Example data for research paper: - ts_16_annotations.zip ... The 4-class annotation volumes; - ts_16_predictions.zip ... The 4-class prediction volumes; - ts_16_predictions_256.zip ... A 256 x 256 x 448 crop of the 4-class prediction volumes; - ts_16_predictions_512.zip ... A 512 x 512 x 448 crop of the 4-class prediction volumes; - ts_16_predictions_768.zip ... A 768 x 768 x 448 crop of the 4-class prediction volumes; - ts_16_predictions_1024.zip ... A 1024 x 1024 x 448 crop of the 4-class prediction volumes.

This dataset contains two tables with the horizontal and vertical components of the GNSS-derived velocity field used in the study by Viltres et al., 2022 "Present-day motion of the Arabian plate"

The dataset represents a modified version of the source code of EMAC model used in the study "The effect of ash aging and heterogeneous chemistry on evolution of a Pinatubo-size volcanic cloud" as well as the datasets used to evaluate the model results.

HEK293T cells were transfected with plasmids expressing the full-length SARS-CoV-2 Nucleocapsid protein with an without the R203K/G204R mutations

Origin project including all source data used for Figures 1 to 5.The Project is structured in sub-folders, with one folder dedicated to a specfic Figure of the paper. Folder 1 includes SCLC diode characteristics measured for DPP-BTz SCLC diodes with and without additives. Folder 2 includes low-temperature measurements of diodes, extracted activation energies as well as dn/DE values extracted by SCLC-spectroscopy. Folder 3 includes measured diode characteristics of IDT-BT, MEH:PPV and DPP-DTT SCLC diodes, corresponding dn/dE values and PDS spectroscopy data for these materials. The last Folder includes stability measuremtns of DPP-BTz diodes showing the evolution over 10k IV-characteristics. Any additional data from the paper (such as thoese shown in the SI or GIWAXs data) is available on request. Format

Plasmodium simium, a parasite of various species of Platyrrhini monkeys whose range is restricted to the Atlantic Forest of Brazil, is genetically and morphologically similar to P. vivax. Based on this similarity, it appears likely that P. simium originated as a parasite of monkeys in Brazil following a host switch from humans carrying P. vivax. The 2015 outbreak of P. simium in the local human population raised questions about the degree of divergence that has occurred between P. vivax and P. simium, and whether adaptation to monkeys has led to the evolution of a parasite with clinical relevance to human health that differs from that of P. vivax. The degree and nature of adaptation to a non-human primate host and a sylvatic transmission cycle that has occurred in P. simium following its anthroponotic origin is of relevance to the understanding of how malaria parasites adapt to new hosts. It is also of interest to determine whether the current, human-infecting P. simium parasites have recently undergone changes at the genomic level that have allowed them to infect people in this region, as it has previously been suggested that P. simium has historically lacked the ability to infect man.