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Table 2 Patient characteristics

From: The role of MRI in axillary lymph node imaging in breast cancer patients: a systematic review

Author

LN imaging analysis

Time to surgery (days)

n

Prevalence N+

Mean age in years (range)

T-stage at diag-nosis

Histologic type

Pathologic analysis

Yoshimura et al.

N-N

“Preoperative MRI”, n.o.s.

202

40.0 %

55 (30–86)

T1-T3

PT, ST, scirrhous, other

Sectioned long-axis

Kvistad et al.

P-P

“Before surgery”,n.o.s

65

37.0 %

59.4 (38–79)

T1-T4

IDC, ILC, MC, tubular, adenocarcinoma

Histopathological examination n.o.s.

Michel et al.

P-P and N-N

2 days (range 1–6 days)

18

61.1 %

53 (22–76)

T1-T4

NR

LN regarded as positive when tumour cells were present at light microscopy, independent from immunohistochemical staining results.

Harada et al.

N-N

Mean 1.2 days

33

19.0 %

58 (36–77)

T1-T4

PT, ST, scirrhous, medullary, MC, apocrien, SC, spindle cell

Sectioned long-axis, H&E staining, conventional microscopic examination

Orguc et al.

N-N

NR

155

25.8 %

43 (28–76)

NR

NR

NR

Fornasa et al.

One LN/ALND/patient

14 days

43

44.2 %

58 (39–78)

NR

IDC, ILC

Position of the LN and long × short axis

He et al.

N-N

“After MRI”, n.o.s.

79

12.0 %

44 (20–67)

NR

DCIS, IDC, ILC, lymphoma

Each LN MRI removed, residual fatty tissue examined, LN sliced 4-mm sections, 3-μm-thick slices cut from each section, stained with H&E

Scaranelo et al.

P-P

“After MRI”, n.o.s.

61

43.0 %

53 (33–78)

NR

NR

Embedded in paraffin blocks for histopathologic evaluation n.o.s.

Hwang et al.

P-P

“After MRI”, n.o.s.

349

26.4 %

51.3 (25–79)

Only T1

IDC, ILC, MC, others

Intraoperative frozen section, H&E staining. Remaining portions SLNB; sectioning and immunohistological assay

Luo et al.

N-N

“Preoperative MRI”, n.o.s.

36

57.0 %

53 (30–63)

T1-T3

DCIS, IDC, ILC, other

Analysed and examined by pathologist n.o.s.

Kamitani et al.

P-P and N-N

NR

108

23.6 %

54.9 (34–84)

Tis-T3

DCIS, IDC,ILC, MC, metaplastic

NR

Basara et al.

P-P and N-N

NR

110

24.0 %

Benign 47 (19–73); malignant 43 (29–70)

NR

IDC, ILC, IDC+ILC, IDC+MC, IDC+pleomorphic, medullary, malignant phyllodes

NR

Hieken et al.

P-P and N-N

‘Preoperative MRI”, n.o.s.

505

30.1 % with N0i+, 27.3 % without N0i+

62 (24–91)

T1-T4

IDC, ILC, mixed mammary carcinoma, other

Pathology was reviewed and the presence and extent of axillary nodal disease was verified n.o.s.

Abe et al.

P-P

NR

50

32.0 %

59.9 (33–83)

T1-T3

IDC, ILC

Pathologically confirmed with SLNB or ALND n.o.s.

Li et al.

N-N

NR

35

42.0 %

NR (30–58)

T1-T2

IDC, ILC, tubular

Parallel slices 2–3 mm thickness and stained with H&E

An et al.

P-P

‘Preoperative MRI”, n.o.s.

215

61.4 %

50 (26–83)

T1-T3

IDC, ILC, MC, invasive micro papillary carcinoma, metaplastic, medullary

Sections stained with H&E

  1. P-P patient by patient, N-N node by node, n.o.s. not otherwise specified, n population size, N+ positive lymph node status, N0i + isolated tumour cells, IDC invasive ductal carcinoma, ILC invasive lobular carcinoma, DCIS ductal carcinoma in situ, PT papillotubular, ST solid tubular MC mucinous carcinoma, SC squamous carcinoma, H&E haematoxylin and eosin, LN lymph node, MRI magnetic resonance imaging, SLNB sentinel lymph node biopsy, ALND axillary lymph node dissection, NR not reported