brought together in a fusion scheme. In addition, the quality of the extracted phys-iological signals has improved thanks to sophisticated tracking and noise reduction algorithms. Finally, param-eter optimization has fine-tuned harmonic analysis of the signals, thus, strengthening the measurement accuracy

Abstract—A stress-detection system is proposed based on phys-iological signals. Concretely, galvanic skin response (GSR) and heart rate (HR) are proposed to provide information on the state of mind of an individual, due to their nonintrusiveness and noninvasiveness. Furthermore, specific

Abstract—Fully-passive wireless and disposable body-sensors are promising for unobtrusive monitoring of phys-iological signals at natural settings. We present a new type of wireless analog passive sensor (WAPS) based on resistive damping, which can be used for biopotential sensing. The resistive

subjects by films while six phys-iological signals (ECG, EMG, EOG, EDA, respiration and finger temperature) were recorded. Results show that clas-sifier fusion significantly increases the recognition accuracy in comparison to single classifiers by up to 16.3%. Regard-ing the methods for handling missing

-mones in association with growth phase to control expression of specific genes, a process termed quorum sensing (19). Phys-iological processes controlled by quorum sensing occur in di-

, with the bulk of control occurring ‘‘upstairs’ ’ of MOMP. Cell death is a fundamental fact of life, and in multicellular organisms it can be critically important for the organization of cells and tissues in the body. In animals, the preemi-nent mechanism of most (but not all) phys-iological cell deaths

reduction of phys-iological responses to odorants. In an attempt to identify human CGA-related mutations, we performed whole-genome linkage analysis in affected families, but no significant linkage signals were observed, probably due to the small size of families analyzed. We further carried out direct

kinase 6 [MAPK6]) and ERK4 (MAPK4) belong to the group of atypical MAPKs which display a SEG motif in the activation loop (instead of TEY) and carry a long C-terminal ex-tension (1, 15, 58). The regulation, substrate specificity, and phys-iological functions of atypical MAP kinases are not completely

performed on market makers at the Boston Stock Exchange. This analysis involved significant preprocessing of large financial and phys-iological data sets. Short-term and long term analysis of financial and performance based event markers of the data are performed and the results interpreted. There are two

of the physiological function of calpain with respect to type 2 diabetes. Diabetes 53 (Suppl. 1):S12–S18, 2004 Calpain is a cytoplasmic cysteine protease requir-ing calcium ions for activity. Although its phys-iological function is still not fully understood, itis implicated in a variety of calcium-regulated cellular