Sentence examples for engineering to generate a from inspiring English sources

This investigation used a laser tracking system and reverse engineering to generate a digital model of an MD-82 aircraft cabin.

We have modeled this genetic change in mice by using chromosome engineering to generate a 6.3 Mb duplication of the conserved linkage group on mouse chromosome 7. Mice with a paternal duplication display poor social interaction, behavioral inflexibility, abnormal ultrasonic vocalizations, and correlates of anxiety.

Additional rodent models for ADHD have been created by genetic engineering to generate an ADHD-like phenotype, such as the SNAP-25 deficient mouse mutant coloboma [[ 21- 23], reviewed in [ 24]] and the dopamine transporter knockout mouse (DAT-KO) [e.g. [ 25, 26]].

We have used polymer brush micro-engineering to generate a stratified micro-epidermis with fewer than 10 human keratinocytes.

Certainly, it is now possible to successfully modify the profile of plant oils via transgenic metabolic engineering to generate something approaching a 'designer oil'.

The first mice lacking Rassf1 were made by Smith and colleagues, who used chromosomal engineering to generate mice carrying a 370-kb deletion (encompassing 12 genes including Rassf1) of the region syntenic to the minimal deletion region on human 3p21.3, frequently deleted in lung tumours [131].

This type of antigen engineering to generate mAb-specific domains is a general method allowing quantitation and characterization of individual mAbs in a mAb cocktail that binds the same protein and is superior to anti-idiotype approaches.

This paper addresses first experiments in the usage of model engineering to generate control/command code from a high-level description of the system featuring the notions of architecture and configuration.

Stanek et al. used genetic engineering to generate mice that expressed a rabies glycoprotein in all of their motoneurons.

These results indicate that the SHCs described here have the ability to differentiate into insulin-producing cells, and further support the idea that engineering to generate insulin-secreting cells could provide a useful resource for future therapies for diabetes mellitus.

Here we use chromosome engineering to generate mouse models with gain and loss of a region corresponding to human 1p36.