Sentence examples for this manuscript including from inspiring English sources

We are grateful to Hugo Bellen (Baylor, TX, USA) for his generous sharing of UAS-PLCδ1-PH-GFP flies and multiple antibodies used in this manuscript, including the Synj antibody that we renamed here to p-Synj for clarification purposes.

The publisher has our consent to publish this manuscript including figures and associated data.

We are grateful to those colleagues that commented on earlier versions of this manuscript, including Michel Loreau, Andy Hector and Eric Garnier.

The data associated with this manuscript (including raw spectra, spectral counts, and statistical values) are available either in the associated supplemental material (Table S1, Table S2, Table S3) or will be freely and publicly available at https://proteomecommons.org/tranche (accession: PhoPSalmonella032509) and GEO at www.ncbi.nlm.nih.gov/geo (accession number: GSE17670).

The authors would like to sincerely thank all of those who have made important contributions to this manuscript, including David Osborne and Sally Dahmes, without whom the primary experiments in cervids could not have been performed, and Dr. Michael Miller, who provided initial samples of CWD+ brain.

We are indebted to many people who helped with genotyping, mouse handling and tissue processing for the data shown in this manuscript including T. Cheung, S. Stayte, S.Woodworth, S. Wu, C. Leong, Ed Cairns, all in BV's lab at Garvan Institute and M. Kuypers in MSF's lab at UCLA.

This manuscript includes the details of a multi-level factorial DOE and the response optimization results.

This manuscript includes model development and computer solution using the FLUENT code.

This manuscript includes data collected at the Stanford Synchrotron Radiation Laboratory, which is operated by the Department of Energy, Office of Basic Energy Sciences, with additional support from SSRL-SMB.

This manuscript includes an overview of the data that were submitted and a discussion of the strengths and shortcomings of these data supporting the qualification decision.

The key features of this manuscript include a hybrid design of a square-core octagonal-lattice photonic crystal fibre with only circular air holes that exhibits high birefringence and broadband dispersion compensation covering the E, S, C, L, and U communication bands (1360 1675 nm) and a statistical comparison of the proposed design with some other recently proposed designs.