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Full images of western blots used in Figure 5J-K from Yuan et al. Modulation of striatal cAMP levels: a key pathway in the treatment of hyperkinetic movement disorders ISCIENCE-D-25-11384R1

Research on static and dynamic stiffness and damping characteristics of ship limiter

Reproductive traits uploaded in this repository were row data

This dataset contains MATLAB source code that implements the exact analytical solution for the steady three-dimensional Poiseuille flow of a micropolar fluid in a rectangular channel. The code computes the velocity and microrotation fields based on the double Fourier series and generates six key figures visualizing the flow structure and the influence of micropolarity.

Green technological innovation is a key driver of sustainable development. As a fundamental attribute of knowledge, its maturity can shape the direction and efficacy of innovation. This study, grounded in knowledge integration theory, proposes an inverted U-shaped relationship between knowledge maturity and corporate green technological innovation. Analyzing a panel of Chinese A-share non-financial firms, we find robust evidence supporting this curvilinear effect. We further demonstrate that regulatory institutional pressure steepens this inverted U-shaped curve, whereas normative and imitative institutional pressures exhibit no significant moderating effect. Moreover, this relationship is more pronounced in non-heavy-polluting, non-state-owned, and technology-intensive enterprises. Our findings contribute to the knowledge management and green innovation literature by revealing the nuanced role of a key knowledge attribute and its boundary conditions, offering managers insights to leverage knowledge reserves for targeted green strategies under external pressures.

Source code for "The master virulence regulator PhoP dictates carbon metabolism by controlling cyclic AMP synthesis in Salmonella" authored by Nick D. Pokorzynski, Elisabeth C. Sams-Dodd, Chris Esneault, Katarina A. Jones, Shawn R. Campagna, and Eduardo A. Groisman

These are data on Yellow Perch seining in Spirit Lake, Iowa collected over 36 years (1989-2024). Fish were collected in August using a lampara-style beach seine in shallow water at eight fixed sites.

Dama Gazelles are critically endangered within their native African range, however animals kept on large ranches in Texas provide a unique opportunity to study social behavior and habitat requirements of Dama Gazelles in near free range conditions. This data set consists of data from Lotek GPS collars deployed on animals on 2 Texas ranches for one year each. This data is the basis of several publications by Mungall and Cooper describing the movements, social behavior and spatial dynamics of Dama Gazelles. The information is required for species management and reintroduction of the Dama Gazelles to their native countries.

This dataset contains the underlying data and analysis code for the manuscript 'Sensorimotor strategies for rapid leadership takeover in flying echolocating bats'. It includes three primary MATLAB tables: 1) Echolocation_AnalysisTable.mat: contains different encounter types (Alone, Leads, Follows) and corresponding echolocation parameters- CallPeakPower, Duration, IPI, and CallMaxFreq. 2) Switch_AnalysisTable.mat: contains flight kinematic parameters ( Turn Phase Speed, Pre-Turn Speed, Turn Phase Angular Velocity, Pre-Turn Angular Velocity for every flight type (Switch vs No-Switch) and position (leading vs following). 3) RelativeTurningStartTime_AnalysisTable.mat: contains relative turning start time data for every flight type (Switch vs No-Switch). The four MATLAB scripts (SwitchAnalysis_GLMMcode.m, RelativeTurningStartTime_GLMM code, CallPeakPower_GLMMcode.m, and CallMaxFreq_GLMMcode.m) can be used to reproduce the main figures and statistical analyses reported in the paper.

Source Data for "The master virulence regulator PhoP dictates carbon metabolism by controlling cyclic AMP synthesis in Salmonella" authored by Nick D. Pokorzynski, Elisabeth C. Sams-Dodd, Chris Esneault, Katarina A. Jones, Shawn R. Campagna, and Eduardo A. Groisman