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Real orden sobre el buen tratamiento que debe darse à los Indios, 1773 Marzo 23-Julio 14
Royal order from the president of the Council of the Indies regarding the abuse of Indigenous laborers enacted by Viceroy Bucareli y Ursúa. According to the decree, the hacienda superintendents were working the Indigenous from sunrise to sunset and whipping them throughout. —— Real orden del presidente del Consejo de las Indias sobre abusos a los indígenas dictada por el Virrey Bucareli y Ursúa. Según el decreto, los mayordomos de las haciendas estaban trabajando los indígenas desde el amanecer hasta el atardecer y azotándolos. Extent: 2 f. (4 p.
Buildings of Texas (Beta v. 0.1)
The Buildings of Texas collection contains source materials for the Society of Architectural Historian’s two-volume publication “The Buildings of Texas.” Data gathered by the research team and donated as part of the collection includes information about people, places, and events across the state.
Dataset produced from the spreadsheet donated by Gerald Moorhead and created by researchers collecting data for the publication. See the Buildings of Texas original dataset for the dataset as received: https://doi.org/10.18738/T8/M45YL8.
Buildings of Texas V1 is the most complete, accurate, and enhanced version of the data, while beta versions represent works in progress.
In Beta v. 0.1, Architects and other contributor names have been normalized and building types have been added to portions of the dataset. Built works with identifiable locations have been geocoded
Survey of Stakeholder Organizations regarding potential use of gene drive for managing agricultural pests in Texas
The team conducted an online survey of individuals from stakeholder organizations associated with agriculture and pest management in Texas. Given that most people have not heard anything about gene drive, the survey included a short video that provided basic information about gene drive, how gene drive might be used to manage agricultural pests, and potential outcomes of gene drive use. Participants were asked questions that gauged their knowledge, perceptions, and values about the potential use of gene drive technology. The information gathered from this diverse set of stakeholders captured multiple viewpoints that can be evaluated to help inform research directions, policy decisions, and acceptable uses for gene drive
Pore network and flow pattern--figure 7
Pore network and flow pattern presented in figure
Data archive for: Thompson et al. (2021) Filtering and continuously separating microplastics from water using electric field gradients formed electrochemically in the absence of buffer.
Current and conductivity data for straight microchannel experiments
Replication Data for: Short- and long-range crowding effects on water’s hydrogen bond networks
Data for manuscript: Short- and long-range crowding effects on water’s hydrogen bond networks, Cell Reports Physical Science.
Authors: Xiao You, Joseph C. Shirley, Euihyun Lee, Carlos R. Baiz
Department of Chemistry, University of Texas at Austin, Austin, TX 78757, USA
email: [email protected]
Intracellular water is highly confined with approximately 40% of the cell volume occupied by biomolecules. Crowding alters water dynamics and interactions with biomolecules. In biochemical experiments, artificial crowders are commonly used to mimic intracellular environments, but their effects on biomolecules remain elusive. Here, we investigate the crowding effects by directly accessing the picosecond hydrogen-bond dynamics in crowded solutions using ultrafast two-dimensional infrared spectroscopy and all-atom molecular dynamics simulations. We quantify the effects of different crowding agents: small sugars, polysaccharides, and polyethylene glycol (PEG). Our results show that crowders introduce disorder within the first two solvation shells but stabilize ice-like order in water >1 nm from the crowder. The results show that accounting for crowder chemical structure, conformation, and crowder-solvent interactions is a key step towards a complete description of crowded solutions for in vitro for biomolecular studies.
Main folder contains the following subfolders:
.\NaSCN_H2O_2DIR_anisotropy
.\NaSCN_Dextrose_2DIR_anisotropy
.\NaSCN_Sucrose_2DIR_anisotropy
.\NaSCN_Dextran_2DIR_anisotropy
.\NaSCN_Ficoll70_2DIR_anisotropy
.\NaSCN_PEG600_2DIR_anisotropy
.\NaSCN_PEG1500_2DIR_anisotropy
.\NaSCN_H2O_reproduce_2DIR_anisotropy
Each of them contains the raw data in .mat format, such as 'NaSCN in H2O.mat'
Each folder contains the NLS analysis of each data set, such as 'NaSCN in H2O_NLS.mat'
The plots generated from Matlab analysis are also included in each folder.
Folder MD simulation contains four subfolders:
.\MD_raw_data contains all the pdb files from MD simulation
As described in '_naming.txt':
AGLC0_4PEW... represents water
AGLC160_4PEW... represents glucose water solution
SUCR84_4PEW... represents sucrose water solution
LINDEX9_4PEW... represents dextran water solution
SwiFC15_4PEW... represents Ficoll water solution
PEG1063_4PEW... represents PEG n = 10 water solution
PEG3518 _4PEW... represents PEG n =35 water solution
.\Hbond_Analysis contains all the data analysis that results in the plots of H-bond population, order parameters and their distributions in each system
- Data type is .mat and .fig files for use with matlab
.\FFCF stands for frquency-frequency-correlation-function, contains all the data analysis that results in the simulated dacay time
- Data type is .mat and .fig files for use with matlab
-'_description.txt' contains the data analysis inputs and parameters
.\Mean_Square_Displacement contains the data for calculating Mean Square Displacement.
- Data type is .mat files for use with matlab
-'_description.txt' includes the data analysis inputs and parameter
Evolutionary analysis of transient receptor potential (TRP) channels in notothenioid fishes
This dataset contains accessions, sequences, trees, input, and output files in support of the evolutionary analysis of TRP channels in notothenioid fishes. Sequence files are in provided in fasta format, aligned and unaligned, and both protein and mRNA. Tree files are in newick format
Data Archive for Tebolt and Goudge [2021] Global investigation of martian sedimentary fan features: Using stratigraphic analysis to study depositional environment
HiRISE and CTX data for the sedimentary fans analyzed in Tebolt and Goudge [2021] https://doi.org/10.1016/j.icarus.2021.11471
Replication Data for: Detailed model of the growth of fluffy dust aggregates in a protoplanetary disk: Effects of nebular conditions
Matlab code to analyze results and reproduce figures