Sentence examples for principles for further from inspiring English sources

Much of the scepticism is born from the fact Kerry's ambitious talk of the all-encompassing "final status agreement" has, for some months now, been replaced with more modest noises about a getting the sides to endorse a set of basic principles for further talks.

Also, this paper provides insight into alloy design principles for further development of creep-resistance Mg Al RE based alloys.

The high efficacy of sg(B I) provided us with design principles for further implementation of nicking-directed recombination systems.

Taking into account the quality and safety requirements newly imposed by a globalised market, we especially highlight the scientific evidence behind TCM, update the most important milestones and pitfalls, and propose integrity, integration and innovation as key principles for further modernisation of TCM.

In conclusion, the present study revealed the clinical significance of pre-therapeutic serum VEGF levels that were significantly higher in patients with osteosarcoma who relapsed during the first year of treatment, and also provided the basis to establish the anti-angiogenic principles for further therapy targeting patients at high risk of angiogenesis-dependent relapse of osteosarcoma.

This is usually referred to Cavalier's principle (for further information please see Appendix 1).

This study provides proof of principle for further peptide-MHC II tetramer guided approaches in the elucidation of limited immunological memory to B. pertussis and the resurgence of pertussis.

In conclusion, we believe that the findings of this study provide the proof of principle for further testing of dose intense regimens in adult LCH, as treatment intensity and quality of initial response rather than treatment duration or maintenance therapy emerged as important determinants of the final outcome.

The results establish some design principles, important for further development and application of thin-films for band energy engineering in transparent conductive oxide materials.

Some principles for the further design and applications of intracellular stimuli-responsive nanomaterials and future perspectives are discussed.

The average S-wave velocity in the upper 30 m is one of the principle parameters for further studies such as microzonation, ground motion prediction equations (GMPEs) etc. (i.e., Stewart et al. 2012).