ライフサイエンスコーパス: to further investigate

1 To further investigate ABA4 and NXD1 function in Arabidopsis,

2 To further investigate HLHS-cardiomyopathy gene associations

3 To further investigate how risk SNPs in active regulatory ele

4 To further investigate the cellular and molecular mechanisms

5 To further investigate the function of DRP1 on ER-lipid dropl

6 To further investigate the intricacies of this copathogenesis

7 To further investigate the mechanisms through which this locu

8 To further investigate the RNA-binding specificity of FMRP, w

9 To further investigate the role of [Ca(2+) ] and the actin cy

10 To further investigate the role of HspX in native protein agg

11 To further investigate the role of OAg size in protection, we

12 To further investigate the role of PKM2, we used TEPP-46, whi

13 To further investigate the termite microbiomes as sources of

14 To further investigate their therapeutic potential, we have e

15 To further investigate this multifaceted relationship, a huma

16 To further investigate this pathogenetic model, we ascertaine

17 To further investigate this, we re-trained a model using only

18 Here, we aim to further investigate the role of GABAergic transmission, es

19 offers new opportunities to explore Sec61alpha function and to further investigate its potential as a therapeutic target

20 Such insights present promising candidates to further investigate for new therapeutic strategies in the

21 ma detection rates (ADR) in initial screening colonoscopies to further investigate the role of diabetes in adenoma detect

22 echnologies, but despite initial efforts it remains crucial to further investigate the technology for quantification of c

23 isoform reconstituted into proteoliposomes opens new doors to further investigate the structure and functions of cellulo

24 with an unfamiliar social stimulus in the same environment to further investigate the effect of familiarity on network t

25 its key properties and SICM currents, building foundations to further investigate and improve understanding of the Gram-

26 may allow more complex models to be generated in the future to further investigate helminth-host interactions.

27 Novel mouse models were generated to further investigate the functions of Synpo.

28 edle liver biopsy specimens can provide sufficient material to further investigate the interaction of viral and host prot

29 transcriptional adaptation in C. elegans, a powerful model to further investigate underlying molecular mechanisms.

30 ure to oil and/or hypoxia matters, and underscores the need to further investigate the impacts of multiple stressors on i

31 Our work points to the need to further investigate the presence and properties of magneti

32 Our results indicate the need to further investigate these relationships and potential mech

33 efs due to increasing cover of PAC, there is an urgent need to further investigate competitive interactions between PAC a

34 Future longitudinal studies are needed to further investigate whether mixed ADNC/LATE-NC may be prot

35 (1-31) was synthesized and biologically evaluated in order to further investigate the potential of this scaffold to obta

36 We set out to further investigate this by studying patients with type I

37 create a mouse model with translational functional outcomes to further investigate RLN regeneration and potential therape

38 We believe that this model represents a powerful platform to further investigate the mechanisms of LB formation and cle

39 covery of superhydride CeH(9) provides a practical platform to further investigate and understand conventional supercondu

40 This study sought to further investigate these effects by comparing ketamine wi

41 In this work, we sought to further investigate the function of OmpR in V. cholerae bi

42 e 1 blockers may be less effective and support the strategy to further investigate firibastat in subjects with difficult-

43 his study also provided clues for future biological studies to further investigate the mechanism of how SPRY genes partic

44 Subtype-selective OX1R antagonists are valuable tools to further investigate the functions and physiological role o

45 A Phase III RCT is underway to further investigate safety and efficacy.

46 Whole-brain coverage permitted us to further investigate the large-scale organization of subcor

47 eoclastogenesis and rheumatoid arthritis, which prompted us to further investigate the FOXO3 locus.

48 Additional genetic approaches based on this gene were used to further investigate LOX3 function in relation to leaf grow

49 erface for the data generated in this paper, allowing users to further investigate the SkewI values and thresholds of the

50 Together, our observations provide a foundation from which to further investigate lymphatic valve formation in zebrafish