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. 2022 Nov 30;39(4):335–343. doi: 10.5511/plantbiotechnology.22.0730a

Table 1. Morphological response of fungal endophytes and grape cells during co-culture.

Strain ID Species GenBank accession Degree of callus oxidation Degree of fungal mycellia colonization in or between cells The weight gain of callus value (g·day−1) The weight gain of callus RI (%)
RH CS RH CS RH CS RH CS
RH7 Epicoccum sp. ON740926 heavy moderate few few 0.4±0.2abcde 0.3±0.1abc 0.2 −29.7
RH12 Nigrospora sp. ON740927 heavy moderate more moderate 0.2±0.1e 0.2±0.1bc −38.2 −58.4
RH32 Alternaria sp. ON740928 heavy moderate moderate few 0.2±0.1e 0.4±0.1ab −38.4 −13.4
RH34 Trichothecium sp. ON740929 heavy moderate more more 0.3±0.1de 0.1±0.0c −29.6 −68.2
RH36 Fusarium sp. ON740930 heavy moderate few few 0.5±0.2abcd 0.3±0.1abc 16.0 −39.9
RH44 Alternaria sp. ON740931 heavy heavy few moderate 0.4±0.1abcde 0.2±0.1c 11.5 −61.7
RH47 Fusarium sp. ON740932 heavy heavy moderate moderate 0.3±0.2cde 0.1±0.0c −12.2 −76.4
RH48 Colletotrichum sp. ON740933 normal normal moderate moderate 0.5±0.1abc 0.4±0.1ab 30.4 −10.7
RH49 Fusarium sp. ON740934 heavy heavy moderate more 0.5±0.1abcd 0.2±0.1bc 18.8 −57.2
MDR1 Nigrospora sp. ON740935 heavy heavy more more 0.2±0.1e 0.2±0.0bc −37.2 −52.1
MDR3 Fusarium sp. ON740936 heavy heavy more more 0.4±0.1abcde 0.2±0.1bc 0.7 −53.8
MDR4 Fusarium sp. ON740937 heavy heavy moderate moderate 0.4±0.1abcde 0.2±0.1bc 2.7 −51.4
MDR33 Colletotrichum sp. ON740938 heavy heavy more more 0.4±0.1abcde 0.3±0.1abc −1.2 −39.1
MDR36 Colletotrichum sp. ON740939 moderate heavy few moderate 0.4±0.1bcde 0.2±0.0bc −9.1 −50.8
Control normal normal none none 0.4±0.1abcde 0.4±0.1a

Values of physiological traits were indicated as ‘mean±standard error.’ Lowercase letters followed each value of the weight gain, indicating the significance of difference among inoculations. Only when no same letter appeared between inoculations, should be interpreted as significant difference. Strains RH7, RH12, RH32, RH34, RH44, RH48 were the same as those in the previous papers (Huang et al. 2017; Yang et al. 2018) .