To realize this promise, methods for rapid and controllable genetic manipulations are urgently needed.
Independently of this drift having been identified, the Avogadro project and development of the Watt balance promised methods of indirectly measuring mass with a very high precision.
They promise novel methods of surveillance and intelligence gathering – not just in traditional war zones abroad but also in controlling an unruly citizenry at home.
Recent developments in plasmonics theory promise new methods with great potential to enhance light trapping in thin-film PV devices [7, 8, 9, 10, 11, 12, 13, 14].
However despite their promise, these methods have not been widely adopted.
Probably because they contain intact genomes and are therefore smart, stem cell based therapies are beginning to show promise as methods to ameliorate lung injury and possibly fibrosis.
Although novel biomarkers, specialized preoperative testing, and immediate postoperative risk indices show promise as methods to refine these risk estimates, more research is needed on how best to integrate risk information from these different sources.
Despite the promises these methods hold for conservation genetics, there are also limitations to the use of historical DNA, and special precautions are required in the experimental and the analytical phase of such work.
But then the article returns to the promise of the method.
The low deposition temperature and one-step solution method promise potential applicability by printing methods.
