Arguably, the necessary software and computing power are now within reach of many researchers in the chemical sciences, and experiments of the future may be preceded by a computational characterisation of compounds of interest, which, when coupled with predictive models, could lead to the selection and prioritisation of the most promising synthetic routes and products [4, 5].
The preliminary design of the experiments and the future work are described.
Present at the creation, they did not want to place any cap on the potential achievement of the experiment in the future.
"I'm pretty sure that there are many other exciting things that will come out of the experiment in the future".
Based on the outcome of the experiments conducted so far, we consider network delays that are associated with the transfers of requested data to be the most likely factor that can impact the accuracy of the future experiments.
The preparation of the labeled proteins used in the LRET assay is very important for the accuracy of the future experiments.
"But in the Linbury we can develop the artists of the future and experiment with the art form itself and take more chances".
These inventors are at the cutting edge, still waiting to see whether their experiments will become part of the textbooks of the future… or be lost to history with such useless technologies as the anti-eating face mask.
We conclude that reducing technical variability between the samples and using bioinformatics tools that maximize statistical power of CNV detection, such as ExomeDepth, will allow efficient CNV identification and will increase the value of the future exome sequencing experiments.
However, using templates does change the information that is recorded and can result in a loss of the specific details of the procedure and the personal narrative of the experience of the experiment, critical for reproducibility and future understanding.
