While various families of TFs are clearly associated with ripening regulation, there has been no such connection established for the large Nuclear Factor Y (NF-Y) TF family, despite its known functions in regulating plant growth, development, and abiotic or biotic stress responses [ 4, 36, 57].
However, a variety of transmitting and receiving antenna arrangements were and are still common, particularly with older larger systems established for the DAE or as large general purpose antenna arrays.
In addition, a sufficient criterion is established for the asymptotical stability at large of the disease-free equilibrium of (1.3).
A cutoff point of 1.44 was established for the differentiation between carcinomas larger versus smaller than 4 cm, with 75% sensitivity, 100% specificity, 100% PPV, and 80% accuracy.
The analysis did not reveal statistically significant associations between Glx/Cr and different types of masses/nodules, but rather with lesion size: a cutoff point of 1.44 was established for the differentiation between carcinomas larger versus smaller than 4 cm; no differences were observed in other lesions.
Although the xenobiotic-activating pathway of AhR has been well established for a large number of exogenous ligands, the receptor has been shown to participate in important developmental and cell-regulatory processes, except foreign compound metabolism.
An effective DNA replacement system has been established for engineering large fragment insertions into the chromosome of Escherichia coli.
This inequality results from the "washin-washout" artifact in the large airways that is established for solutes with large water/air partition coefficients.
Over the years, its validity has been established for a large number of lower extremity conditions.
Analytical protocols were established for a large number of compounds (47) with antimicrobial properties and the collected samples were then screened for the presence of these selected substances.
