ライフサイエンスコーパス: therapeutical

1 se inhibitors are effective antiinflammatory therapeutical agents, they may cause serious side effect

2 em of siRNA remains to be an obstacle in the therapeutical application of siRNA.

3 a borane (BH(3)) group, have shown potential therapeutical applications as aptamers, antisense agents

4 NGF, and possibly other trophic factors, for therapeutical applications to maximize the effects on th

5 platform for clinical studies and potential therapeutical applications.

6 which plasma depletion of PTX2 is used as a therapeutical approach in the management of systemic amy

7 direct implications for the development of a therapeutical approach to pyridoxine unresponsive homocy

8 Our studies document a therapeutical approach to the Warburg effect and demonst

9 KT signaling axis in melanoma is a potential therapeutical approach.

10 ure and raise the significant possibility of therapeutical approaches for metabolic syndromes and mus

11 omise in regenerative cell replacement based therapeutical approaches.

12 research with promising expectations for new therapeutical approaches.

13 mpt the development of new antioxidant-based therapeutical approaches.

14 Thus, Notch1 may represent a potential therapeutical avenue for lesion repair in demyelinating

15 en G-quadruplex DNA and potential anticancer therapeutical binding ligands is demonstrated.

16 flammatory diseases and are therefore viable therapeutical candidates.

17 Each of these therapeutical classes targets different gene subnetworks

18 and grading, the histological subtype has no therapeutical consequences so far, although it may refle

19 cord of SOD1(G93A) rats leads to a moderate therapeutical effect as evidenced by local alpha-motoneu

20 e present study was to analyze the degree of therapeutical effect of hNSCs once grafted into the lumb

21 d that carries both deleterious and putative therapeutical effects.

22 portant role in its antidepressant and other therapeutical effects.

23 This finding has a potentially important therapeutical impact because mAbs are increasingly used

24 era, was synthesized and showed an extensive therapeutical impact in the treatment of STZ-induced dia

25 These results have therapeutical implications for the treatment of human CC

26 athogens and contact allergens, and may have therapeutical implications in cancer and chronic infecti

27 ene silencing in cancer, these findings have therapeutical implications, notably for the choice of ep

28 on mechanism for ADAMTS4 can be targeted for therapeutical intervention against this enzyme.

29 dulation of miRNAs may represent a potential therapeutical intervention for treating dyslipidemia and

30 therefore represents a potential target for therapeutical intervention in human tumorigenesis.

31 While there is an unmet therapeutical need for NASH and fibrosis, recent preclin

32 modulator suitable for further exploring the therapeutical potential of KCa3.1 activation.

33 regulates triglyceride (TAG) metabolism; its therapeutical potential, mechanism of action, and relati

34 s immune responses and thus have substantial therapeutical potential.

35 s to modulate the microbiome composition for therapeutical purposes.

36 s finding may bear important etiological and therapeutical ramifications in understanding beta1AR sig

37 The biochemical and potential therapeutical ramifications of these findings are discus

38 granulocytes and undergoing splenectomy for therapeutical reasons.

39 importance for the development of effective therapeutical strategies to treat melanoma.

40 Newly developed therapeutical strategies, based on the most recent exper

41 clerosis could enable the development of new therapeutical strategies.

42 genomics and proteomics, to develop targeted therapeutical strategies.

43 of EPCs by hTERT transfer will provide novel therapeutical strategy for postnatal neovascularization

44 ant role in axon finding as well as a potent therapeutical target in diseases involving abnormal elev

45 rown adipose tissue, has made it a promising therapeutical target in several diseases, especially typ

46 unction and suggest that CD36 is a potential therapeutical target to counteract the cerebrovascular d

47 us non-invasive photobiomodulation and neuro-therapeutical targeting and monitoring to brain remain a

48 spects of cancer biology to consider for the therapeutical targeting of cancer energy metabolism.

49 of stress and suggest previously undescribed therapeutical targets for depression.

50 functional RNAi screen to identify tractable therapeutical targets in neuroblastoma and support CHK1

51 tand tumor biology and to identify potential therapeutical targets, we thoroughly investigated the ex

52 interest in developing advanced acupuncture therapeutical techniques that provide more comfort with