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train

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The dataset generation failed because of a cast error

Error code:   DatasetGenerationCastError
Exception:    DatasetGenerationCastError
Message:      An error occurred while generating the dataset

All the data files must have the same columns, but at some point there are 4 new columns ({'PFSmo', 'RECIST_status', 'response_treatment_status', 'treatment_details'}) and 8 missing columns ({'ERBB2_mutation_status', 'TP53_mutation_status', 'NRAS_mutation_status', 'KRAS_mutation_status', 'PIK3CA_mutation_status', 'APC_mutation_status', 'BRAF_mutation_status', 'POLE_mutation_status'}).

This happened while the csv dataset builder was generating data using

hf://datasets/theislab/CRC_comparative/Tian_treatment_mdata_distribution_v1.csv (at revision ab7c8e6ba52247271ca408d4960d34fdc29e2c6d), ['hf://datasets/theislab/CRC_comparative@ab7c8e6ba52247271ca408d4960d34fdc29e2c6d/Khaliq_mutation_mdata_distribution_v1.csv', 'hf://datasets/theislab/CRC_comparative@ab7c8e6ba52247271ca408d4960d34fdc29e2c6d/Tian_treatment_mdata_distribution_v1.csv']

Please either edit the data files to have matching columns, or separate them into different configurations (see docs at https://hf.co/docs/hub/datasets-manual-configuration#multiple-configurations)
Traceback:    Traceback (most recent call last):
                File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1893, in _prepare_split_single
                  writer.write_table(table)
                File "/usr/local/lib/python3.12/site-packages/datasets/arrow_writer.py", line 765, in write_table
                  self._write_table(pa_table, writer_batch_size=writer_batch_size)
                File "/usr/local/lib/python3.12/site-packages/datasets/arrow_writer.py", line 773, in _write_table
                  pa_table = table_cast(pa_table, self._schema)
                             ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
                File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 2272, in table_cast
                  return cast_table_to_schema(table, schema)
                         ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
                File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 2218, in cast_table_to_schema
                  raise CastError(
              datasets.table.CastError: Couldn't cast
              Unnamed: 0: string
              donor_ID: string
              study: string
              sample_ID: string
              treatment_details: string
              response_treatment_status: string
              PFSmo: double
              RECIST_status: string
              level2_annot_unified_final: string
              -- schema metadata --
              pandas: '{"index_columns": [{"kind": "range", "name": null, "start": 0, "' + 1400
              to
              {'Unnamed: 0': Value('string'), 'donor_ID': Value('string'), 'study': Value('string'), 'sample_ID': Value('string'), 'KRAS_mutation_status': Value('string'), 'BRAF_mutation_status': Value('string'), 'TP53_mutation_status': Value('string'), 'APC_mutation_status': Value('string'), 'NRAS_mutation_status': Value('string'), 'PIK3CA_mutation_status': Value('string'), 'ERBB2_mutation_status': Value('string'), 'POLE_mutation_status': Value('string'), 'level2_annot_unified_final': Value('string')}
              because column names don't match
              
              During handling of the above exception, another exception occurred:
              
              Traceback (most recent call last):
                File "/src/services/worker/src/worker/job_runners/config/parquet_and_info.py", line 1342, in compute_config_parquet_and_info_response
                  parquet_operations, partial, estimated_dataset_info = stream_convert_to_parquet(
                                                                        ^^^^^^^^^^^^^^^^^^^^^^^^^^
                File "/src/services/worker/src/worker/job_runners/config/parquet_and_info.py", line 907, in stream_convert_to_parquet
                  builder._prepare_split(split_generator=splits_generators[split], file_format="parquet")
                File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1739, in _prepare_split
                  for job_id, done, content in self._prepare_split_single(
                                               ^^^^^^^^^^^^^^^^^^^^^^^^^^^
                File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1895, in _prepare_split_single
                  raise DatasetGenerationCastError.from_cast_error(
              datasets.exceptions.DatasetGenerationCastError: An error occurred while generating the dataset
              
              All the data files must have the same columns, but at some point there are 4 new columns ({'PFSmo', 'RECIST_status', 'response_treatment_status', 'treatment_details'}) and 8 missing columns ({'ERBB2_mutation_status', 'TP53_mutation_status', 'NRAS_mutation_status', 'KRAS_mutation_status', 'PIK3CA_mutation_status', 'APC_mutation_status', 'BRAF_mutation_status', 'POLE_mutation_status'}).
              
              This happened while the csv dataset builder was generating data using
              
              hf://datasets/theislab/CRC_comparative/Tian_treatment_mdata_distribution_v1.csv (at revision ab7c8e6ba52247271ca408d4960d34fdc29e2c6d), ['hf://datasets/theislab/CRC_comparative@ab7c8e6ba52247271ca408d4960d34fdc29e2c6d/Khaliq_mutation_mdata_distribution_v1.csv', 'hf://datasets/theislab/CRC_comparative@ab7c8e6ba52247271ca408d4960d34fdc29e2c6d/Tian_treatment_mdata_distribution_v1.csv']
              
              Please either edit the data files to have matching columns, or separate them into different configurations (see docs at https://hf.co/docs/hub/datasets-manual-configuration#multiple-configurations)

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Unnamed: 0 string	donor_ID string	study string	sample_ID string	KRAS_mutation_status string	BRAF_mutation_status string	TP53_mutation_status string	APC_mutation_status string	NRAS_mutation_status string	PIK3CA_mutation_status string	ERBB2_mutation_status string	POLE_mutation_status string	level2_annot_unified_final string
T_cac1_T_cac1_GCAGCCAAGGCTATCT-1	cac1	Khaliq_2022_GenomeBiology	T_cac1	Mutant	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Hybrid - Endoderm-like 1
T_cac11_T_cac11_ACGATACGTTCGCTAA-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Stem, TA-like prolif
T_cac11_T_cac11_TCAGCTCCAATTCCTT-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - Endoderm-like 1
T_cac2_T_cac2_AGCTCCTTCTGTTTGT-1	cac2	Khaliq_2022_GenomeBiology	T_cac2	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Copy Number Gain	Wildtype	Enterocyte
T_cac2_T_cac2_CATGACATCGATAGAA-1	cac2	Khaliq_2022_GenomeBiology	T_cac2	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Copy Number Gain	Wildtype	Enterocyte
T_cac2_T_cac2_GCACTCTTCACATACG-1	cac2	Khaliq_2022_GenomeBiology	T_cac2	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Copy Number Gain	Wildtype	Enterocyte
T_cac2_T_cac2_TTAGGCATCTGAGTGT-1	cac2	Khaliq_2022_GenomeBiology	T_cac2	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Copy Number Gain	Wildtype	Enterocyte
T_cac3_T_cac3_ATGAGGGAGACAGGCT-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Hybrid - Endoderm-like 1
T_cac3_T_cac3_CACTCCAAGGGTGTGT-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac3_T_cac3_CGCCAAGTCCTTGACC-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac3_T_cac3_GGTGCGTGTTCGTCTC-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac3_T_cac3_GGTGCGTTCAGTCCCT-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Hybrid - Immune (MHC-II/IFN response)
T_cac3_T_cac3_GGTGTTACAGACGCAA-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac3_T_cac3_TCCACACTCATTCACT-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac7_T_cac7_CCATGTCCAGGGTTAG-1	cac7	Khaliq_2022_GenomeBiology	T_cac7	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Wildtype	Wildtype	Stem cell
T_cac15_T_cac15_CGAATGTTCCTACAGA-1	cac15	Khaliq_2022_GenomeBiology	T_cac15	null	null	null	null	null	null	null	null	Hybrid - Endoderm-like 1
T_cac16_T_cac16_TGAGGGACATGGTTGT-1	cac16	Khaliq_2022_GenomeBiology	T_cac16	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Goblet
T_cac4_T_cac4_GACGGCTGTCGCATCG-1	cac4	Khaliq_2022_GenomeBiology	T_cac4	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Hybrid - Differentiation-associated
T_cac4_T_cac4_TGAGGGAAGCGATAGC-1	cac4	Khaliq_2022_GenomeBiology	T_cac4	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Goblet
T_cac10_T_cac10_GTGCGGTGTTCCCGAG-1	cac10	Khaliq_2022_GenomeBiology	T_cac10	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Stem, TA-like prolif
T_cac12_T_cac12_CCTTACGAGATAGTCA-1	cac12	Khaliq_2022_GenomeBiology	T_cac12	Mutant	Wildtype	Wildtype	null	Wildtype	Mutant	Wildtype	Wildtype	Hybrid - Stress-responsive, metabolism
T_cac12_T_cac12_CTACGTCTCCAGTATG-1	cac12	Khaliq_2022_GenomeBiology	T_cac12	Mutant	Wildtype	Wildtype	null	Wildtype	Mutant	Wildtype	Wildtype	Hybrid - Endoderm-like 1
T_cac12_T_cac12_GACGCGTCAGTAACGG-1	cac12	Khaliq_2022_GenomeBiology	T_cac12	Mutant	Wildtype	Wildtype	null	Wildtype	Mutant	Wildtype	Wildtype	Hybrid - Endoderm-like 1
T_cac4_T_cac4_TAGACCAGTCCGCTGA-1	cac4	Khaliq_2022_GenomeBiology	T_cac4	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac7_T_cac7_CCGGGATTCCTAGAAC-1	cac7	Khaliq_2022_GenomeBiology	T_cac7	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Wildtype	Wildtype	Hybrid - EMT, Neural-like
T_cac1_T_cac1_GCCTCTACAGTCAGCC-1	cac1	Khaliq_2022_GenomeBiology	T_cac1	Mutant	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Enterocyte
T_cac10_T_cac10_ATTACTCTCGGTTCGG-1	cac10	Khaliq_2022_GenomeBiology	T_cac10	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Hybrid - Differentiation-associated
T_cac12_T_cac12_ATGTGTGAGAGACGAA-1	cac12	Khaliq_2022_GenomeBiology	T_cac12	Mutant	Wildtype	Wildtype	null	Wildtype	Mutant	Wildtype	Wildtype	Enterocyte
T_cac14_T_cac14_ATTGGTGCATCGGAAG-1	cac14	Khaliq_2022_GenomeBiology	T_cac14	Mutant	Wildtype	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac14_T_cac14_GATCGATCACGAAACG-1	cac14	Khaliq_2022_GenomeBiology	T_cac14	Mutant	Wildtype	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac15_T_cac15_ATCCACCCATCGGTTA-1	cac15	Khaliq_2022_GenomeBiology	T_cac15	null	null	null	null	null	null	null	null	Enterocyte
T_cac15_T_cac15_CGCTTCAAGCCTTGAT-1	cac15	Khaliq_2022_GenomeBiology	T_cac15	null	null	null	null	null	null	null	null	Hybrid - Endoderm-like 1
T_cac3_T_cac3_AACGTTGTCGGCTACG-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac3_T_cac3_AGCTCCTCACAGGAGT-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Hybrid - Immune (MHC-II/IFN response)
T_cac3_T_cac3_TGTCCCAAGAACTGTA-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac3_T_cac3_TTGGAACAGCGGCTTC-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac4_T_cac4_CATCAAGAGTCTCCTC-1	cac4	Khaliq_2022_GenomeBiology	T_cac4	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac4_T_cac4_CGCTTCATCCAAACAC-1	cac4	Khaliq_2022_GenomeBiology	T_cac4	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac4_T_cac4_CTCACACTCTGCTGTC-1	cac4	Khaliq_2022_GenomeBiology	T_cac4	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac4_T_cac4_GCATGCGTCTGCCAGG-1	cac4	Khaliq_2022_GenomeBiology	T_cac4	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac4_T_cac4_GTAACGTGTTGGAGGT-1	cac4	Khaliq_2022_GenomeBiology	T_cac4	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac4_T_cac4_GTAGTCAGTTGGTAAA-1	cac4	Khaliq_2022_GenomeBiology	T_cac4	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac4_T_cac4_TACTTACCAATGCCAT-1	cac4	Khaliq_2022_GenomeBiology	T_cac4	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Hybrid - Endoderm-like 1
T_cac4_T_cac4_TTTACTGAGATGCCTT-1	cac4	Khaliq_2022_GenomeBiology	T_cac4	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac11_T_cac11_ACGTCAATCGTTACGA-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Enterocyte
T_cac11_T_cac11_CAACCTCGTTGTGGCC-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Inflammatory (NF-Kb)
T_cac11_T_cac11_CGTTGGGTCACAGTAC-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - EMT, Neural-like
T_cac1_T_cac1_CCACTACCACCACGTG-1	cac1	Khaliq_2022_GenomeBiology	T_cac1	Mutant	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Inflammatory (NF-Kb)
T_cac10_T_cac10_AAGGAGCCACTTACGA-1	cac10	Khaliq_2022_GenomeBiology	T_cac10	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac11_T_cac11_ACACTGACAGCATGAG-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - EMT, Neural-like
T_cac11_T_cac11_ACACTGAGTCTCAACA-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - Endoderm-like 1
T_cac11_T_cac11_ACGATACCAACACCCG-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - EMT, Neural-like
T_cac11_T_cac11_ACTGATGAGCCACGTC-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Enterocyte
T_cac11_T_cac11_ACTTTCAGTAAATACG-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Enterocyte
T_cac11_T_cac11_AGCTTGAAGAAACGCC-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Enterocyte
T_cac11_T_cac11_ATCCACCTCAGAGACG-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - Immune (MHC-II/IFN response)
T_cac11_T_cac11_CACAAACGTGGACGAT-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - Endoderm-like 1
T_cac11_T_cac11_CACAGTATCTCCAGGG-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - EMT, Neural-like
T_cac11_T_cac11_CATTATCTCTCGGACG-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - EMT, Neural-like
T_cac11_T_cac11_CGATGTAAGTGGACGT-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Inflammatory (NF-Kb)
T_cac11_T_cac11_CTCGGAGTCCTGCCAT-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Enterocyte
T_cac11_T_cac11_CTGAAGTAGTTCGATC-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - EMT, Neural-like
T_cac11_T_cac11_GACGCGTGTTCCACGG-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Enterocyte
T_cac11_T_cac11_GTCTCGTGTCCTGCTT-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Stem, TA-like prolif
T_cac11_T_cac11_GTCTCGTTCGGACAAG-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - Endoderm-like 1
T_cac11_T_cac11_GTGCGGTAGTTCGATC-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - EMT, Neural-like
T_cac11_T_cac11_TAAGAGATCGAGGTAG-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - Endoderm-like 1
T_cac11_T_cac11_TACTCATTCTGAGGGA-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Stem, TA-like prolif
T_cac11_T_cac11_TAGTTGGCAGTGACAG-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Inflammatory (NF-Kb)
T_cac11_T_cac11_TCGTACCTCTAACTTC-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Enterocyte
T_cac11_T_cac11_TGAAAGACAATGAATG-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Stem, TA-like prolif
T_cac11_T_cac11_TGACGGCGTAAATGAC-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Stem cell
T_cac11_T_cac11_TGCCCTAAGTGCCAGA-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Enterocyte
T_cac11_T_cac11_TGGCGCATCATAGCAC-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Hybrid - EMT, Neural-like
T_cac11_T_cac11_TGGTTAGTCTGCTTGC-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Inflammatory (NF-Kb)
T_cac11_T_cac11_TTAGGACCATCACGAT-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Stem, TA-like prolif
T_cac11_T_cac11_TTCTACATCCGGCACA-1	cac11	Khaliq_2022_GenomeBiology	T_cac11	Wildtype	Wildtype	Wildtype	Mutant	Wildtype	Mutant	Wildtype	Mutant	Stem cell
T_cac12_T_cac12_ATTGGACAGGTGATTA-1	cac12	Khaliq_2022_GenomeBiology	T_cac12	Mutant	Wildtype	Wildtype	null	Wildtype	Mutant	Wildtype	Wildtype	Hybrid - Stress-responsive, developmental
T_cac12_T_cac12_CAAGAAAGTAAGTGTA-1	cac12	Khaliq_2022_GenomeBiology	T_cac12	Mutant	Wildtype	Wildtype	null	Wildtype	Mutant	Wildtype	Wildtype	Enterocyte
T_cac12_T_cac12_GAAACTCTCATGCAAC-1	cac12	Khaliq_2022_GenomeBiology	T_cac12	Mutant	Wildtype	Wildtype	null	Wildtype	Mutant	Wildtype	Wildtype	Hybrid - Endoderm-like 1
T_cac12_T_cac12_GCTGCTTGTTTGTTGG-1	cac12	Khaliq_2022_GenomeBiology	T_cac12	Mutant	Wildtype	Wildtype	null	Wildtype	Mutant	Wildtype	Wildtype	Hybrid - EMT, Neural-like
T_cac12_T_cac12_TACACGACACTCTGTC-1	cac12	Khaliq_2022_GenomeBiology	T_cac12	Mutant	Wildtype	Wildtype	null	Wildtype	Mutant	Wildtype	Wildtype	Hybrid - Endoderm-like 1
T_cac14_T_cac14_ACTATCTAGGGAAACA-1	cac14	Khaliq_2022_GenomeBiology	T_cac14	Mutant	Wildtype	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac14_T_cac14_CCAATCCTCGCGGATC-1	cac14	Khaliq_2022_GenomeBiology	T_cac14	Mutant	Wildtype	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Stem, TA-like prolif
T_cac14_T_cac14_TTTATGCCAATCGGTT-1	cac14	Khaliq_2022_GenomeBiology	T_cac14	Mutant	Wildtype	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Hybrid - WNT, Chromatin-rewired
T_cac15_T_cac15_CTGTGCTGTTCAGACT-1	cac15	Khaliq_2022_GenomeBiology	T_cac15	null	null	null	null	null	null	null	null	Enterocyte
T_cac16_T_cac16_ACACCCTTCTCCTATA-1	cac16	Khaliq_2022_GenomeBiology	T_cac16	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Hybrid - Endoderm-like 1
T_cac16_T_cac16_GCTGCAGAGATCTGCT-1	cac16	Khaliq_2022_GenomeBiology	T_cac16	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Hybrid - Endoderm-like 1
T_cac16_T_cac16_TACACGACAGTTTACG-1	cac16	Khaliq_2022_GenomeBiology	T_cac16	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Stem, TA-like prolif
T_cac2_T_cac2_CAGTCCTTCGTACCGG-1	cac2	Khaliq_2022_GenomeBiology	T_cac2	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Copy Number Gain	Wildtype	Hybrid - Endoderm-like 1
T_cac2_T_cac2_CCTCAGTTCGGTTCGG-1	cac2	Khaliq_2022_GenomeBiology	T_cac2	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Copy Number Gain	Wildtype	Enterocyte
T_cac2_T_cac2_CCTTCCCTCATGGTCA-1	cac2	Khaliq_2022_GenomeBiology	T_cac2	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Copy Number Gain	Wildtype	Stem, TA-like prolif
T_cac2_T_cac2_GTGGGTCTCACTATTC-1	cac2	Khaliq_2022_GenomeBiology	T_cac2	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Copy Number Gain	Wildtype	Stem, TA-like prolif
T_cac2_T_cac2_TATGCCCAGTTAAGTG-1	cac2	Khaliq_2022_GenomeBiology	T_cac2	Mutant	Wildtype	Mutant	Wildtype	Wildtype	Wildtype	Copy Number Gain	Wildtype	Stem, TA-like prolif
T_cac3_T_cac3_AGCGGTCAGTGCGATG-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac3_T_cac3_AGCTCTCGTGCGCTTG-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac3_T_cac3_CCCTCCTGTTGGACCC-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac3_T_cac3_CCTTCCCGTGACGCCT-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac3_T_cac3_CTGCGGAGTTCTGAAC-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte
T_cac3_T_cac3_GCGACCAAGAGTAATC-1	cac3	Khaliq_2022_GenomeBiology	T_cac3	Wildtype	Wildtype	Mutant	Mutant	Wildtype	Wildtype	Wildtype	Wildtype	Enterocyte

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