Sentence examples for cargo e from inspiring English sources

Transportang of the cargo (e.g).g

The conjugate was evaluated for its ability to enhance the cellular uptake of a cell-impermeable cargo (e.g., F′-G pY EEI phosphopeptide) in CCRF′-G pY EE human ovarIan carcinoma (SK-OV-3) cancer cell lines.

The large elastic deformability of graphene and the van Der Waals nature of the transport force allow for programmable directional transport of various types of molecular cargo (e.g., graphene flake, carbon nanotube, fullerene, and gold nanoparticle) under the same mechanism.

It was used to transport passengers (28), fully armed paratroopers (28), wounded troops (18 stretchers and a medical crew of three), military cargo (e.g., two light trucks), and anything else that could fit through its cargo doors and weighed not much more than three tons.

Ireland: D Harte, J Jackson, R Gormley, C Harte, B McCandless, C Cargo, E Magee, P Gleghorne, M Watt, S O'Donoghue, M Darling.

A third, and more likely (although currently speculative) possibility is a role of Ubp2 in the deubiquitination of the cargo (e.g. Fur4) right at the MVB, which is then followed by a second, subsequent re-ubiquitination by Rsp5 for efficient sorting into the MVB.

"The cargo e-bike is VW's solution for the mobility challenges of tomorrow," said Thomas Sedran, chairman of the company's Board for Commercial Vehicles.

The others include a commercial-grade cargo e-bike, an electric concept van called the Crafter HyMotion that's powered by hydrogen fuel cell system, a Transporter concept van with a 48-volt mild hybrid drive system that combines a turbodiesel engine with an electric drive and finally, the ABT e-Caddy, a small van that will to arrive on market in mid-2019.

By contrast, cell-penetrating peptides (CPPs) can target intracellular proteins and also carry other cargoes (e.g. other peptides, small molecules or proteins) into the cell, thus offering great potential as future therapeutics.

Extensive effort is currently being expended on the innovative design and engineering of new molecular carrier systems for the organelle-targeted delivery of biological cargoes (e.g., peptide aptamers or biological proteins) as tools in cell biology and for developing novel therapeutic approaches.

A single Compound object may hold several structure cargos (e.g. both 2D and 3D representations).