	QC_2_J	Factor1:QC	AREA
Reversed phase POSITIVE ION MODE	QC_3_B	Factor1:QC	AREA
Reversed phase POSITIVE ION MODE	QC_3_J	Factor1:QC	AREA
Reversed phase NEGATIVE ION MODE	Blasto_SMasa_10	Factor1:CASE	AREA
Reversed phase NEGATIVE ION MODE	Blasto_SMasa_2	Factor1:CASE	AREA
Reversed phase NEGATIVE ION MODE	Blasto_SMasa_3	Factor1:CASE	AREA
Reversed phase NEGATIVE ION MODE	Blasto_SMasa_6	Factor1:CASE	AREA
Reversed phase NEGATIVE ION MODE	Blasto_SMasa_9	Factor1:CASE	AREA
Reversed phase NEGATIVE ION MODE	Jurkat_SMasa_1	Factor1:CASE	AREA
Reversed phase NEGATIVE ION MODE	Jurkat_SMasa_3	Factor1:CASE	AREA
Reversed phase NEGATIVE ION MODE	Jurkat_SMasa_4	Factor1:CASE	AREA
Reversed phase NEGATIVE ION MODE	Jurkat_SMasa_7	Factor1:CASE	AREA
Reversed phase NEGATIVE ION MODE	Jurkat_SMase_10	Factor1:CASE	AREA
Reversed phase NEGATIVE ION MODE	Blasto_Control_1	Factor1:CONTROL	AREA
Reversed phase NEGATIVE ION MODE	Blasto_Control_4	Factor1:CONTROL	AREA
Reversed phase NEGATIVE ION MODE	Blasto_Control_5	Factor1:CONTROL	AREA
Reversed phase NEGATIVE ION MODE	Blasto_Control_7	Factor1:CONTROL	AREA
Reversed phase NEGATIVE ION MODE	Blasto_Control_8	Factor1:CONTROL	AREA
Reversed phase NEGATIVE ION MODE	Jurkat_Control_2	Factor1:CONTROL	AREA
Reversed phase NEGATIVE ION MODE	Jurkat_Control_5	Factor1:CONTROL	AREA
Reversed phase NEGATIVE ION MODE	Jurkat_Control_6	Factor1:CONTROL	AREA
Reversed phase NEGATIVE ION MODE	Jurkat_Control_8	Factor1:CONTROL	AREA
Reversed phase NEGATIVE ION MODE	Jurkat_Control_9	Factor1:CONTROL	AREA
Reversed phase NEGATIVE ION MODE	QC_1_B	Factor1:QC	AREA
Reversed phase NEGATIVE ION MODE	QC_1_J_1	Factor1:QC	AREA
Reversed phase NEGATIVE ION MODE	QC_1_J_2	Factor1:QC	AREA
Reversed phase NEGATIVE ION MODE	QC_2_B	Factor1:QC	AREA
Reversed phase NEGATIVE ION MODE	QC_2_J	Factor1:QC	AREA
Reversed phase NEGATIVE ION MODE	QC_3_B	Factor1:QC	AREA
Reversed phase NEGATIVE ION MODE	QC_3_J	Factor1:QC	AREA