The reaction and regulation mechanisms of biochemical reaction system in vivo have been recognized to be very complicated and most of these are remained unsolved. For the elucidation of reaction system in vivo numerous computation works would be required. In this connection, the simulation with computer graphics on the activation of pepsinogen and the lysozyme-inhibitor interaction as model reaction systems were attempted in expectation of the saving of turn-around time in digital computation. The results clearly show that this method is the most useful one for the analysis of biochemical system with respect to the speed-up of the computation work
In the study of biochemical processes,c omputer simulation is a valuable tool. Computer simulation c...
iii In recent years technology has made possible more complex and CPU intensive simulations in the a...
Hofestädt R, Meinecke F. Interactive Modelling and Simulation of Biochemical Networks. Computers in ...
Computer simulation of glycolsis a comperative study of the control of glycolysis in fetal and adult...
4siReaction systems are a computational model inspired by the bio-chemical reactions that happen ins...
Dynamic simulations are a useful means of studying certain aspects of enzyme reaction mechanisms tha...
Statement of the problem. The development of computational models allows one to easily reveal and qu...
Typescript (photocopy).Model complexes of porcine pancreatic elastase with the inhibitor, trifluoroa...
The activation of pepsinogen to pepsin was investigated by a combination of experiments and computat...
The application of computer simulation to molecular systems of biochemical interest is reviewed. It ...
Molecular modelling and simulation techniques have proved power-ful tools for helping to understand ...
It is a dream of Systems-Biology to efficiently simulate an entire cell on a computer. The potential...
In this paper we show some applications of Advanced and Parallel Computing to the study of mathemati...
International audienceIn this course we will present some of the simulation methods most widely used...
7noReaction systems represent a theoretical framework based on the regulation mechanisms of facilita...
In the study of biochemical processes,c omputer simulation is a valuable tool. Computer simulation c...
iii In recent years technology has made possible more complex and CPU intensive simulations in the a...
Hofestädt R, Meinecke F. Interactive Modelling and Simulation of Biochemical Networks. Computers in ...
Computer simulation of glycolsis a comperative study of the control of glycolysis in fetal and adult...
4siReaction systems are a computational model inspired by the bio-chemical reactions that happen ins...
Dynamic simulations are a useful means of studying certain aspects of enzyme reaction mechanisms tha...
Statement of the problem. The development of computational models allows one to easily reveal and qu...
Typescript (photocopy).Model complexes of porcine pancreatic elastase with the inhibitor, trifluoroa...
The activation of pepsinogen to pepsin was investigated by a combination of experiments and computat...
The application of computer simulation to molecular systems of biochemical interest is reviewed. It ...
Molecular modelling and simulation techniques have proved power-ful tools for helping to understand ...
It is a dream of Systems-Biology to efficiently simulate an entire cell on a computer. The potential...
In this paper we show some applications of Advanced and Parallel Computing to the study of mathemati...
International audienceIn this course we will present some of the simulation methods most widely used...
7noReaction systems represent a theoretical framework based on the regulation mechanisms of facilita...
In the study of biochemical processes,c omputer simulation is a valuable tool. Computer simulation c...
iii In recent years technology has made possible more complex and CPU intensive simulations in the a...
Hofestädt R, Meinecke F. Interactive Modelling and Simulation of Biochemical Networks. Computers in ...