To-date, efficiency is low but progress has been made and viable offspring have been produced through the use of AI in domestic South American camelids using both fresh and frozen semen.
To date the efficiency of searching for optimal set of SNPs has not been efficient.
To date, the efficiency of industrial-size bioreactors has mainly been improved based on empirical knowledge.
To date, the efficiency of methods to increase the tolerance of the cord to displacement and the influence of hypotension on this tolerance is yet to be assessed.
To date, the efficiency enhancement of the state-of-the-art bifacial mesoscopic solar cells is mainly focused on the rational design of high catalytic counter electrode without sacrificing the transparency.
To date, relative efficiency of siRNA predicting software has been compared using correlation analysis and ROC curves [10].
However, to date, the efficiencies of nanoparticulate-based devices have been inferior to that of the corresponding bulk-heterojunction devices.
To date, the highest efficiency of graphene-based PSCs has been 18.19%, which was reported by Agresti et al. [34], with an architecture of FTO-coated glass substrate/compact TiO2/graphene-doped mesoporous TiO2/MAPbI3/graphene oxide/Spiro-OMeTad/gold.
To date, power conversion efficiencies up to ~2% have been reported for hybrid ZnO nanowire/polymer solar cells [5, 6].
Here, we report the generation of iPS cells from human astrocytes (ASThiPS) with a similar efficiency to keratinocytes, one of the human somatic cell types with the highest reported reprogramming efficiency to date.
In other words, it aims to be the fairest, most comprehensive comparison of airline fuel efficiency to date.
