Sentence examples for morphologies based on from inspiring English sources
We present a new strategy for the fabrication of artificial skeletal muscle tissue with functional morphologies based on an innovative 3D bioprinting approach.
Such criteria create a spatially resolved mechanistic droplet drying model which is capable of simulating multiple dried-particle morphologies based on evolving droplet composition and drying conditions.
Three new pigment morphologies, based on natural ground calcium carbonate (gcc), with special surface structure modifications, are contrasted with standard gcc by using consolidated tablet blocks made from a suspension of each pigment and chosen mixtures thereof.
Scanning electron microscopy was performed on the fibre scaffolds which were then used to identify various scaffold morphologies based on the ratio of surface occupied by the polymer fibres on that covered by the entire polymer scaffold assembly.
It is found that only idealized morphologies, based on spherical or slightly prolate (i.e. rod-type) ellipsoids, are expected to give rise to a Bruggeman law with an exponent of about 1.3.
Self-assembled HOBC/PSEO systems maintain generated droplet-like morphology of the HOBC phase even after 3 months, thus confirming the possibility of obtaining multifunctional materials with stable and well-defined morphologies based on block copolymer-dispersed liquid crystals as optically transparent matrices.
The latter ones show different morphology based on composition.
Morphological filters are based on the mathematical morphology based on set theory.
Our study has some limitations such as retrospective nature, performing surgical procedures by more than one surgeon and evaluation of filtering bleb morphology based on only two parameters – size and height.
Axons were imaged individually through a cranial window and classified according to their morphology based on previous anatomical reconstructions and findings8 (see Methods).
Much has been learned from comparative physiology and morphology, based on observations that oxygen consumption rates differ significantly among species.
