Sentence examples for application of fish from inspiring English sources

The application of fish propulsion to water crafts is found to have higher propulsive efficiency, better maneuvering capabilities, less vibrations, low emissions and more eco-friendly.

Overall, we have demonstrated the potential application of fish scale-derived collagen as a promising scaffolding material for various biomedical applications.

The application of FISH chromosome painting techniques, especially the recent mFISH (and its equivalents) where all 23 human chromosome pairs can be distinguished, has demonstrated that many chromosome-type structural exchanges are much more complicated (involving more "break rejoins" and arms) than has hitherto been assumed.

The probability design allowed development of cumulative distribution functions (CDFs) to quantify PFOS concentrations versus the sampled population, and the application of fish consumption advisory guidance to the CDFs resulted in an estimation of the proportion of urban rivers and the Great Lakes that exceed human health protection thresholds.

The application of fish collagen as a scaffold for tissue engineering has been attempted [ 52, 53].

This might circumvent the problem that, by the application of FISH, the full chromosomal complement never can be studied in an efficient and reliable way.

The applications of fish oil in foods, infant formulas, or pharmaceuticals have some disadvantages because of their contamination by environmental pollution such as heavy metal accumulation and regular fishy smell and unpleasant taste.

These uncertainties suggest that assessments of transgenic fish in contained facilities need to be conducted under as wide a range of conditions as possible, and that efficacious physical and biological containment strategies remain as crucial approaches to ensure the safe application of transgenic fish technology.

In our previous work [25], [26], we showed that the application of BAC-FISH technology can provide specific recognition of individual lepidopteran chromosomes and is also a powerful tool for physical mapping of genes on pachytene chromosomes, which allow much higher resolution than tiny and compact metaphase chromosomes.

Here we describe the application of the smRNA FISH technique to samples of Caenorhabditis elegans, a well-characterized model organism.

In-depth functional studies of these novel sequences may benefit the exploration of potential marine fish-specific immune-relevant genes for application in the control of fish diseases.