There is currently a high level of interest in the development and validation of models that include the early detection of non-cavitated lesions using visual- and technology based methods with the intent of shortening the length and cost of caries trials [ 10].
In recent years, researchers in this area have been looking for unconventional high-performance enzymes, developing hydrolysis methods for the isolation of peptides and technologies based mainly on the use of native proteins.
However, our study has drawn strengths from understanding of individual streams of biophysical and social studies and developed unique method of integrating frontier technology based information with local community measurements and adopted novel way of testing its complementarity, efficacy and scalability using REDD+ MSRL Index.
These limitations have led to the development of alternative CTC isolation methods, including technologies based on size filtration, density gradients, and microfluidic techniques, which have demonstrated increased yields of CTCs (Vona et al, 2000; Nagrath et al, 2007; Adams et al, 2008; Williams et al, 2009).
Based on the calculation method listed, biomass-processing technology based on AFEX pretreatment is able to generate 737 kJ/kg more energy from the residual solids than that of dilute acid pretreatment.
More technology based methods such as video telephony, Internet forms and e-mail were not as highly appreciated.
This paper describes an innovative method for a fiber-optic sensing technology based on multichannel fiber Bragg grating (FBG) sensor arrays, which was applied to deionized water and free-CO2 core flooding experiments on saturated Shaximiao sandstone core specimens under various sequestration pressures.
The recent development of surface-enhanced laser desorption/ionization technology, based on improved methods for the chemical preparation of absorptive surfaces and their use for solid-state mass spectrometry, allows high-throughput protein analysis of crude biologic samples [ 16].
Recently, an inverse virtual screening (IVS) technology based on molecular docking methods has been developed and widely used for the process of target identification (Chen and Zhi 2001).
Opportunity to work out a new paradigm of practice for designing sustainable infrastructure is offered by technology based on biological methods.
