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A new method of predicting structure vibration based on scaled model is proposed for panel vibration induced by turbulent boundary layer.
Here we report the first systematic approach for predicting structure and function of long signal peptides of single-pass integral membrane proteins.
PEPstr is a state of art method for predicting structure of bioactive peptides.
Nevertheless, our protocol is successful in predicting structure from these low-resolution data.
When predicting structure for one specific target protein, the target itself is removed from the template list.
This defines a novel RNA structure that provides a new benchmark for programs predicting structure from sequence.
Similar(52)
A procedure for predicting structure-borne noise and vibration from underground railway lines is discussed.
Two models are presented for predicting structure-borne sound transmission between thin orthotropic plates connected by a rigid junction.
The main challenge in predicting structure-borne sound in wood buildings is to accurately model the vibration transmission between the source and the receiving room.
We describe a particular approach to the so-called multiscale modelling problem spanning the range 1 1000 _and 1 107 femtosec and its intended applications to predicting structure-function relationships required for materials analysis and design.
The structure-borne sound power is the structure-borne equivalent of the airborne sound power of the source and is of great potential interest in predicting structure-borne sound.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com