ライフサイエンスコーパス: osteoma

1 significantly at needle puncture of osteoid osteoma.

2 ticular (69% in paediatric patients) osteoid-osteoma.

3 i-inflammatory drugs may point to an osteoid osteoma.

4 outine strategy for the treatment of osteoid osteoma.

5 l rupture (3.5%), optic nerve drusen (3.2%), osteoma (1.9%), and solar retinopathy (0.2%).

6 hat were diagnostic for nonvertebral osteoid osteoma and no contraindications to MR imaging-guided HI

7 wledge of the in vivo structure of choroidal osteomas and may have implications for the diagnosis and

8 acterized by supernumerary teeth, mandibular osteomas, and other maladies.

9 r extremity injuries in toddlers and osteoid osteoma are emphasized.

10 multimodal imaging parameters, such as total osteoma area, area of retinal pigment epithelium (RPE) a

11 on is now the standard treatment for osteoid osteoma, as the procedure can be performed with higher r

12 he other experienced a recurrence of osteoid osteoma at 11 months, which was successfully treated wit

13 n age, 21 years) with a diagnosis of osteoid osteoma based on clinical and imaging findings.

14 ed cryoablation for the treatment of osteoid osteoma between January 2013 and June 2019 in a single i

15 ided focused ultrasound treatment of osteoid osteoma can be performed safely with a high rate of succ

16 Osteoid osteomas can be imaged with greater conspicuity by using

17 Osteoid osteoma characteristics, procedure overview, and technic

18 ents with histopathologically proven osteoid osteomas, complete clinical files, and CT data were stud

19 Diaphyseal osteoid osteomas demonstrate a lower ratio of nidus mineralizati

20 MR imaging features of osteoid osteoma (edema, hyperemia, and nidus vascularization) we

21 acolonic lesions including desmoid fibromas, osteomas, epidermoid cysts, and congenital hypertrophy o

22 enhanced MR imaging demonstrated the osteoid osteoma equally well in eight of 11 patients and with be

23 enchondromas, aneurysmal bone cysts, osteoid osteomas, giant-cell lesions of bone, bone sarcomas, and

24 edema and hyperemia associated with osteoid osteoma gradually disappeared in all lesions.

25 One osteoid osteoma had peak enhancement in the venous phase, and on

26 Biopsy results revealed osteoid osteoma in 10 patients, chondroblastoma in one, and a he

27 e secondary radiological findings of osteoid osteoma in both paediatric and adult patients.

28 eatment option for the management of osteoid osteoma in children and young adults.

29 Of the 97 patients who had osteoid osteoma in lower extremities or pelvic bones, 73% had mu

30 ation, bone segment, location of the osteoid osteoma in relation to the native cortex, nidus area, ni

31 patients had peak enhancement of the osteoid osteoma in the arterial phase with early partial washout

32 ed cryoablation for the treatment of osteoid osteoma in young patients and adults.

33 The nidus mineralization ratio of osteoid osteomas increases significantly with pain duration and

34 T-guided percutaneous RF ablation of osteoid osteoma is a safe and effective technique.

35 Diagnosis of osteoid osteoma may be delayed if secondary radiological finding

36 ofrequency ablation [RA] therapy for osteoid osteoma (OO).

37 ted with a higher total baseline area of the osteoma (P = 0.02).

38 n the 10 patients with biopsy-proved osteoid osteoma, puncture of the tumor caused the mean cardiac r

39 s were scored for conspicuity of the osteoid osteoma relative to the surrounding bone.

40 -enhanced MR images demonstrated the osteoid osteomas significantly better than the nonenhanced T1-we

41 A faster increase in osteoma thickness was associated with SRF appearance (P

42 ssociated with a faster rate of reduction of osteoma thickness.

43 hould become the method of choice in osteoid osteoma treatment because of its minimal invasiveness.

44 lation have not been established for osteoid osteoma treatment.

45 atients who were suspected of having osteoid osteoma underwent 271 ablation procedures.

46 Three patients with choroidal osteoma underwent complete ophthalmologic examination, f

47 In 89.4% of these, osteoid osteoma was localised in the joint.

48 Conclusion Osteoid osteoma was safely, effectively, and durably treated wit

49 ) on the management of patients with osteoid osteoma was studied.

50 Consecutive patients with osteoid osteoma were assessed before the interventional treatmen

51 mours were intracortical, and 83% of osteoid osteomas were extra-articular.

52 Eighty-three per cent of osteoid osteomas were located in lower extremities, 56% of tumou

53 In long bones, diaphyseal osteoid osteomas were significantly less mineralized than those

54 ed and decalcified portions of the choroidal osteoma, which may correspond to different stages of tum

55 patients with pathologically proven osteoid osteomas who underwent nonenhanced MR imaging, dynamic g

56 ed cryoablation for the treatment of osteoid osteoma, with a 96% (48 of 50 patients) overall clinical