Biosensor holds the potentials to report the presence and bioavailability of natural or synthetic bioactive molecules eliciting responses of fundamental importance for the ecological interactions in agro-ecosystems, such as competition, defence, attraction, signalling, antibiosis.
The constant Rayleigh-to-Love waves amplitude ratio for horizontal motions (R/L) in a period range of 0.1 5 s which is assumed to by Arai and Tokimatsu (2004) suggests that the shape of DSS-SW H/V is the same as H/V evaluated from the medium responses of fundamental and higher modes of Rayleigh waves, and the different amplitude between them only relies on the value of R/L.
Understanding the transcriptional regulation mechanisms during insect immune response is of fundamental interest in biology, but also could provide the rational basis for developing strategies to control vector borne diseases.
Figure 6 Amplitude response of the fundamental Love wave for the seismic velocity structure models with different bedrock depths.
The seismic response of two fundamental mechanical configurations of earthquake engineering, the elastic plastic system and the pounding oscillator, is revisited with the aid of dimensional analysis.
Experiments have been conducted on an aluminum panel with complex shape of the boundary in order to identify the nonlinear response of the fundamental mode; these experimental results have been compared to numerical results.
The results on the regulation of many genes related to the biosynthesis and signaling of several phytohormones (ethylene, ABA, cytokinin, the brassinosteroid, auxin, and gibberellic acid) indicate the involvement of the latter in the regulation of fruit set and maturation [3] and suggest that a precise balance between their biosynthesis and their responses is of fundamental importance.
The tight control of HRG responses is of fundamental importance for proper cell function as, on the one hand, HRG-induced signaling is essential for the morphogenesis and differentiation of the mammary gland [ 27] and, on the other hand, up-regulation of HRG signaling is sufficient to drive malignant transformation and the development of tumors in the breast [ 28].
Gliosis is a fundamental response of the central nervous system to scrapie infection in sheep [ 40], and the current and previous findings [ 16, 43, 45] demonstrate that it is a prominent pathological feature of the retinopathy in affected animals.
The investigation of therapeutic interventions to slow the progression of bone disease and its complications make the need for accurate assessment of disease burden in the bone and its response to treatment of fundamental importance.
