These methods suffer due to the problem of low sequence similarity at the protein level, which suggests that a nucleotide based approach could be useful.
Nevertheless, an mRNA based approach could be a useful means to regulate cellular function, and to mediate trans-differentiation such as from fibroblast to neurons or cardiomyocytes [6], [7] that require shorter time.
Our novel web based approach could be applied to other medical images (eg mammography, pulmonary CT, MR of joints) and to non-radiological applications e.g. dermatology, histology, blood smears, i.e. anything where visual interpretation of some sort of image is necessary.
Therefore, in principle, a homology based approach could be used to identify the putative pistil S-gene in Fabaceae species.
It is suggested that knowledge-based approaches could be used more widely to predict the distribution of invertebrate species.
This article focuses on how ecosystem-based approaches could be mainstreamed in recovery and reconstruction after large scale, rare and infrequent coastal hazards.
A better availability of data allows the application of different methods to cope with uncertainty, i.e. portability-based approaches could be applied to investigate the impact of logistic related disturbances.
SERS and FLIM-based approaches could be used to further characterize chromate and other metal reduction sites and rates in live S. oneidensis MR-1 exposed to environmentally relevant conditions.
In principle these complementation or homology-based approaches could be applied to assess the role of human tumor variants in genome integrity.
Moreover, in the event of a C. burnetii outbreak, MS-based approaches could be useful in strain subtyping, which in turn allows preventive measures and treatments to be used.
