ライフサイエンスコーパス: postresection

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1 N primary because they were apparently cured postresection.

2 ning by FDG-PET is associated with excellent postresection 5-year overall survival for patients under

3 at western and eastern centers vary widely, postresection 5-year survival is similar when controllin

4 Postresection adaptation involves parallel changes in cr

5 death was the same across all sites 3 years postresection and decreased significantly for extremity/

6 study, disease-free patients at least 1 year postresection and gastric conduit reconstruction receive

7 ophagectomy (ES), n = 10, 2.4 +/- 0.75 years postresection; and unoperated control subjects, n = 8] w

8 extremity/trunk STS decreased by 40% 3 years postresection, but their influence over DSS for non-extr

9 tumor-catheter was resected en bloc, and the postresection cavity was treated with Ad-p53.

10 To identify new treatments we focused on postresection changes in microRNAs--short noncoding RNAs

11 ied how HFOs and spikes in combined pre- and postresection ECoG predict surgical outcome in different

12 ripples (80-250 Hz), and spikes in pre- and postresection ECoG sampled at 2,048 Hz in people with re

13 been used in patients who have a predicted (postresection) future liver remnant (FLR) volume less th

14 CA19-9 >/= 1,000 U/mL that does not decrease postresection have the worst prognosis, but the mechanis

15 Postresection, mean ex vivo radionuclide counts were hig

16 c colorectal carcinoma in the liver and that postresection MMP9 inhibition may be clinically benefici

17 resection predictive factors were absence of postresection morbidity, and T-stage 1-2 at the resectio

18 Postresection MR images were coregistered to the SPECT s

19 Using a postresection pancreatic adenocarcinoma nomogram, patien

20 ed the determinants of long-term survival in postresection pancreatic cancer patients, but the majori

21 ical model to long-term follow-up studies of postresection patients to investigate the factors involv

22 After a median postresection period of 44 months, recurrence was observ

23 Additional postresection predictive factors were absence of postres

24 pancreatectomy for PNETs and to establish a postresection prognostic score.

25 f survival and were incorporated into a PNET postresection prognostic score.

26 ion, with the "safety net" of SLT in case of postresection recurrence.

27 Improved education on postresection risk assessment and risk reduction is need

28 r <1.5 mm was an independent determinants of postresection survival in certain subgroups.

29 re rare pancreatic neoplasms associated with postresection survival longer than ductal adenocarcinoma

30 ains an important independent determinant of postresection survival.

31 lesions in the pancreatic head, have similar postresection survival.

32 Postresection, the expression of caspases and genes invo

33 By 1-week postresection, villus heights and crypt depths were incr

34 nant liver volume in patients with estimated postresection volumes of less than 25% appears to reduce

35 fresh-frozen plasma after the first 24 hours postresection) was higher in the non-PVE patients than t

36 between 1 and 5 micrometastases at 10 years postresection, when they escape growth restriction with

37 t approach - perioperative therapy, adjuvant postresection with either systemic or hepatic arterial i

38 Postresection wound bed fluorescence was significantly l

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