The investigators provide some limited insight into the symmetry breaking mechanism, with data suggesting that myosin-II and actin crosslinking are important for this process.
A content dependent packetization mechanism with data-interleaving and Reed-Solomon protection for wavelet-based video codecs is proposed to provide unequal error protection.
A considerable challenge to quantifying this extinction risk is integrating robust estimates of dispersal rates (necessary for understanding mechanisms) with detailed data on local demographic rates (necessary for making robust predictions of how dispersal affects local population dynamics).
One cannot prove actual mechanism although one can effectively discredit proposed mechanisms as inconsistent with data.
These proposed mechanisms are consistent with data demonstrating protection from experimental asthma in the GSNOR knock-out mouse [ 18] and the attenuation of asthma severity in an OVA model following GSNO administration [ 50].
Validation of the present mechanism with literature data on ignition delays and flame speeds were conducted and reasonable agreements with literature data were confirmed.
Data items are collected at the level of academic department and include full-time graduate students by source and mechanism of support, with data on women; part-time graduate students by sex; and citizenship and racial/ethnic background of all graduate students, including first-time students.
This latter mechanism is consistent with data derived from a whole animal model of sepsis induced by caecal ligation and puncture (CLP) [15], where altered Ca2+ regulation was evidenced as an increase in Ca2+ leak from the SR (i.e. enhanced spark frequency).
The final mechanism is determined based on the method of uncertainty minimization using polynomial chaos expansions by comparing the predicted uncertainty of the optimized mechanisms with available experimental data in shock tubes, rapid compression machines, and jet-stirred reactors.
The purpose of this work is to combine an understanding of underlying mechanisms with particle characterization data to develop models in support of a quality-by-design (QbD) approach to drug development.
