Biomechatronic Design in Biotechnology: A Methodology for by Carl-Fredrik Mandenius
By Carl-Fredrik Mandenius
This state of the art advisor at the basics, conception, and functions of biomechatronic layout principlesBiomechatronic layout in Biotechnology offers a whole technique of biomechatronics, an rising version of the mechatronics box that marries biology, electronics, and mechanics to create items the place organic and biochemical, technical, human, management-and-goal, and data platforms are mixed and built-in that allows you to remedy a venture that fulfills a human desire. A biomechatronic product encompasses a organic, mechanical, and digital half. starting with an outline of the basics and concept at the back of biomechatronic expertise, this e-book describes how common engineering layout technological know-how concept might be utilized whilst designing a technical procedure the place organic species or elements are built-in. a little research equipment explored comprise schemes and matrices for studying the performance of the designed items, rating equipment for screening and scoring the simplest layout ideas, and structuring graphical instruments for a radical research of the subsystems and sub-functions of goods. This insightful consultant also:Discusses instruments for developing shorter improvement instances, thereby decreasing the necessity for prototype trying out and verificationPresents case study-like examples of the expertise used akin to a floor plasmon resonance sensor and a robot telephone culturing procedure for human embryonic stem cellsProvides an interdisciplinary and unifying technique of the various fields of engineering and biotechnology utilized in biomechatronic designBy combining designs among conventional digital and mechanical subsystems and organic platforms, this ebook demonstrates how biotechnology and bioengineering layout can make the most of and make the most of usual layout instruments— and profit humanity itself.
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Additional info for Biomechatronic Design in Biotechnology: A Methodology for Development of Biotechnological Products
1, the interrelationships between the main areas and the applications are perhaps more apparent. This understanding is important. Biology can seldom be understood from a single subarea, but must take into account the whole biological system, as is so prominent in systems biology with its applications in genomics, proteomics, metabolomics, and transcriptomics. 1 Overlapping biological competences. perspective is critical for the function and operation of technical systems. Without knowing how the genome interacts with the metabolome and transcriptome, our ability to exploit the cellular machinery is severely impeded.
Could the weak spots be ranked in terms of severity? And could a remedy be anticipated? 2 Abstraction of Interrelationships of Systems Another means is to apply the principle of abstraction on the system. This tends to reduce the complexity and to generalize the problems. Abstraction means that the problems are placed on a generalized abstract level. It simplifies to see parallel solutions from other systems that share the same level of abstraction. This may stimulate creativity and systematic thinking and reduce the risk of going for an easy concrete solution too soon.
The aim is to ensure that those design concepts that are more feasible for manufacturing become favored in the screening and assessment process. For biotechnological and biomechatronic products, it is important that the biological attributes and criteria of relevance for manufacturing are carefully considered when they are listed in the target specification. These criteria should also be ranked high when scoring the manufacturing alternatives. Thus, the biological experts of the team must identify the biologyrelated manufacturing requirements early, and, if possible, also anticipate their cost effects.