Description
Gene expression data for colon tissues obtained prior to, during, and after onset of colitis in mice fed either a standard or Western type diet.
File 1: probe annotations.
File 2: nSolver differential expression analysis results.
File 3: Gene set analysis
File 4: nSolver pathway scores
File 5: STRING-db networks and clusters
File 6: Metascape ontology results
File 7: nSolver cell type profiling scores
Author ORCID Identifier
Abby D. Benninghoff https://orcid.org/ 0000-0002-7993-0117
OCLC
1143847690
Document Type
Dataset
DCMI Type
Dataset
File Format
.csv, .xlsx, .docx
Viewing Instructions
Files 2 through 7 are Microsoft Excel files. Supplemental files 1 through 7 are Microsoft Word files.
Publication Date
2-19-2020
Funder
Utah Agricultural Experiment Station
Publisher
Utah State University
Referenced by
Benninghoff, A. D., Hintze, K. J., Monsanto, S. P., Rodriguez, D. M., Hunter, A. H., Phatak, S., Pestka, J. J., Van Wettere, A. J., & Ward, R. E. (2020). Consumption of the Total Western Diet Promotes Colitis and Inflammation-Associated Colorectal Cancer in Mice. Nutrients, 12(2), 544. https://doi.org/10.3390/nu12020544
Language
eng
Code Lists
Code lists for each file is located in the associated, numbered supplemental files
Disciplines
Toxicology
License
This work is licensed under a Creative Commons Attribution 4.0 License.
Identifier
https://doi.org/10.26078/q4x4-6894
Recommended Citation
Benninghoff, A. D. (2020). Consumption of the total Western diet promotes colitis and inflammation-associated colorectal cancer in mice. Utah State University. https://doi.org/10.26078/Q4X4-6894
Checksum
215b9795b657a87e03e83798a6f06240
Additional Files
Digital commons submission form supplementary file 1.docx (16 kB)MD5: b0a1c3b9e922693b1487c1a11c3be198
File S1 ProbeAnnotations.csv (126 kB)
MD5: 2615353fab355ab89226da806cf1e782
Digital commons submission form supplementary file 2.docx (17 kB)
MD5: dd00a087fe5e120dd4baff0529aeaa4a
File S2 Differential expression results.xlsx (671 kB)
MD5: 89d97c90a062a57e3efb8b91483cd89c
Digital commons submission form supplementary file 3.docx (16 kB)
MD5: 357c643ae14266cef5c777214519de50
File S3 Gene set analysis.xlsx (13 kB)
MD5: 77735c153bfd1fc42f182c97f2b583e4
Digital commons submission form supplementary file 4.docx (16 kB)
MD5: 5fadba291ee398770061a95e723c6b61
File S4 Pathway Z Scores.xlsx (26 kB)
MD5: ad5f357964214a85e3aaae5af0780ae4
Digital commons submission form supplementary file 5.docx (18 kB)
MD5: 864c46d5c63d7c2c35e92e94e38899da
File S5 String-db networks and clusters.xlsx (442 kB)
MD5: 7c43cc36c23b3ed33315f91c3433d308
Digital commons submission form supplementary file 6.docx (18 kB)
MD5: 52cdc3e2bca28b3009752fefb47ab53c
File S6 Metascape ontology results.xlsx (93 kB)
MD5: 0da061eecea8abc19b867ee33bb558fd
Digital commons submission form supplementary file 7.docx (16 kB)
MD5: 41171c731debeba30c661b6b165fb4d2
File S7 Cell type scores.xlsx (23 kB)
MD5: 8033a494296f822ed8ed56a83f9b3fa6
Comments
File 1: probe annotations.
File 2: Microsoft Excel document with output from nSolver for differential expression analyses for pairwise comparisons noted by each named sheet.
File 3: Microsoft Excel document with output from nSolver for global and directed significance scores for immune pathways.
File 4: Microsoft Excel document with output from nSolver for immune pathway Z scores for pairwise comparisons noted by each named sheet.
File 5: Microsoft Excel document with protein networks obtained from STRING database and clusters predicted by the MCL algorithm.
File 6: Microsoft Excel document with output from Metascape ontology analyses for specific pairwise comparisons of diet groups at each time point or to prior published expression data.
File 7: Microsoft Excel document with output from nSolver for cell type profiling calculated as raw or relative scores.