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Table 2 Detailed overview of the properties and description of the SWISS-MODEL homology modeling results of the nine modeled BanLec proteins

From: A computational simulation appraisal of banana lectin as a potential anti-SARS-CoV-2 candidate by targeting the receptor-binding domain

Gene name

Model

Oligo state

Template

Template description

Sequence’s identity

GMQE

QMEAN

Ma09_t10410.1

1

Homo-dimer

4pif.1.A

Ripening associated protein (Crystal structure of recombinant WT BanLec)

97.16%

0.92

2.20

Ma09_t10460.1

1

Homo-dimer

4pif.1.A

Ripening associated protein (Crystal structure of recombinant WT BanLec)

97.16%

0.92

2.20

Ma09_t10470.1

1

Homo-dimer

4pif.1.A

Ripening associated protein (Crystal structure of recombinant WT BanLec)

94.33%

0.91

2.52

Ma09_t10450.1

2

Homo-dimer

4pif.1.A

Ripening associated protein (Crystal structure of recombinant WT BanLec)

92.20%

0.90

2.44

Ma09_t10350.1

1

Homo-dimer

7kmu.1.A

Jacalin-type lectin domain-containing protein (Structure of WT Malaysian BanLec)

100.0%

0.89

2.51

Mba09_g09930.1

1

Homo-dimer

4pif.1.A

Ripening associated protein (Crystal structure of recombinant WT BanLec)

94.33%

0.89

2.25

Mba09_g09920.1

7

Homo-dimer

4pif.1.A

Ripening associated protein (Crystal structure of recombinant WT BanLec)

92.91%

0.57

2.21

Mba09_g09880.1

1

Homo-dimer

3miv.1.A

Lectin (Structure of Banana lectin-Glc-alpha(1,2)-Glc complex)

95.04%

0.76

1.50

Mba09_g09870.1

2

Homo-dimer

4pif.1.A

Ripening associated protein (Crystal structure of recombinant WT BanLec)

92.91%

0.70

2.67