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degenerate-boundaries-natcom2022
Data from paper: Baker S-A, Griffith T, Lepora NF. 2022 Degenerate Boundaries for Multiple-Alternative Decisions. Nature Communications. -
degenerate-boundaries-natcom2022/Source Data/Fig8
Data from paper: Baker S-A, Griffith T, Lepora NF. 2022 Degenerate Boundaries for Multiple-Alternative Decisions. Nature Communications. -
degenerate-boundaries-natcom2022/Source Data
Data from paper: Baker S-A, Griffith T, Lepora NF. 2022 Degenerate Boundaries for Multiple-Alternative Decisions. Nature Communications. -
degenerate-boundaries-natcom2022/simulation data/3N parameterisations
Data from paper: Baker S-A, Griffith T, Lepora NF. 2022 Degenerate Boundaries for Multiple-Alternative Decisions. Nature Communications. -
degenerate-boundaries-natcom2022/simulation data/3N curve SAT param split
Data from paper: Baker S-A, Griffith T, Lepora NF. 2022 Degenerate Boundaries for Multiple-Alternative Decisions. Nature Communications. -
degenerate-boundaries-natcom2022/Source Data/Fig6
Data from paper: Baker S-A, Griffith T, Lepora NF. 2022 Degenerate Boundaries for Multiple-Alternative Decisions. Nature Communications. -
degenerate-boundaries-natcom2022/simulation data/N-choice curve
Data from paper: Baker S-A, Griffith T, Lepora NF. 2022 Degenerate Boundaries for Multiple-Alternative Decisions. Nature Communications. -
degenerate-boundaries-natcom2022/Source Data/Fig9
Data from paper: Baker S-A, Griffith T, Lepora NF. 2022 Degenerate Boundaries for Multiple-Alternative Decisions. Nature Communications. -
degenerate-boundaries-natcom2022/simulation data
Data from paper: Baker S-A, Griffith T, Lepora NF. 2022 Degenerate Boundaries for Multiple-Alternative Decisions. Nature Communications. -
degenerate-boundaries-natcom2022/Source Data/Fig4
Data from paper: Baker S-A, Griffith T, Lepora NF. 2022 Degenerate Boundaries for Multiple-Alternative Decisions. Nature Communications. -
degenerate-boundaries-natcom2022/Source Data/Fig5
Data from paper: Baker S-A, Griffith T, Lepora NF. 2022 Degenerate Boundaries for Multiple-Alternative Decisions. Nature Communications. -
Whole cell and surface protein expression assessment in macrophage subtype
This data set contains a .ods file with differentially and non-differentially expressed proteins within M1, M2a and M2c macrophages compared to M0 control macrophages, assessed... -
Sarkar et al 2022/Data files Sarkar 2022
The paper is published in Paleoceanography and Paleoclimatology. The dataset contains two folders, one with example images of each depth, the second with the paleontological and... -
Sarkar et al 2022/Images per sample Lakadong Sarkar 2022
The paper is published in Paleoceanography and Paleoclimatology. The dataset contains two folders, one with example images of each depth, the second with the paleontological and... -
Sarkar et al 2022
The paper is published in Paleoceanography and Paleoclimatology. The dataset contains two folders, one with example images of each depth, the second with the paleontological and... -
Peradeniya self-poisoning data Jan 2019-Aug 2020
Data pertains to the data used for the following publication: Knipe et al 2021 Hospital presenting self-poisoning during COVID-19 in Sri Lanka: an interrupted time series... -
Data for AFM graded stiffness gel paper/Figure_2
Included here are data to support the paper: M. Taghavi, H.Y. C, A. T. Conn, J. Rossiter, Stiffness Graded Electroactive Artificial Muscle. Advanced Functional Materials (2022). -
Data for AFM graded stiffness gel paper/Figure_5
Included here are data to support the paper: M. Taghavi, H.Y. C, A. T. Conn, J. Rossiter, Stiffness Graded Electroactive Artificial Muscle. Advanced Functional Materials (2022). -
Data for AFM graded stiffness gel paper/Figure_5/5a
Included here are data to support the paper: M. Taghavi, H.Y. C, A. T. Conn, J. Rossiter, Stiffness Graded Electroactive Artificial Muscle. Advanced Functional Materials (2022). -
Data for AFM graded stiffness gel paper/Figure_7
Included here are data to support the paper: M. Taghavi, H.Y. C, A. T. Conn, J. Rossiter, Stiffness Graded Electroactive Artificial Muscle. Advanced Functional Materials (2022).
