For this reason, nacre has become the model for bio-inspiration for novel structural materials.
Considering that fibre formation is apparently programmed into the biomolecular composition of the slime and entirely dependent on external stimuli, rather than cellular processes, velvet worm slime provides an appealing model for bio-inspired design of sustainably-produced polymeric materials.
In this paper, a new neural model for bio-inspired processing of color images, called dPREEN (double recurrent Perceptual boundaRy dEtection Neural) model, is presented.
The photosynthetic reaction centre (RC) is central to the conversion of solar energy into chemical energy and is a model for bio-mimetic engineering approaches to this end.
The used model is based on the Delft metabolical model for bio-P removal and ASM2d model for COD and N removal.
Elastin is a specialized component of the extracellular matrix and constitutes an interesting model for bio-inspired material design with a high potential for applications in biomedical and biotechnological fields.
What makes it as a role model for bio-inspiration is its strength and specifically, superior toughness owing to the synergistic effect of its inorganic and organic components and its unique architecture at its most elementary level, i.e., brick and mortar architecture.
The resulting model for bio-concentration factor.
Yarrowia lipolytica, an oleaginous yeast, is considered as a model for bio-oil production due to its ability to accumulate a large amount of lipids.
In contrast, the aim of the present perspective article is to propose a novel artificial gene model for bio-computing purpose, by enabling the storage of digitally compressed imaging data in the edittable DNA molecules.
Three pathways, Microwave Pyrolysis, hydrothermal liquefaction, and lipid extraction were modeled for bio-oil conversion.
