Maria Psiha | Ionian University (original) (raw)
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Papers by Maria Psiha
Most biological characteristics arise from complex interactions between numerous entities of a li... more Most biological characteristics arise from complex interactions between numerous entities of a living cell, such us DNA, RNA, proteins and other small molecules. Therefore, understanding the structure and dynamics of the complex cellular interactions that contribute to the structure and function of living cells is a fundamental and challenging problem for experimental and computational biologists in the post-genomic era [1]- . These cellular entities and interactions form various biological networks that can be generally divided into the following three types:
While the plethora of artificial biomedical applications is enriched and combined with the possib... more While the plethora of artificial biomedical applications is enriched and combined with the possibilities of artificial intelligence, bioinformatics and nanotechnology, the variability in the ideological use of such concepts is associated with bioethical issues and several legal aspects. The convergence of bioethics and computer ethics, attempts to illustrate and approach problems, occurring by the fusion of human and machine or even through the replacement of human determination by super intelligence. Several issues concerning the effects of artificial biomedical applications will be discussed, considering the upcoming post humanism period.
Most biological characteristics arise from complex interactions between numerous entities of a li... more Most biological characteristics arise from complex interactions between numerous entities of a living cell, such us DNA, RNA, proteins and other small molecules. Therefore, understanding the structure and dynamics of the complex cellular interactions that contribute to the structure and function of living cells is a fundamental and challenging problem for experimental and computational biologists in the post-genomic era [1]- . These cellular entities and interactions form various biological networks that can be generally divided into the following three types:
While the plethora of artificial biomedical applications is enriched and combined with the possib... more While the plethora of artificial biomedical applications is enriched and combined with the possibilities of artificial intelligence, bioinformatics and nanotechnology, the variability in the ideological use of such concepts is associated with bioethical issues and several legal aspects. The convergence of bioethics and computer ethics, attempts to illustrate and approach problems, occurring by the fusion of human and machine or even through the replacement of human determination by super intelligence. Several issues concerning the effects of artificial biomedical applications will be discussed, considering the upcoming post humanism period.