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1  essential guide for antibacterial antisense technology development.
2    This requires and is being enabled by new technology development.
3 igation, and recycling capacity planning and technology development.
4 or representative skin models in microneedle technology development.
5 s and humans is a major goal of neuroscience technology development.
6 ign space for innovative process engineering technology development.
7 ls widely available for further research and technology development.
8 nd scientists performing the early stages of technology development.
9  needle-tissue interaction for future biopsy technology development.
10 ics represents a new area for bioinformatics technology development.
11 form part of a program focused on innovative technology development.
12 morphous silicon is crucial for accelerating technology development.
13 chitecture and so faces unique challenges in technology development.
14  guide public and private investments toward technology development.
15 nd implications for fundamental research and technology development.
16 nical indications and stifling innovation in technology development.
17 ation, thus paving the way for use in future technology development.
18  developers were asked about suggestions for technology development.
19 potential study designs at various stages of technology development.
20 a for future research, especially during the technology development.
21 mple dearomatization driven by new synthetic technology development.
22 he large data availability and unprecedented technology developments.
23 gest new directions for energy materials and technology developments.
24 in the North Sea for various possible future technology developments.
25 oupled with extended lengths will enable new technology developments.
26 ther advancement of the field toward quantum technologies development.
27 es, guiding rational engineering for further technology development(3).
28                To estimate the efficiency of technology development, agricultural development, and su
29 y significantly impacted the productivity of technology development, agricultural development, and su
30 ces are based largely on tradition and local technology developments, albeit with an increasing evide
31                                       Recent technology development allows us to determine the genome
32                                              Technology development and adaptation have been at the h
33 g engagement in the collaborative process of technology development and adoption for field use and id
34 d discuss needs and opportunities for future technology development and analysis.
35 ting possible successes and failures of both technology development and deployment, which is a challe
36 m the foundations for 3D spatial multi-omics technology development and holistic systems biology stud
37 a, Gansu Competitive Foundation Projects for Technology Development and Innovation.
38  of complex medical conditions and care; and technology development and introduction.
39 eliminary risk governance and guide emerging technology development and policy.
40   While prior research has mainly focused on technology development and proof-of-concept studies, rec
41 ays towards effective biohydrogen production technology development and real-world implementation.
42 riate technologies and strategies to improve technology development and success.
43 on to some potential blind spots of wearable technology development and to inspire further developmen
44  COP28 will undoubtedly focus on finance and technology development and transfer, but these alone wil
45 ological and social theory in the context of technology development and use.
46 o foster an environment conducive to medical technology development and validation so that Europe can
47  genomic resource for sheep specific genetic technology development and, combined with the polymorphi
48 ized, as well as coordination of investment, technology development, and infrastructure deployment.
49 nstrument performance monitoring/evaluation, technology development, and inter-instrument comparisons
50       We argue that structuring research and technology developments around a design-build-test-learn
51 rs involved in fundamental ion chemistry and technology developments as well as practitioners of lipi
52 s robustness, ease of use, and comprehensive technology development, as well as a broad range of sele
53 T cell technologies to discuss assays, novel technology development, bench and clinical application o
54 ials over large areas, enabling research and technology development beyond individual micron-sized de
55   In the future, the anticipated advances in technology development, biological insights, and clinica
56 ) of process simulations to advance IL-based technology developments by guiding experimental research
57                                     However, technology development can be challenging, and a success
58 at can enable cross-institution research and technology development could potentially be an important
59 rch stage, PrISMa accelerates carbon-capture technology development during this critical period as we
60      They study and improve the processes of technology development (e.g. task analysis, design ratio
61 "classes" of CFPPs for future regulatory and technology development efforts and to evaluate the robus
62 ch can guide data interpretation and further technology development for UV-crosslinking-based assays.
63   We review current and emerging informatics technology developments for cancer research and discover
64                           We describe recent technology developments for time-resolved sample prepara
65  The plan also includes goals for sequencing technology development; for studying human genome sequen
66 dation of China and the Shanghai Science and Technology Development Fund.
67                                       Recent technology development has enabled such profiling at sin
68                                       Recent technology development has paved the way to the construc
69                                              Technology development has played a critical role in str
70 r, these latest trends and drone-enabled IoT technology developments have also opened doors to malici
71                                       Recent technology developments have made it possible to generat
72                         Ongoing research and technology developments hold the promise of rapid produc
73 ate environmental considerations into future technology development (i.e., Ecodesign), this study ass
74                                              Technology development in biological research often aims
75 Standard Reference Material (SRM) to support technology development in metabolomics research.
76                            The rapid rate of technology development in recent years has accelerated a
77 ess possibilities for advancing research and technology development in signal detection, resonance as
78 ential test parameters, using this to inform technology development in this area.
79 ains hindered by the relatively slow pace of technology development in toxicology and clinical safety
80  years after its first use in breast cancer, technology developments in diagnostic imaging and radiat
81 ity, on the one hand, of integrating private technology development into the laboratory's menu of act
82          Both evolutionary and revolutionary technology development, involving foundational research,
83                                              Technology development is an essential investment for po
84 e continuing upward trajectory of sequencing technology development is enabling clinical applications
85                                       Future technology development is expected to transform the curr
86                           Prenatal diagnosis technology development is necessary to be able to predic
87 ed effort to investigate further, because of technology development issues.
88 n nursing mainly cover the earlier stages of technology development, leaving scarce evidence of the i
89                                       Recent technology developments mean that haptic aids, which tra
90                                We argue that technology development must be paired with rigorous scie
91                    Most studies explored the technology development (n = 55, 59.1%) and formation (te
92 tection of ecDNA in tumour tissue with novel technologies, development of faithful preclinical models
93 -access model, methods-testing approach, and technology development of this effort, as well as the wo
94                             As space-related technology development often does, these advancements ar
95 y goals of Japan's New Energy and Industrial Technology Development Organization are 6 kilowatts per
96                                              Technology development outpaces scientific assessment of
97 onise our economy needs to be built into our technology development, particularly in the energy stora
98 (FDA) in November 2011 after a collaborative technology development process involving professional me
99                                 As part of a technology development project for single molecule DNA s
100 tions that are important when embarking on a technology development project.
101            Emerging research and information technology developments provide the potential for a broa
102  with the predicted novel tracer and imaging technology developments, provide optimism about a bright
103                                          Our technology development provides an advancement towards e
104 prepare for the next tranche of research and technology development (RTD) funding to be coordinated b
105                                       Future technology developments should prompt even deeper sequen
106 an evaluation identifies promising paths for technology development such as focusing on space-saving
107 at should be carefully weighed when pursuing technology development; such as availability of O&M reso
108                         Future directions in technology development that promise to further enhance t
109                                         With technology development, the growing self-communicating d
110 ment potential occurs at the early phases of technology development; therefore, prospective LCA resul
111                These findings support future technology development to control Culex mosquitoes and p
112 earable technology and explore next steps in technology development to further augment care for patie
113 gation of HSC niches both feed off and drive technology development to increase our capability to ass
114 ovascular diseases; and outlines a path from technology development to preclinical studies to clinica
115 t congenital heart disease regional centers, technology development to support advances in imaging an
116 n applications that have moved beyond simple technology development to utilizing inteins in more soph
117 recent discoveries have been driven by novel technology developments, which allow for in vitro axon e
118 ologically meaningful results and to support technology development with transgenic trees.
119                This review highlights recent technology developments with applications towards determ

 
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