One‐locus‐several‐primers: A strategy to improve the taxonomic and haplotypic coverage in diet metabarcoding studies
Data files
Mar 19, 2019 version files 49.27 GB
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alignments.tar.gz
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csv_note_samples_files.csv
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DNA1_LFCR.tar.gz
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DNA1_MFZR.tar.gz
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DNA1_ZFZR.tar.gz
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DNA10_LFCR.tar.gz
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DNA10_MFZR.tar.gz
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DNA10_ZFZR.tar.gz
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DNA11_LFCR.tar.gz
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DNA11_MFZR.tar.gz
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DNA11_ZFZR.tar.gz
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DNA12_LFCR.tar.gz
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DNA12_MFZR.tar.gz
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DNA12_ZFZR.tar.gz
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DNA13_LFCR.tar.gz
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DNA13_MFZR.tar.gz
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DNA13_ZFZR.tar.gz
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DNA14_LFCR.tar.gz
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DNA14_MFZR.tar.gz
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DNA14_ZFZR.tar.gz
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DNA15_LFCR.tar.gz
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DNA15_MFZR.tar.gz
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DNA15_ZFZR.tar.gz
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DNA16_LFCR.tar.gz
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DNA16_MFZR.tar.gz
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DNA16_ZFZR.tar.gz
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DNA17_LFCR.tar.gz
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DNA17_MFZR.tar.gz
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DNA17_ZFZR.tar.gz
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DNA18_LFCR.tar.gz
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DNA18_MFZR.tar.gz
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DNA18_ZFZR.tar.gz
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DNA19_LFCR.tar.gz
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DNA19_MFZR.tar.gz
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DNA19_ZFZR.tar.gz
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DNA2_LFCR.tar.gz
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DNA2_MFZR.tar.gz
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DNA2_ZFZR.tar.gz
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DNA20_LFCR.tar.gz
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DNA20_MFZR.tar.gz
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DNA20_ZFZR.tar.gz
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DNA21_LFCR.tar.gz
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DNA21_MFZR.tar.gz
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DNA21_ZFZR.tar.gz
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DNA22_LFCR.tar.gz
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DNA22_MFZR.tar.gz
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DNA22_ZFZR.tar.gz
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DNA23_LFCR.tar.gz
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DNA23_MFZR.tar.gz
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DNA23_ZFZR.tar.gz
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DNA24_LFCR.tar.gz
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DNA24_MFZR.tar.gz
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DNA24_ZFZR.tar.gz
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DNA25_LFCR.tar.gz
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DNA25_MFZR.tar.gz
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DNA25_ZFZR.tar.gz
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DNA26_LFCR.tar.gz
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DNA26_MFZR.tar.gz
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DNA26_ZFZR.tar.gz
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DNA27_LFCR.tar.gz
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DNA27_MFZR.tar.gz
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DNA27_ZFZR.tar.gz
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DNA3_LFCR.tar.gz
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DNA3_MFZR.tar.gz
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DNA3_ZFZR.tar.gz
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DNA4_LFCR.tar.gz
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DNA4_MFZR.tar.gz
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DNA4_ZFZR.tar.gz
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DNA5_LFCR.tar.gz
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DNA5_MFZR.tar.gz
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DNA5_ZFZR.tar.gz
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DNA6_LFCR.tar.gz
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DNA6_MFZR.tar.gz
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DNA6_ZFZR.tar.gz
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DNA7_LFCR.tar.gz
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DNA7_MFZR.tar.gz
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DNA7_ZFZR.tar.gz
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DNA8_LFCR.tar.gz
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DNA8_MFZR.tar.gz
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DNA8_ZFZR.tar.gz
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DNA9_LFCR.tar.gz
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DNA9_MFZR.tar.gz
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DNA9_ZFZR.tar.gz
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Ext7.tar.gz
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README_for_alignments.tar.txt
Aug 24, 2022 version files 49.27 GB
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alignments.tar.gz
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Corse2019_sample_fastq_correspondence.csv
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DNA1_LFCR.tar.gz
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DNA1_MFZR.tar.gz
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DNA1_ZFZR.tar.gz
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DNA10_LFCR.tar.gz
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DNA10_MFZR.tar.gz
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DNA10_ZFZR.tar.gz
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DNA11_LFCR.tar.gz
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DNA11_MFZR.tar.gz
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DNA11_ZFZR.tar.gz
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DNA12_LFCR.tar.gz
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DNA12_MFZR.tar.gz
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DNA12_ZFZR.tar.gz
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DNA13_LFCR.tar.gz
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DNA13_MFZR.tar.gz
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DNA13_ZFZR.tar.gz
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DNA14_LFCR.tar.gz
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DNA14_MFZR.tar.gz
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DNA14_ZFZR.tar.gz
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DNA15_LFCR.tar.gz
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DNA15_MFZR.tar.gz
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DNA15_ZFZR.tar.gz
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DNA16_LFCR.tar.gz
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DNA16_MFZR.tar.gz
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DNA16_ZFZR.tar.gz
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DNA17_LFCR.tar.gz
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DNA17_MFZR.tar.gz
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DNA17_ZFZR.tar.gz
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DNA18_LFCR.tar.gz
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DNA18_MFZR.tar.gz
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DNA18_ZFZR.tar.gz
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DNA19_LFCR.tar.gz
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DNA19_MFZR.tar.gz
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DNA19_ZFZR.tar.gz
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DNA2_LFCR.tar.gz
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DNA2_MFZR.tar.gz
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DNA2_ZFZR.tar.gz
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DNA20_LFCR.tar.gz
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DNA20_MFZR.tar.gz
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DNA20_ZFZR.tar.gz
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DNA21_LFCR.tar.gz
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DNA21_MFZR.tar.gz
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DNA21_ZFZR.tar.gz
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DNA22_LFCR.tar.gz
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DNA22_MFZR.tar.gz
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DNA22_ZFZR.tar.gz
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DNA23_LFCR.tar.gz
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DNA23_MFZR.tar.gz
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DNA23_ZFZR.tar.gz
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DNA24_LFCR.tar.gz
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DNA24_MFZR.tar.gz
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DNA24_ZFZR.tar.gz
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DNA25_LFCR.tar.gz
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DNA25_MFZR.tar.gz
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DNA25_ZFZR.tar.gz
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DNA26_LFCR.tar.gz
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DNA26_MFZR.tar.gz
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DNA26_ZFZR.tar.gz
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DNA27_LFCR.tar.gz
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DNA27_MFZR.tar.gz
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DNA27_ZFZR.tar.gz
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DNA3_LFCR.tar.gz
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DNA3_MFZR.tar.gz
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DNA3_ZFZR.tar.gz
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DNA4_LFCR.tar.gz
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DNA4_MFZR.tar.gz
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DNA4_ZFZR.tar.gz
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DNA5_LFCR.tar.gz
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DNA5_MFZR.tar.gz
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DNA5_ZFZR.tar.gz
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DNA6_LFCR.tar.gz
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DNA6_MFZR.tar.gz
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DNA6_ZFZR.tar.gz
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DNA7_LFCR.tar.gz
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DNA7_MFZR.tar.gz
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DNA7_ZFZR.tar.gz
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DNA8_LFCR.tar.gz
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DNA8_MFZR.tar.gz
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DNA8_ZFZR.tar.gz
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DNA9_LFCR.tar.gz
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DNA9_MFZR.tar.gz
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DNA9_ZFZR.tar.gz
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Ext7.tar.gz
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README_for_alignments.tar.txt
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Villsen2022_Data_For_Modelling_Analyses_040822.csv
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Villsen2022_DietData_040822.csv
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Villsen2022_Metabarcoding_Filtered_Data_040822.csv
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Villsen2022_sample_fastq_correspondence.csv
Jul 20, 2023 version files 49.28 GB
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alignments.tar.gz
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Corse2019_sample_fastq_correspondence.csv
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DNA1_LFCR.tar.gz
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DNA1_MFZR.tar.gz
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DNA1_ZFZR.tar.gz
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DNA10_LFCR.tar.gz
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DNA10_MFZR.tar.gz
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DNA10_ZFZR.tar.gz
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DNA11_LFCR.tar.gz
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DNA11_MFZR.tar.gz
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DNA11_ZFZR.tar.gz
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DNA12_LFCR.tar.gz
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DNA12_MFZR.tar.gz
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DNA12_ZFZR.tar.gz
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DNA13_LFCR.tar.gz
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DNA13_MFZR.tar.gz
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DNA13_ZFZR.tar.gz
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DNA14_LFCR.tar.gz
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DNA14_MFZR.tar.gz
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DNA14_ZFZR.tar.gz
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DNA15_LFCR.tar.gz
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DNA15_MFZR.tar.gz
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DNA15_ZFZR.tar.gz
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DNA16_LFCR.tar.gz
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DNA16_MFZR.tar.gz
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DNA16_ZFZR.tar.gz
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DNA17_LFCR.tar.gz
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DNA17_MFZR.tar.gz
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DNA17_ZFZR.tar.gz
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DNA18_LFCR.tar.gz
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DNA18_MFZR.tar.gz
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DNA18_ZFZR.tar.gz
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DNA19_LFCR.tar.gz
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DNA19_MFZR.tar.gz
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DNA19_ZFZR.tar.gz
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DNA2_LFCR.tar.gz
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DNA2_MFZR.tar.gz
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DNA2_ZFZR.tar.gz
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DNA20_LFCR.tar.gz
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DNA20_MFZR.tar.gz
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DNA20_ZFZR.tar.gz
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DNA21_LFCR.tar.gz
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DNA21_MFZR.tar.gz
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DNA21_ZFZR.tar.gz
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DNA22_LFCR.tar.gz
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DNA22_MFZR.tar.gz
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DNA22_ZFZR.tar.gz
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DNA23_LFCR.tar.gz
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DNA23_MFZR.tar.gz
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DNA23_ZFZR.tar.gz
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DNA24_LFCR.tar.gz
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DNA24_MFZR.tar.gz
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DNA24_ZFZR.tar.gz
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DNA25_LFCR.tar.gz
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DNA25_MFZR.tar.gz
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DNA25_ZFZR.tar.gz
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DNA26_LFCR.tar.gz
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DNA26_MFZR.tar.gz
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DNA26_ZFZR.tar.gz
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DNA27_LFCR.tar.gz
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DNA27_MFZR.tar.gz
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DNA27_ZFZR.tar.gz
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DNA3_LFCR.tar.gz
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DNA3_MFZR.tar.gz
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DNA3_ZFZR.tar.gz
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DNA4_LFCR.tar.gz
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DNA4_MFZR.tar.gz
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DNA4_ZFZR.tar.gz
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DNA5_LFCR.tar.gz
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DNA5_MFZR.tar.gz
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DNA5_ZFZR.tar.gz
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DNA6_LFCR.tar.gz
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DNA6_MFZR.tar.gz
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DNA6_ZFZR.tar.gz
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DNA7_LFCR.tar.gz
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DNA7_MFZR.tar.gz
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DNA7_ZFZR.tar.gz
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DNA8_LFCR.tar.gz
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DNA8_MFZR.tar.gz
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DNA8_ZFZR.tar.gz
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DNA9_LFCR.tar.gz
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DNA9_MFZR.tar.gz
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DNA9_ZFZR.tar.gz
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Ext7.tar.gz
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README_for_alignments.tar.txt
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README_Villsen2023_ITV_HabitatPreydata.txt
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Villsen2022_Data_For_Modelling_Analyses_040822.csv
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Villsen2022_DietData_040822.csv
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Villsen2022_Metabarcoding_Filtered_Data_040822.csv
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Villsen2022_sample_fastq_correspondence.csv
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Villsen2023_ITV_dietdata.csv
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Villsen2023_ITV_HabitatPreydata.csv
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Villsen2023_ITV_Metabarcoding_Filtered_Data.csv
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Villsen2023_ITV_sample_fastq_correspondence.csv
Abstract
Usage notes
Villsen2023_ITV_sample_fastq_correspondence.csv
CSV file with tag combinations to identify the samples and technical replicates from each fastq file
Villsen2023_ITV _Metabarcoding_Filtered_Data.csv
CSV file reporting the metabarcoding data that past the filtering procedure. The data include ASVs and contigs, sequence data, and taxonomic assignment for Zingel asper’s feces.
Villsen2023_ITV_dietdata.csv
CSV file reporting the diet data used to estimate individual and population trophic traits of Zingel asper.
Please note that columns of Villsen2023_ITV_dietdata.csv correspond to rows in Villsen2023_ITV _Metabarcoding_Filtered_Data.csv
Villsen2023_ITV_HabitatPreydata.csv
Macroinvertebrate and habitat datasets used for statistical analysis and modelling process in Villsen2023_ITV
README_Villsen2023_ITV_HabitatPreydata.txt
List of variables in Villsen2023_ITV_HabitatPreydata.csv
Villsen2022_sample_fastq_correspondence.csv
CSV file with tag combinations to identify the samples and technical replicates from each fastq file
Villsen2022_Metabarcoding_Filtered_Data_040822.xlsx
CSV file reporting the metabarcoding data that past the filtering procedure. The data include ASVs and contigs, sequence data, and taxonomic assignment for Zingel asper’s feces.
Villsen2022_Diet_Data_040822.csv
CSV file reporting the diet data used to estimate individual and population trophic traits of Zingel asper.
Please note that columns of Villsen2022_Diet_Data.csv correspond to rows in Villsen2022_Metabarcoding_Filtered_Data.csv
Villsen2022_Data_For_Modelling_Analyses_040822.csv
CSV file reporting the data used for modelling analyses
Corse2019_sample_fastq_correspondence.csv
CSV file with tag combinations to identify the samples and technical replicates from each fastq files
alignments.tar
Mapping Assisted Multiple Alignment files for in silico primer testing
csv_all_runs_samples_files.csv Metadata on fastq files
Tag combinations to identify the samples and technical replicates from each fastq files
DNA1_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA1 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA1_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA1 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA1_ZFZR
Fastq file with raw data of Illumina reads Plate: DNA1 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA2_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA2 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA2_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA2 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA2_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA2 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA3_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA3 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA3_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA3 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA3_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA3 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA4_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA4 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA4_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA4 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA4_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA4 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA5_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA5 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA5_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA5 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA5_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA5 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA6_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA6 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA6_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA6 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA6_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA6 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA7_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA7 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA7_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA7 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA7_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA7 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA8_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA8 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA8_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA8 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA8_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA8 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA9_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA9 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA9_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA9 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA9_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA9 Marker: ZFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA10_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA10 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA10_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA10 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA10_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA10 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA11_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA11 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA11_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA11 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA11_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA11 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA12_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA12 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA12_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA12 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA12_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA12 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA13_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA13 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA13_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA13 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA13_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA13 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA14_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA14 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA14_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA14 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA14_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA14 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA15_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA15 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA15_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA15 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA15_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA15 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA16_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA16 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA16_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA16 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA16_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA16 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA17_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA17 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA17_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA17 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA17_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA17 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA18_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA18 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA18_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA18 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA18_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA18 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA19_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA19 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA19_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA19 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA19_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA19 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA20_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA20 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA20_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA20 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA20_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA20 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA21_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA21 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA21_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA21 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA21_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA21 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA22_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA22 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA22_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA22 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA22_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA22 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA23_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA23 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA23_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA23 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA23_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA23 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA24_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA24 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA24_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA24 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA24_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA24 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA25_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA25 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA25_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA25 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA25_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA25 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA26_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA26 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA26_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA26 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA26_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA26 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA27_LFCR.tar
Fastq file with raw data of Illumina reads Plate: DNA27 Marker: LFCR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA27_MFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA27 Marker: MFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
DNA27_ZFZR.tar
Fastq file with raw data of Illumina reads Plate: DNA27 Marker: ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'
Ext7.tar
Fastq file with raw data of Illumina reads Plate: Ext7 Marker: LFCR, MFZR, ZFZR Tag combinations to identify the samples from each fastq files are found in the 'CSV file with metadata on fastq files'