Expressions spécifiques de corpus Analyse de la série de textes lea3art contre la série de textes shsp3 avec suppression des mots comme le la les the of pour une expression correspond à deux mots consécutifs 1. Textes originaux de la série 1 LEA1_pone.0083056.txt.no       LEA2_610721.txt.no       LEA3_4559-73.txt.no        2. Textes originaux de la série 2 SHSP1_1-s2.0-S0378111914000420-main.txt.no       SHSP2_art10.1007_Fs11033-013-2973-9.txt.no       SHSP3_dst050.txt.no        3. Dénombrement des lignes et des mots 3.1 série 1 1 : 1064 ligne(s) dans LEA1_pone.0083056.txt.no 2 : 1614 ligne(s) dans LEA2_610721.txt.no 3 : 1839 ligne(s) dans LEA3_4559-73.txt.no analyse de LEA1_pone.0083056.txt.no 7535 mots en tout dont 5464 mots distincts. chaque mot est donc répété 1.38 fois en moyenne. analyse de LEA2_610721.txt.no 10496 mots en tout dont 7829 mots distincts. chaque mot est donc répété 1.34 fois en moyenne. analyse de LEA3_4559-73.txt.no 10020 mots en tout dont 7398 mots distincts. chaque mot est donc répété 1.35 fois en moyenne. 3.2 série 2 1 : 537 ligne(s) dans SHSP1_1-s2.0-S0378111914000420-main.txt.no 2 : 1518 ligne(s) dans SHSP2_art10.1007_Fs11033-013-2973-9.txt.no 3 : 1651 ligne(s) dans SHSP3_dst050.txt.no analyse de SHSP1_1-s2.0-S0378111914000420-main.txt.no 4856 mots en tout dont 3660 mots distincts. chaque mot est donc répété 1.33 fois en moyenne. analyse de SHSP2_art10.1007_Fs11033-013-2973-9.txt.no 5686 mots en tout dont 4021 mots distincts. chaque mot est donc répété 1.41 fois en moyenne. analyse de SHSP3_dst050.txt.no 7753 mots en tout dont 5910 mots distincts. chaque mot est donc répété 1.31 fois en moyenne. 4. Expressions spécifiques de la série 1 soit 120 mots spécifiques spec1 [1,] "2013_accepted" [2,] "aba_and" [3,] "abiotic_stress" [4,] "able_to" [5,] "abscisic_acid" [6,] "abundant_lea" [7,] "abundant_proteins" [8,] "acid_aba" [9,] "advances_in" [10,] "also_been" [11,] "analysis_using" [12,] "and_analysis" [13,] "and_b" [14,] "and_biochemistry" [15,] "and_f" [16,] "and_g" [17,] "and_molecular" [18,] "and_other" [19,] "and_regulation" [20,] "and_reproduction" [21,] "and_their" [22,] "and_water" [23,] "annual_review" [24,] "any_medium" [25,] "appears_to" [26,] "arabidopsis_thaliana" [27,] "article_distributed" [28,] "associated_with" [29,] "as_well" [30,] "attribution_license" [31,] "by_abscisic" [32,] "cdna_encoding" [33,] "changes_in" [34,] "commons_attribution" [35,] "creative_commons" [36,] "crucial_for" [37,] "dehydration_and" [38,] "dehydration_stress" [39,] "detected_in" [40,] "did_not" [41,] "distributed_under" [42,] "distribution_and" [43,] "drought_and" [44,] "embryogenesis_abundant" [45,] "embryogenesis_and" [46,] "experimental_botany" [47,] "expression_and" [48,] "expression_in" [49,] "found_to" [50,] "gene_is" [51,] "genes_are" [52,] "genes_from" [53,] "has_been" [54,] "http_//www" [55,] "in_any" [56,] "in_arabidopsis" [57,] "indicated_that" [58,] "in_drought" [59,] "information_on" [60,] "in_gene" [61,] "in_many" [62,] "in_plant" [63,] "in_relation" [64,] "in_seeds" [65,] "in_transgenic" [66,] "involved_in" [67,] "is_first" [68,] "is_not" [69,] "journal_plant" [70,] "late_embryogenesis" [71,] "lea_genes" [72,] "lea_protein" [73,] "lea_proteins" [74,] "may_be" [75,] "medium_provided" [76,] "molecular_and" [77,] "molecular_biology" [78,] "on_other" [79,] "osmotic_stress" [80,] "other_hand" [81,] "permits_unrestricted" [82,] "physiology_and" [83,] "plant_biology" [84,] "plant_cell" [85,] "plant_molecular" [86,] "plant_physiology" [87,] "plant_science" [88,] "protein_from" [89,] "proteins_and" [90,] "proteins_are" [91,] "proteins_were" [92,] "provided_original" [93,] "related_to" [94,] "relation_to" [95,] "reproduction_in" [96,] "review_plant" [97,] "stress_tolerance" [98,] "that_are" [99,] "the_lea" [100,] "they_are" [101,] "this_is" [102,] "this_paper" [103,] "to_high" [104,] "tolerance_and" [105,] "tolerance_in" [106,] "tolerance_to" [107,] "tolerance_transgenic" [108,] "to_produce" [109,] "to_study" [110,] "transcriptome_analysis" [111,] "was_more" [112,] "water_content" [113,] "water_deficit" [114,] "water_stress" [115,] "well_as" [116,] "were_found" [117,] "were_used" [118,] "which_are" [119,] "which_permits" [120,] "which_they" 5. Expressions spécifiques de la série 2 soit 80 mots spécifiques spec2 [1,] "1_2" [2,] "15_min" [3,] "2_1" [4,] "2_3" [5,] "2_and" [6,] "3_0" [7,] "30_min" [8,] "4_the" [9,] "accession_number" [10,] "after_heat" [11,] "also_showed" [12,] "analysis_gene" [13,] "analysis_showed" [14,] "and_heat" [15,] "and_is" [16,] "and_methods" [17,] "an_important" [18,] "based_on" [19,] "biol_chem" [20,] "by_heat" [21,] "consistent_with" [22,] "during_heat" [23,] "e_coli" [24,] "escherichia_coli" [25,] "exposed_to" [26,] "exposure_to" [27,] "expression_data" [28,] "expression_levels" [29,] "expression_proï¬\u0081le" [30,] "fig_1" [31,] "fig_2" [32,] "fig_3" [33,] "fig_4" [34,] "fig_5" [35,] "followed_by" [36,] "for_30" [37,] "for_each" [38,] "gene_in" [39,] "gene_was" [40,] "h_and" [41,] "haslbeck_m" [42,] "heat_shock" [43,] "heat-shock_protein" [44,] "heat_stress" [45,] "important_role" [46,] "in_both" [47,] "in_vitro" [48,] "j_biol" [49,] "mainly_in" [50,] "materials_and" [51,] "mol_biol" [52,] "performed_using" [53,] "protein_in" [54,] "proteins_from" [55,] "responses_to" [56,] "results_suggest" [57,] "rna_was" [58,] "s_and" [59,] "shock_protein" [60,] "shock_proteins" [61,] "showed_that" [62,] "shown_in" [63,] "shsp_genes" [64,] "small_heat" [65,] "stress_j" [66,] "stress_the" [67,] "such_as" [68,] "suggest_that" [69,] "the_gene" [70,] "this_study" [71,] "to_an" [72,] "to_heat" [73,] "to_other" [74,] "total_rna" [75,] "under_normal" [76,] "used_for" [77,] "was_detected" [78,] "was_performed" [79,] "was_used" [80,] "which_is"

 

 

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