Project description:House sparrow specimens were stained with four different iodine-based stains to increase contrast in microCT. Proteomic characterization of muscle and bone was performed on contralateral samples (before and after staining). Iodination was detected for all stains.
Analysis on samples from the Smithsonian National Museum of Natural History: USNM 657964, USNM 657968, USNM 657963, USNM 657967
2020-02-18 | MSV000084970 | MassIVE
Project description:Lichens at the US National Herbarium (NMNH, Smithsonian Institution)
Project description:Direct analysis in real time (DART) surface analysis files and LC-MS proteomics files of a Tlingit ceremonial hat. DART was performed to evaluate what was present on the surface and also to help understand connection between two components of the hat. Proteomics was performed on small samples of material from around the hat to characterize the original adornment. The hat is housed at the Smithsonian Natural Museum of Natural History (E74339, E74441).
Proteomics data were searched with PEAKS 8.5 and Prosight Lite v1.4 Build 1.4.6
Project description:Sequencing of the barcodes of pooled yeast deletion collection in carbon source shifts to identify the genes affecting history dependent behavior.
Project description:One tooth of a lamprey and one piece of trunc skin was lysed and analysed for its protein content. The samples were generously provided by the Museum of Natural History Vienna. The samples were stored in ethanol and the origin of the specimen is not known.
Project description:To validate whether division history is linked to functional and transcriptional properties we established a CTV-based serial-transfer approach that allowes single cell transcriptional profiling of memory T cells that have undergone a high or low amount of prior division
Project description:This dataset represents woody plants recorded in 16 1-ha forest plots in an elevational gradient in Madidi National Park, Bolivia, ranging from lowland Amazonian moist forest and lowland dry forest to the treeline of the Andean Altiplano. This work was carried out by David Henderson and Jonathan Myers (Washington University in St. Louis), Sebastian Tello (Missouri Botanical Garden and University of Missouri, St. Louis), and Brian Sedio (University of Texas at Austin and Smithsonian Tropical Research Institute).
