ライフサイエンスコーパス: iliac crest

1 abdominal wall below the rib cage, above the iliac crest).

2 larity is the bone marrow (BM) biopsy of the iliac crest.

3 (202-fold; P<10(-7)) in comparison with the iliac crest.

4 rence point was the mid-axillary line at the iliac crest.

5 maxilla, lumbar vertebra, femoral neck, and iliac crest.

6 es the harvest of fresh living bone from the iliac crest.

7 ntiguous CT slices from the diaphragm to the iliac crest.

8 es, and a distinctive lacy appearance of the iliac crest.

9 pole of the right kidney (RLP), or below the iliac crest.

10 showed key findings between the RLP and the iliac crest.

11 scans had diagnostic findings only below the iliac crest.

12 the gluteal muscles almost to the top of the iliac crest.

13 ear gain reduction and comparison with fetal iliac crest.

14 nd 50% and 75% of osteoblasts from her right iliac crest and left patella, respectively, with minimal

15 e perform multi-region sequencing, including iliac crest and radiology-guided focal lesion specimens

16 Bone marrow aspiration from the iliac crests and in vivo sentinel lymph node mapping wer

17 the SUVmax in the axial skeleton (spine and iliac crests) and proximal limbs.

18 Bone marrow was aspirated from the iliac crest, and MNCs were separated at a Good Manufactu

19 iaphragm, porta hepatis, right kidney hilum, iliac crest, and upper margin of acetabulum.

20 Cynomolgus MSCs were obtained from iliac crest aspirate and characterized through passage 1

21 Because hMSCs are recovered by iliac crest aspirate and enriched by virtue of their adh

22 ole-body (18)F-FDG PET/CT and a BMB from the iliac crest before any treatment.

23 graphy combined with computed tomography) vs iliac crest biopsy in newly diagnosed patients with diff

24 , GCs plus risedronate, or placebo alone and iliac crest biopsy specimens obtained from patients who

25 The present study on human iliac crest biopsy specimens reveals that BRC canopies a

26 rentiation markers, and capillaries in human iliac crest biopsy specimens.

27 For lumbar spine fusion, rhBMP-2 and iliac crest bone graft were similar in overall success,

28 try (PCR-Flow) and cellular immune assays of iliac crest bone marrow aspirates and peripheral blood h

29 In PCR-Flow measurements of recipient iliac crest bone marrow aspirates as in previous studies

30 Moreover, iliac crest bone marrow aspirates contained an average o

31 ic makeup of the peripheral blood as well as iliac crest bone marrow between six months and one year

32 than freshly isolated and similarly treated iliac crest bone marrow cells from the donor.

33 s in whom there were sustained low levels of iliac crest bone marrow chimerism at both the earlier an

34 ng DBMC chimerism (approximately 1.4% in the iliac crest bone marrow compartment now at 6 years).

35 ly from the peripheral blood lymphocytes and iliac crest bone marrow of 11 living-related-donor (LRD)

36 de (approximately 1% at 2 years in recipient iliac crest bone marrow), has had a definite regulatory

37 iable presence of donor CD34+ cells in their iliac crest bone marrow, albeit 10-fold less than the ma

38 We qualitatively screened iliac crest bone specimens from patients on dialysis to

39 ans, and segments of tumor-adjacent bone and iliac crest bone were analyzed for fluoride content.

40 l higher FoxP3 values correlated with higher iliac crest chimerism in DBMC-i, but not in controls (wi

41 kidney transplant recipients received donor iliac crest marrow (1.8 x 10(8)+/-1.9 x 10(8) cells/kg b

42 levels occurred by 21-28 months in a second iliac crest marrow aspirate 1 year after the first aspir

43 Unilateral iliac crest marrow aspirates and biopsies were performed

44 In the DBMC group, chimerism in iliac crest marrow aspirates has increased 3-fold in yea

45 DBMC chimerism in recipient iliac crest marrow has increased more rapidly than might

46 ell chimerism of these lineages in recipient iliac crest marrow; (b) significantly lower levels of ch

47 mall bone marrow aspirate was taken from the iliac crest of healthy human volunteers, and hMSCs were

48 from bone marrow aspirates obtained from the iliac crest or from the tibia/femur during joint surgery

49 tissue, and in one patient, a biopsy of the iliac crest revealed abnormal nests of chondrocytes and

50 carried for long distances on the posterior iliac crest since the weight would be shifted posteriorl

51 e biopsy samples taken from lumbar spine and iliac crest, sites that experience high and low levels o

52 On the iliac crest, the stone is posterior to the coronal plane

53 ive MR imaging and axial T2 mapping from the iliac crest to the mid thigh.

54 ndirect CT venography was performed from the iliac crest to the popliteal fossa.

55 CT venograms from the iliac crests to the popliteal fossae were reviewed for p

56 ations on models constructed from samples of iliac crest trabecular bone are shown to be in agreement

57 control study, trabecular bone biopsies from iliac crest were collected intra-operatively from 28 sev

58 gation, bone marrow biopsies of the anterior iliac crest were examined to determine the size distribu

59 iopsy samples of normal bone marrow from the iliac crest were obtained from clinical cases at Shands

60 flaps of bone and muscle harvested from the iliac crest with internal oblique or the scapula tip wit