Sentence examples for development of the finger from inspiring English sources

As the pedicel rupture force pattern is considered to be an effective way of measuring banana finger drop (Saengpook et al. 2007), our data suggest that our experimental conditions induced the development of the finger drop process in Cavendish bananas.

Sensitive analysis for the hydraulic properties of the unsaturated soil on the penetration process shows that pore size distribution index is the main factor influencing the penetration time through the unsaturated zone, the penetration time through the entire aquifer, the accumulation time at the boundary layer, and the development time of the fingers.

Another critical question for the development of zinc finger technology concerned the length of DNA that could be specifically targeted by these proteins.

But CRISPR has proven so easy and inexpensive that Dana Carroll of the University of Utah, Salt Lake City, who spearheaded the development of zinc finger nucleases, says it has brought about the "democratization of gene targeting".

The diagrams presented in our study allow detailed study of the development of individual finger or thumb strength in individual children with time.

"CRISPR has proven so easy and inexpensive that Dana Carroll of the University of Utah, Salt Lake City, who spearheaded the development of zinc finger nucleases, [one of its competitors,] says it has brought about the 'democratization of gene targeting.'" You can find out more about CRISPR and this year's runners-up by reading the special section in this week's issue of Science.

This has changed dramatically over the past 5 years with the development of zinc finger nuclease (ZFN) technology.

The development of DNA finger printing (genotyping) of Mycobacterium tuberculosis isolates has provides a better insight in understanding of the transmission of tuberculosis [ 9].

They recently announced the development of a finger vein authentication technology called "mofiria".

The development of zinc finger nuclease technology provides opportunities for genomic editing at precise locations in human cells [ 38].

Two significant challenges we faced were (i) the development of zinc finger domains that target sequences not recognized by naturally occurring zinc finger proteins and (ii) determining how individual zinc finger domains could be tethered together as polydactyl proteins to recognize unique locations within complex genomes.