Wibowo Adi

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Controlled drug delivery based on cellular components can be achieved by exploiting diseasespecific properties, but these require a rapid, sensitive, and selective method of detection in a biomolecular system. We propose a parallel decision-making system for disease detection and classification based on the fact that DNA computing along with biomolecular(More)
Here, we report the multicomponent assembly and disassembly processes involving DNA strand displacement to construct molecular robots. The framework for development of molecular robots designates the components as parts of the robot. Molecular recognition is used to control the reversible processes of assembly and disassembly of multiple components. The(More)
"An optimal control model has been applied in the study of migration among regions [in Indonesia. The author finds that the] population in Indonesia is not well distributed: more than half...live in Java. Since migration can mean reducing or increasing the total population in a region, so a [better] distribution of the population will overcome the(More)
This paper presents a component-based framework for molecular robotic development. We proposed a new model for dynamic structural DNA nanotechnology, based on component for development of molecular robotics which parts can be composed, decomposed and replaced. Moreover, the molecular robotics model is designed to function as a drug delivery system.(More)
In this paper, we investigate an alternative double-stranded probe (dsProbe) system as detection platform that employs a similarity-based classifiers in DNA strand displacement reactions. We formulate label propagation based on DNA toehold domain as classifier, where a node propagates to neighboring nodes according to their proximity. We observe mismatch(More)
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