Conceptually different from wave-based approaches that try to reduce light scattering in turbid samples, our work represents a molecule-based strategy that focused on imaging probes.
It is filled with printed samples of our work.
Therefore, we can, so far, only target small sample sizes in our work.
Out of the 51 species sampled prior to our work and for which locality information is available, we have sampled 29 species but failed to collect 22 other species.
Figure 2 TEM images ofa Cu2S nanocrystals,b In2S3nanorods, andc matchstick-like Cu2S In2S3heterostructure nanocrystals (part of the heads are marked by thered circle).The panels (d), (e), and (f) correspond to the size distribution histograms of the samples used in our work.
The complex changes of eight splicing factors in ccRCC samples found in our work may thus result in alterations of splicing reactions.
In these studies, mutation was scored by comparing D310 sequences from tumour and corresponding normal tissue/ blood samples, similar to our work.
Different from the current best technique for microparticles' refractive index measurement, refractometry, a bulk technique requiring changing the fluid composition of the sample, our optical trap technique works with any transparent fluid and enables single particle analysis without the use of biological markers.
We chose 2010 because it was the most up-to-date sample when we began our work in early 2012.
Whereas previous work in this area has focused primarily on making theoretical predictions of optimal sampling strategies [14], [17], our work uses extensive data simulations, over a broad range of both number of loci sampled and total sequence length sampled, to explore the validity of those predictions.
