In biological methods, a vast array of biological resources easily available in nature including plants and plant products, algae, fungi, yeast, bacteria, and viruses could all be employed for synthesis of nanoparticles, and the time required for complete reduction is lesser.
Owing to the advent of high throughput proteomic studies in combination with the computational methods, a vast amount of information is becoming available on the protein assemblies and protein-protein interaction networks [5].
These methods are a vast improvement over previous methods that usually depended on the infant making motor responses (e.g., reaching for an object, or crawling to a location), which we know are poorly developed early in life for reasons having to do with immature brain maturation, not immature cognitive abilities.
Sculptured nano-structures fabricated by these methods have a vast area of applications such as optical filters [13], reflectors [14], polarizers [15], sensors [16, 17], bioscaffolds [18], and microchannels [19].
These methods have a vast range of features, which include a variable amount of particles, the avoidance of rejecting low weighted particles, the removal of the restriction of the resamples needing equal weights, and the introduction of parallel frameworks that can be used during resampling.
So they've committed themselves to restoring their precious prepuces, relying on do-it-yourself methods and a vast toolkit of skin-stretching devices.
Nevertheless, we showed that our model reduced spatial errors by 40 50% compared to classic speed filter+interpolation methods, with a vast majority of latent (i.e. estimated but not directly recorded) locations being within 10 km of true position.
This "Robust Poisson" method represents a vast improvement over the regular Poisson method.
This approach is a kind of energy method with a vast application in conservative oscillatory systems.
Among the simulation methods there are a vast number of studies using dissipative particle dynamics (DPD) method for the prediction of different aspects of polymeric nano-micelles for encapsulating drugs.
This failed disastrously, and the Chinese communist leadership had to devise its own planning methods, adapted to a vast country with poor communications and a low stage of economic development.
