ライフサイエンスコーパス: to further investigate

1 To further investigate how Fus3 controls the fate decision pr

2 To further investigate mucus abnormalities, here we studied a

3 To further investigate PGRN's function in the immune system w

4 To further investigate phase-transition in adipose tissue in

5 To further investigate silencing mechanisms, we screened a mu

6 To further investigate the CDC potential of these mAbs, we us

7 To further investigate the effect of the LTB4 pathway in bone

8 To further investigate the effect of this hydrophobic core, w

9 To further investigate the function of ZFP106, we performed a

10 To further investigate the genetic interaction between p53 lo

11 To further investigate the Idh1 mutation as an oncogenic driv

12 To further investigate the influence of sequence variation on

13 To further investigate the local action of natriuretic peptid

14 To further investigate the relationships between BtAdVs and C

15 To further investigate the risk factors for nut allergy, we a

16 To further investigate the role of inflammation in lung carci

17 To further investigate the role of macrophage LKB1 in vivo, A

18 To further investigate the role of OATP2B1 in morphine brain

19 To further investigate the signalling pathway involved in HpS

20 To further investigate this hypothesis and potential mechanis

21 To further investigate this hypothesis, mice were challenged

22 We did this secondary analysis to further investigate the effect of combination therapy on s

23 Here, we adopt a molecular modeling approach to further investigate this interaction and its possible regu

24 These results provide a basis to further investigate the molecular mechanisms and contribut

25 This study provides a structural basis to further investigate the starch degradation in kiwifruit, w

26 l cognitive tests in a touchscreen-equipped operant chamber to further investigate the nature of learning and memory chan

27 Ex situ TEM characterization is conducted to further investigate the structural evolution of porous and

28 5(OH)2D3), the biologically active metabolite of vitamin D3 To further investigate the mechanism of this resistance, we s

29 ore, it is essential for the discovery of biomarkers in ECs to further investigate the non-SMGs that were highly associat

30 Our findings provide a framework to further investigate the modulation of mitochondrial activi

31 d an in vitro translation system using purified human IFIT1 to further investigate the mechanism of action of IFIT1.

32 It will be interesting to further investigate the mechanisms of the CPAF-dependent c

33 The aim of this paper is to further investigate the effects of the e-cigarette liquids

34 es, and suggests that our tau KO strain is a relevant model to further investigate the role of dTau proteins in vivo, the

35 However, pharmacodynamic and safety studies are necessary to further investigate the use of these NSAIDs in cockatiels.

36 These findings highlight the need to further investigate the effect of vitamin D on host immuni

37 under water oxidation conditions and points toward the need to further investigate the role of the N-O ligand in promotin

38 Additional prospective studies are needed to further investigate and explain this association.

39 ted in clinical trials, and there remain many opportunities to further investigate known classes of CXCR3 antagonists and

40 In order to further investigate the role of RfaH in LPS synthesis, res

41 trochemical impedance spectroscopy (EIS) was also performed to further investigate the difference in the PANI/bacteria fi

42 w insights into this dynamic process but also define probes to further investigate HIV infection.

43 additional analysis of the classifier on a second test set to further investigate the results both on particular cases a

44 otal of 40 (34.5%) participants required additional studies to further investigate abnormalities identified on screening,

45 In our study, to further investigate the risk susceptibility by the gamma s

46 We used spectroscopic and stopped-flow techniques to further investigate how the changes in FMN domain conforma

47 The geNOps are useful new tools to further investigate and understand the complex patterns of

48 Exploring these unique genes and mutations will allow us to further investigate the disease mechanisms underlying each

49 Our behavioral paradigm could be used to further investigate effects of inflammation on motivationa

50 librium Green's function/density functional theory was used to further investigate the transport process in these molecul