ライフサイエンスコーパス: advanced technology

1 res a complex multidisciplinary approach and advanced technology.

2 y exhibit new properties to meet demands for advanced technology.

3 today's healthcare system, which depends on advanced technology.

4 orests show chimpanzees to have impressively advanced technology.

5 op more objective guidelines for use of this advanced technology.

6 ecome a commercial reality through novel and advanced technology.

7 , making such materials ideal candidates for advanced technologies.

8 ites in the lead of functional materials for advanced technologies.

9 portance given their incorporation into many advanced technologies.

10 from other systemic amyloidoses may require advanced technologies.

11 of desired thickness, relevant to a range of advanced technologies.

12 and reimburse must be established for these advanced technologies.

13 r magnetic resonance a challenge and require advanced technologies.

14 sslinked polymers and design of networks for advanced technologies.

15 this study demonstrates that even with more advanced technology (32 vs 16 channel), CTA is inadequat

16 ed, made possible through the application of advanced technologies and bioinformatics, novel experime

17 Advanced technologies and biology have extremely differe

18 Advanced technologies and biomaterials developed for tis

19 These advanced technologies are important not only for detecti

20 n satisfy all the requirements for these two advanced technologies are limited.

21 To control and manipulate biofilm formation advanced technologies are needed.

22 as9 reagents as a source of gene drive, more advanced technologies at driving maleness, the ultimate

23 g research and care facilities equipped with advanced technologies at locations where specific health

24 nable future, then we need to apply the most advanced technologies available to the study of plant li

25 Thus, to fully utilize the advanced technologies available today, we must select th

26 mission reductions in later years, when more advanced technologies become available in most regions.

27 ure research is still needed to identify how advanced technologies can be judiciously applied in cura

28 Thus, advanced technologies for both energy conversion (e.g.,

29 Imaging and other advanced technologies for detection of gastrointestinal

30 There is a particular need for advanced technologies for the generation of reagents tha

31 he coming decade in the field of imaging and advanced technology for gastrointestinal neoplasia.

32 tion with aqueous amine solvents is the most advanced technology for postcombustion capture (PCC) of

33 Many advanced technologies have relied on the availability of

34 With the development of advanced technology in intraocular lenses, the combined

35 The impact of such advanced technology in routine clinical practice will st

36 work, we have developed and integrated three advanced technologies, including efficient ion accumulat

37 Here we use an array of advanced technologies, including ordered-clone genome se

38 Integrating these advanced technologies into the development of new biolog

39 n be challenging in patients receiving newer advanced technology intraocular lenses (IOLs).

40 ry artery (LAD) using an ATL 5000 echograph (Advanced Technology Laboratories, Bothell, Washington) w

41 ampling in anesthetized rats with the ATLAS (Advanced Technology Laboratory Animal Scanner) small ani

42 oncepts, the latest of which is known as the Advanced Technology Large-Aperture Space Telescope (ATLA

43 as one of the most promising candidates for advanced technologies of arsenic treatment mainly due to

44 Advanced technologies of lncRNA subcellular localization

45 A novel and advanced technology on solid phase extraction column pri

46 ple studies lacking the precision of today's advanced technology provided conflicting data on the eff

47 hthalocyanines (Pcs) are commonly applied to advanced technologies such as optical limiting, photodyn

48 onal genetic and biochemical approaches with advanced technologies, such as genomics and proteomics,

49 Our 1.8-m Vatican Advanced Technology Telescope and charge-coupled device

50 Results show that advanced technologies that achieve high-level nutrient r

51 ulosis in children is challenging; even with advanced technologies, the diagnosis is often difficult

52 reotactic body radiation therapy (SBRT) uses advanced technology to deliver a potent ablative dose to

53 Other advanced technologies will not provide energy-efficient