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Example Studyinfo.csv

This file records various information on the study, patient, and MR scanner. It also includes a type of gradient coil, which is needed when applying non-linear gradient distortion unwarping (gradunwarp).

_{| title | value |
|-|-|
| Patient Name | MR2019XXXXXXXXXX |
| Patient ID | MR2019XXXXXXXXXX |
| Patient's Birth date | XXXXXXXX |
| Patient's Sex | XX |
| Patient's Age | XXXX |
| Patient's Size | 1.65 |
| Patient's Weight | 50.0 |
| Patient's Position | HFS |
| Study Date | 2019XXXX |
| Study Description | BMB_ATR |
| Requesting physician | |
| Station | MRC35283 |
| Manufacturer | SIEMENS |
| Model | Prisma_fit |
| Institution | ATR |
| System | N4_VE11C_LATEST_20160120 |
| Gradient | AS82 |
| PatAUSJID | |
| StudyUID | 1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001 |} Note that if you apply gradunwarp, you may need to get the correction coefficients specific to the type of **gradient coil** (e.g. AS82) from Siemens, since these coefficients are considered to be proprietary information. To access these coefficients, your institution must have a research agreement or be willing to sign a non-disclosure agreement with the vendor. If you don't have such an agreement, please contact to a local Siemens collaboration manager. If you belong to the university/institute in Japan, please contact to [Katsutoshi Murata (Siemens Healthcare K.K.)](mailto:katsutoshi.murata@siemens-healthineers.com).

Example Seriesinfo.csv

The Seriesinfo.csv includes major scanning parameters for each sequence. Note that it records dwell time in read and phase and their direction/polarity (in subject's coordinates), which are needed to correct B0-related distortion of images using a gradient-echo fieldmap (FUGUE) or spin-echo fieldmap method (TOPUP). You may usually want to know values of 'DwelltimeRead' and 'Read.direction' for B0-distortion correction of 3D structural imaging (e.g. T1_MPR and T2_SPACE) whereas those of 'DwelltimePhase' and 'Phase.direction' for correcting B0-distortion in 2D-EPI such as functional MRI and diffusion MRI. Also note that 'NORM' in the column of 'image type' indicates 'prescan normalization = ON', of which setting usually needs to be consistent across scans (either ON or OFF) in the same session because the preprocessing usually assumes the same B1-related biasfield (Glasser et al., 2013).

00.Number	Time	Description	Protocol	Scanning Sequence	Sequence Name	TR[msec]	TE[msec]	TI[msec]	FA[degree]	Matrix	Pixel size[mm]	Slice thickness[mm]	Number of averages	Image Type	DwelltimeRead	DwelltimePhase	Read.direction	Phase.direction	Slice.direction	Patient Position	Example DICOM	Series UID	Study UID
1	143522.079000	AAHead_Scout	AAHead_Scout	GR	*fl3d1_ns	3.15	1.37		8.0	160 160	1.625 1.625	1.6000000238419	1.0	ORIGINAL PRIMARY M NORM DIS2D	0.0000058	None	FH	AP	SAG	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/1/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-1-1-myqqeh.dcm	1.3.12.2.1107.5.2.43.67085.2019062814351812781200732.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
2	143522.465000	AAHead_Scout_MPR_sag	AAHead_Scout	GR	*fl3d1_ns	3.15	1.37		8.0	162 162	1.60000002384 1.60000002384	1.6000000238419	1.0	DERIVED PRIMARY MPR NORM DIS2D	0.0000058	None	None	None	None	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/2/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-2-1-4wn73v.dcm	1.3.12.2.1107.5.2.43.67085.2019062814352194809901817.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
3	143522.492000	AAHead_Scout_MPR_cor	AAHead_Scout	GR	*fl3d1_ns	3.15	1.37		8.0	162 162	1.60000002384 1.60000002384	1.6000000238419	1.0	DERIVED PRIMARY MPR NORM DIS2D	0.0000058	None	None	None	None	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/3/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-3-1-25f26.dcm	1.3.12.2.1107.5.2.43.67085.2019062814352194847901823.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
4	143522.532000	AAHead_Scout_MPR_tra	AAHead_Scout	GR	*fl3d1_ns	3.15	1.37		8.0	162 162	1.60000002384 1.60000002384	1.6000000238419	1.0	DERIVED PRIMARY MPR NORM DIS2D	0.0000058	None	None	None	None	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/4/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-4-1-p20ezc.dcm	1.3.12.2.1107.5.2.43.67085.2019062814352194869801827.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
5	143619.853000	AC-PC_setup	AC-PC_setup	EP	epse2d1_86	6100.0	60.0		90.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M ND NORM MOSAIC	0.0000028	0.0006299998362000425	LR	AP	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/5/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-5-1-1gaq06j.dcm	1.3.12.2.1107.5.2.43.67085.2019062814361082042002148.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
6	143639.586000	SEField1_AP	SEField1_AP	EP	epse2d1_86	6100.0	60.0		90.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M ND NORM MOSAIC	0.0000028	0.0006299998362000425	LR	AP	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/6/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-6-1-13t0zr1.dcm	1.3.12.2.1107.5.2.43.67085.2019062814362897001202335.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
7	143803.699000	BOLD_REST1_AP_SBRef	BOLD_REST1_AP	EP	epfid2d1_86	800.0	34.4		52.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M ND NORM MOSAIC	0.0000028	0.0006299998362000425	LR	AP	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/7/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-7-1-1x61rv3.dcm	1.3.12.2.1107.5.2.43.67085.2019062814372816838102522.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
8	143803.730000	BOLD_REST1_AP	BOLD_REST1_AP	EP	epfid2d1_86	800.0	34.4		52.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M MB ND NORM MOSAIC	0.0000028	0.0006299998362000425	LR	AP	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/8/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-8-1-144ia6k.dcm	1.3.12.2.1107.5.2.43.67085.2019062814372817448102523.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
9	144255.279000	SEField1_PA	SEField1_PA	EP	epse2d1_86	6100.0	60.0		90.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M ND NORM MOSAIC	0.0000028	0.0006299998362000425	RL	PA	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/9/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-9-1-c94001.dcm	1.3.12.2.1107.5.2.43.67085.2019062814424192594670960.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
10	144343.839000	BOLD_REST1_PA_SBRef	BOLD_REST1_PA	EP	epfid2d1_86	800.0	34.4		52.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M ND NORM MOSAIC	0.0000028	0.0006299998362000425	RL	PA	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/10/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-10-1-fs86mw.dcm	1.3.12.2.1107.5.2.43.67085.2019062814425755999071147.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
11	144343.867000	BOLD_REST1_PA	BOLD_REST1_PA	EP	epfid2d1_86	800.0	34.4		52.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M MB ND NORM MOSAIC	0.0000028	0.0006299998362000425	RL	PA	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/11/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-11-1-agyzcg.dcm	1.3.12.2.1107.5.2.43.67085.2019062814425756097671148.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
12	145459.858000	T1_MPR	T1_MPR	GRIR	*tfl3d1_16ns	2500.0	2.18	1000.0	8.0	320 300	0.80000001192093 0.80000001192093	0.80000001192093	1.0	ORIGINAL PRIMARY M ND NORM	0.0000071	None	FH	AP	SAG	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/12/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-12-1-clmj38.dcm	1.3.12.2.1107.5.2.43.67085.2019062814492780902039585.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
13	150039.678000	T2_SPC	T2_SPC	SE	*spc_314ns	3200.0	564.0		120.0	320 300	0.80000001192093 0.80000001192093	0.80000001192093	1.0	ORIGINAL PRIMARY M ND NORM SH FIL	0.0000021	None	FH	AP	SAG	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/13/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-13-1-15ol4dg.dcm	1.3.12.2.1107.5.2.43.67085.2019062815003195374640752.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
14	150323.545000	ASL_ADNI	ASL_ADNI	EP	*tgse3d1_12096	5000.0	16.02		180.0	448 448	3 3	4.0	1.0	ORIGINAL PRIMARY ASL NONE ND NORM MOSAIC	0.000003	None	LR	AP	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/14/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-14-1-1jevk0v.dcm	1.3.12.2.1107.5.2.43.67085.2019062815004069473541838.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
15	150323.595000	Perfusion_Weighted	ASL_ADNI	EP	*tgse3d1_12096	5000.0	16.02		180.0	448 448	3 3	4.0	1.0	DERIVED PRIMARY ASL ND NORM SUB TTEST MOSAIC	0.000003	None	LR	AP	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/15/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-15-1-1fkd8kb.dcm	1.3.12.2.1107.5.2.43.67085.2019062815003593262041310.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
16	150843.698000	QSM_3D	QSM_3D	GR	*fl3d7	44.0	3.6		15.0	256 256	0.9375 0.9375	1.0	1.0	ORIGINAL PRIMARY M ND NORM	0.0000082	None	AP	RL	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/16/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-16-1-18sssqx.dcm	1.3.12.2.1107.5.2.43.67085.2019062815032959499242891.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
17	150843.961000	QSM_3D	QSM_3D	GR	*fl3d7	44.0	3.6		15.0	256 256	0.9375 0.9375	1.0	1.0	ORIGINAL PRIMARY P ND	0.0000082	None	AP	RL	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/17/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-17-1-1x31yi1.dcm	1.3.12.2.1107.5.2.43.67085.2019062815032959501942892.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
18	151023.840000	DWI_AP_SBRef	DWI_AP	EP	epse2d1_120	3600.0	79.0		90.0	1200 1200	1.7000000476837 1.7000000476837	1.7000000476837	1.0	ORIGINAL PRIMARY M ND NORM MOSAIC	0.0000021	0.0006199935520670585	LR	AP	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/18/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-18-1-1qm9uqm.dcm	1.3.12.2.1107.5.2.43.67085.2019062815090328177947419.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
19	151023.882000	DWI_AP	DWI_AP	EP	ep_b5#1	3600.0	79.0		90.0	1200 1200	1.7000000476837 1.7000000476837	1.7000000476837	1.0	ORIGINAL PRIMARY DIFFUSION NONE MB ND NORM MOSAIC	0.0000021	0.0006199935520670585	LR	AP	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/19/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-19-1-1o1awq7.dcm	1.3.12.2.1107.5.2.43.67085.2019062815085083688945051.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
20	151403.768000	DWI_PA_SBRef	DWI_PA	EP	epse2d1_120	3600.0	79.0		90.0	1200 1200	1.7000000476837 1.7000000476837	1.7000000476837	1.0	ORIGINAL PRIMARY M ND NORM MOSAIC	0.0000021	0.0006199935520670585	RL	PA	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/20/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-20-1-1s78hhu.dcm	1.3.12.2.1107.5.2.43.67085.2019062815122345607470571.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
21	151403.800000	DWI_PA	DWI_PA	EP	ep_b5#1	3600.0	79.0		90.0	1200 1200	1.7000000476837 1.7000000476837	1.7000000476837	1.0	ORIGINAL PRIMARY DIFFUSION NONE MB ND NORM MOSAIC	0.0000021	0.0006199935520670585	RL	PA	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/21/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-21-1-1re6d1e.dcm	1.3.12.2.1107.5.2.43.67085.2019062815122341906170550.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
22	151615.259000	SEField2_AP	SEField2_AP	EP	epse2d1_86	6100.0	60.0		90.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M ND NORM MOSAIC	0.0000028	0.0006299998362000425	LR	AP	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/22/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-22-1-1tvrke3.dcm	1.3.12.2.1107.5.2.43.67085.2019062815160754076794124.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
23	151723.840000	BOLD_REST2_AP_SBRef	BOLD_REST2_AP	EP	epfid2d1_86	800.0	34.4		52.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M ND NORM MOSAIC	0.0000028	0.0006299998362000425	LR	AP	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/23/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-23-1-19o0nok.dcm	1.3.12.2.1107.5.2.43.67085.2019062815165115225194311.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
24	151723.868000	BOLD_REST2_AP	BOLD_REST2_AP	EP	epfid2d1_86	800.0	34.4		52.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M MB ND NORM MOSAIC	0.0000028	0.0006299998362000425	LR	AP	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/24/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-24-1-1mat8bz.dcm	1.3.12.2.1107.5.2.43.67085.2019062815165115331094312.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
25	152211.192000	SEField2_PA	SEField2_PA	EP	epse2d1_86	6100.0	60.0		90.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M ND NORM MOSAIC	0.0000028	0.0006299998362000425	RL	PA	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/25/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-25-1-1rnm673.dcm	1.3.12.2.1107.5.2.43.67085.2019062815220343418562749.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
26	152303.698000	BOLD_REST2_PA_SBRef	BOLD_REST2_PA	EP	epfid2d1_86	800.0	34.4		52.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M ND NORM MOSAIC	0.0000028	0.0006299998362000425	RL	PA	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/26/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-26-1-1dxwnra.dcm	1.3.12.2.1107.5.2.43.67085.2019062815221345339462936.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001
27	152303.729000	BOLD_REST2_PA	BOLD_REST2_PA	EP	epfid2d1_86	800.0	34.4		52.0	688 688	2.3953487873077 2.3953487873077	2.4000000953674	1.0	ORIGINAL PRIMARY M MB ND NORM MOSAIC	0.0000028	0.0006299998362000425	RL	PA	AXI	HFS	/mnt/pub/MRI/Human/ATR-BMB_Q3/BMB_ATR_TS/ATR_Prismaf_HARP_9503_001_MR1/SCANS/27/DICOM/1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001-27-1-cbkn1p.dcm	1.3.12.2.1107.5.2.43.67085.2019062815221345489362937.0.0.0	1.3.12.2.1107.5.2.43.67085.30000019062804330654600000001

Example NIFTI volumes

This is an example set of NIFTI volumes obtained by a HARP protocol (Koike et al., 2020)

<Study dir/<Subject dir>/RawData/NIFTI/
|-- DICOM_AAHead_Scout_20190625102316_1.json
|-- DICOM_AAHead_Scout_20190625102316_1.nii
|-- DICOM_AAHead_Scout_20190625102316_2_i00001.json
|-- DICOM_AAHead_Scout_20190625102316_2_i00001.nii
|-- DICOM_AAHead_Scout_20190625102316_2_i00002.json
|-- DICOM_AAHead_Scout_20190625102316_2_i00002.nii
|-- DICOM_AAHead_Scout_20190625102316_2_i00003.json
|-- DICOM_AAHead_Scout_20190625102316_2_i00003.nii
|-- DICOM_AAHead_Scout_20190625102316_2_i00004.json
|-- DICOM_AAHead_Scout_20190625102316_2_i00004.nii
|-- DICOM_AAHead_Scout_20190625102316_3_i00001.json
|-- DICOM_AAHead_Scout_20190625102316_3_i00001.nii
|-- DICOM_AAHead_Scout_20190625102316_3_i00002.json
|-- DICOM_AAHead_Scout_20190625102316_3_i00002.nii
|-- DICOM_AAHead_Scout_20190625102316_3_i00003.json
|-- DICOM_AAHead_Scout_20190625102316_3_i00003.nii
|-- DICOM_AAHead_Scout_20190625102316_4_i00001.json
|-- DICOM_AAHead_Scout_20190625102316_4_i00001.nii
|-- DICOM_AAHead_Scout_20190625102316_4_i00002.json
|-- DICOM_AAHead_Scout_20190625102316_4_i00002.nii
|-- DICOM_AAHead_Scout_20190625102316_4_i00003.json
|-- DICOM_AAHead_Scout_20190625102316_4_i00003.nii
|-- DICOM_AC-PC_setup_20190625102316_5.json
|-- DICOM_AC-PC_setup_20190625102316_5.nii
|-- DICOM_ASL_ADNI_20190625102316_14.json
|-- DICOM_ASL_ADNI_20190625102316_14.nii
|-- DICOM_ASL_ADNI_20190625102316_15.json
|-- DICOM_ASL_ADNI_20190625102316_15.nii
|-- DICOM_BOLD_REST1_AP_20190625102316_7.json
|-- DICOM_BOLD_REST1_AP_20190625102316_7.nii
|-- DICOM_BOLD_REST1_AP_20190625102316_8.json
|-- DICOM_BOLD_REST1_AP_20190625102316_8.nii
|-- DICOM_BOLD_REST1_PA_20190625102316_10.json
|-- DICOM_BOLD_REST1_PA_20190625102316_10.nii
|-- DICOM_BOLD_REST1_PA_20190625102316_11.json
|-- DICOM_BOLD_REST1_PA_20190625102316_11.nii
|-- DICOM_BOLD_REST2_AP_20190625102316_23.json
|-- DICOM_BOLD_REST2_AP_20190625102316_23.nii
|-- DICOM_BOLD_REST2_AP_20190625102316_24.json
|-- DICOM_BOLD_REST2_AP_20190625102316_24.nii
|-- DICOM_BOLD_REST2_PA_20190625102316_26.json
|-- DICOM_BOLD_REST2_PA_20190625102316_26.nii
|-- DICOM_BOLD_REST2_PA_20190625102316_27.json
|-- DICOM_BOLD_REST2_PA_20190625102316_27.nii
|-- DICOM_DWI_AP_20190625102316_18.json
|-- DICOM_DWI_AP_20190625102316_18.nii
|-- DICOM_DWI_AP_20190625102316_19.bval
|-- DICOM_DWI_AP_20190625102316_19.bvec
|-- DICOM_DWI_AP_20190625102316_19.json
|-- DICOM_DWI_AP_20190625102316_19.nii
|-- DICOM_DWI_PA_20190625102316_20.json
|-- DICOM_DWI_PA_20190625102316_20.nii
|-- DICOM_DWI_PA_20190625102316_21.bval
|-- DICOM_DWI_PA_20190625102316_21.bvec
|-- DICOM_DWI_PA_20190625102316_21.json
|-- DICOM_DWI_PA_20190625102316_21.nii
|-- DICOM_QSM_3D_20190625102316_16_e1.json
|-- DICOM_QSM_3D_20190625102316_16_e1.nii
|-- DICOM_QSM_3D_20190625102316_16_e2.json
|-- DICOM_QSM_3D_20190625102316_16_e2.nii
|-- DICOM_QSM_3D_20190625102316_16_e3.json
|-- DICOM_QSM_3D_20190625102316_16_e3.nii
|-- DICOM_QSM_3D_20190625102316_16_e4.json
|-- DICOM_QSM_3D_20190625102316_16_e4.nii
|-- DICOM_QSM_3D_20190625102316_16_e5.json
|-- DICOM_QSM_3D_20190625102316_16_e5.nii
|-- DICOM_QSM_3D_20190625102316_16_e6.json
|-- DICOM_QSM_3D_20190625102316_16_e6.nii
|-- DICOM_QSM_3D_20190625102316_16_e7.json
|-- DICOM_QSM_3D_20190625102316_16_e7.nii
|-- DICOM_QSM_3D_20190625102316_17_e1_ph.json
|-- DICOM_QSM_3D_20190625102316_17_e1_ph.nii
|-- DICOM_QSM_3D_20190625102316_17_e2_ph.json
|-- DICOM_QSM_3D_20190625102316_17_e2_ph.nii
|-- DICOM_QSM_3D_20190625102316_17_e3_ph.json
|-- DICOM_QSM_3D_20190625102316_17_e3_ph.nii
|-- DICOM_QSM_3D_20190625102316_17_e4_ph.json
|-- DICOM_QSM_3D_20190625102316_17_e4_ph.nii
|-- DICOM_QSM_3D_20190625102316_17_e5_ph.json
|-- DICOM_QSM_3D_20190625102316_17_e5_ph.nii
|-- DICOM_QSM_3D_20190625102316_17_e6_ph.json
|-- DICOM_QSM_3D_20190625102316_17_e6_ph.nii
|-- DICOM_QSM_3D_20190625102316_17_e7_ph.json
|-- DICOM_QSM_3D_20190625102316_17_e7_ph.nii
|-- DICOM_SEField1_AP_20190625102316_6.json
|-- DICOM_SEField1_AP_20190625102316_6.nii
|-- DICOM_SEField1_PA_20190625102316_9.json
|-- DICOM_SEField1_PA_20190625102316_9.nii
|-- DICOM_SEField2_AP_20190625102316_22.json
|-- DICOM_SEField2_AP_20190625102316_22.nii
|-- DICOM_SEField2_PA_20190625102316_25.json
|-- DICOM_SEField2_PA_20190625102316_25.nii
|-- DICOM_T1_MPR_20190625102316_12.json
|-- DICOM_T1_MPR_20190625102316_12.nii
|-- DICOM_T2_SPC_20190625102316_13.json
`-- DICOM_T2_SPC_20190625102316_13.nii

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