Sentence examples for different types of engineered from inspiring English sources

Different types of engineered wood products, such as plywood, are described.

Using different types of engineered DNA binders, both regulatory transcriptional controls of gene networks, as well as permanent alteration of genomic content, can be implemented to study cell fate decisions.

The ability of functionalization by anchoring specific functional groups on their surface makes possible the synthesis of different types of engineered MNPs for the removal of a large number of both organic and inorganic contaminants.

Different types of engineered nanomaterials (ENMs) are used in a wide range of applications, such as (coated) titanium dioxide (TiO2) nanoparticles (NPs) in sunscreens, silver nanoparticles as biocide in textiles, water disinfection, or wound dressings, and gold nanoparticles as carriers or sensors in medical applications.

"We're hoping to do different types of competitions each year, so that it really attracts different types of engineers to compete," Patel said.

You are right that there are lots of different types of engineers, and that design can impact how we live our lives every day.

I can work with so many different types of engineers and technicians that I can put together detectors in a very short time scale".

"It's always challenging for East Bay tech companies because we get a different type of engineer--more family-oriented, usually a little bit older," said White.

Infliximab, a humanized mouse monoclonal antibody against TNF- α, and etanercept, a soluble fusion protein comprising an epitope derived from the human TNF-receptor 2 fused to the Fc portion of human IgG, represent two different types of biotechnical engineered molecules developed for therapeutic targeting of TNF- α in inflammatory diseases.

The company also does not need federal permits to conduct field trials, even though a different type of genetically engineered grass escaped from company test plots in the past and established itself in the wild.

Potentially, this is a flexible method of surface modification that can engineer many different types of tissue engineering scaffolds with a variety of biomolecules, thus allowing initial cell adhesion to be controlled.