"full pipeline" is a correct phrase that is often used in written English.
It is used to describe the complete set of processes (usually referred to as a pipeline) that are necessary for a particular task to be completed. For example, "The data science team worked hard to build a full pipeline for the project's analytics tool."
The full pipeline takes approximately 10 12 days to execute for a typical protein sample, including the time needed for NMR data acquisition, and requires minimum supervision.
In June, President Obama said that the building of the full pipeline – on which he alone has the ultimate thumbs up or thumbs down – would be approved only if "it doesn't significantly exacerbate the problem of carbon pollution".
This week GSK unveiled its crown jewels: a full pipeline of compounds in research and development, the result of a £2.6 billion ($4.5 billion), 16,000-researcher-strong effort.
In January, President Obama rejected the company's previous application to build the full pipeline, saying a Congressional mandate that he decide on the project by mid-February did not allow adequate time to complete environmental reviews.
While the president rejected TransCanada's earlier application to build the full pipeline from Canada to the gulf coast, he has made no final decision on whether the project will go forward.
One effect was that the Trump team could not scale up quickly enough during the transition and, therefore, failed to maintain a full pipeline of appointees for the new administration.
Healthy drug firms with robust products and full pipelines, they say, stick to the sort of deal-making that is focused on collaborative research and development.
By using BioTriangle, users are able to start a full pipelining from getting molecular data, molecular representation to constructing machine learning models conveniently.
By using PyBioMed, users are able to start a full pipelining from getting molecular data, pretreating molecules, molecular representation to constructing machine learning models conveniently.
In this paper, a high throughput and high accuracy full-pipeline hardware architecture with disparity and row parallelism is proposed.
"It used to be just loggers and dairy farmers," says diner owner Marlene Peck, surveying the tables full of pipeline workers in her small establishment off Interstate 81.
