The phrase "able to generate many" is correct and usable in written English.
It can be used when discussing the capability of producing a large quantity of something, such as ideas, results, or products.
Example: "The new software is able to generate many innovative solutions for our clients."
Alternatives: "capable of producing numerous" or "able to create a variety of".
First, China is now able to generate many more jobs at lower levels of growth.
Traditional de novo design algorithms are able to generate many thousands of ligand structures that meet the constraints of a protein structure, but these structures are often not synthetically tractable.
No wonder they trail 1-0 athehendnd of the first in Game 3. Capitals weather the first period: Washington wasn't able to generate many scoring chances and its one power play occurred while Alex Ovechkin was in the penalty box for his one-sided fight with Andrei Svechnikov, and the first period ended with the Canes up 1-0.
This is because the RMA-S/B7.1 cells used for immunization have been reported to be able to generate many different Kb and Db restricted T-cell clones [13].
The exonuclease protocol for generating inserts is therefore able to generate many times more constructs than would be possible using a classic PCR cloning strategy, but requires the extra step of colony picking to isolate individual clones.
Although we endeavored to find markers spaced evenly across the genome, we were not able to generate many probes for the middle of FvH4_3, and those that we did use turned out to map to other Fvb linkage groups.
We are now able to use pluripotent stem cells to generate many types of human neurons, including those most affected in autism, schizophrenia, Alzheimer's disease and Parkinson's disease.
Glenn's success at snaring interceptions is one of the reasons the defense has been able to generate so many turnovers.
The unique power of the SCRaMbLE method is in being able to generate so many different events randomly and combinatorially with ease, and offering a rapid approach for yeast host strain improvement that we show here can significantly benefit multiple heterologous pathways.
The Pats haven't been able to generate too many big plays passing.
As a result, it is a priori unclear that a MILP-based MCS algorithm would be able to generate as many MCS as our network based approach.
