Ex. Aspergillus niger, exo-inulinase, 3.2.1.80...
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Number Mut.
| ID | Protein | Mutation | Mutation Based | Organism | Chain | PDB | Length | Weight | UNIPROT | T | pH | Method | Measure | ΔΔG | ΔTm | Mutation Type | Nº mutations | BLOSUM 62 | PAM 250 | POS | NEG | ACC | DON | ARO | SUL | NEU | SST | RSA | PHI | PSI | Depth of residue | Depth of CA | Relative B factor | Effect | Reference |
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Authors: Lucas Sousa Palmeira, Gabriel Quintanilha-Peixoto, Andréa Miura da Costa, Emanuelle Santos de Carvalho Cardoso, Ana Paula Trovatti Uetanabaro, Jailan da Silva Sousa, Danilo Silva, Ronison A. Guimarães, Dener Eduardo Bortolini, Joicymara S. Xavier, Bruno Andrade, Aristóteles Góes-Neto
FUNINDB is a cloud-based, non-relational database that compiles, analyzes, and optimizes fungal GH32 enzymes involved in inulin hydrolysis. It integrates taxonomic, functional, and biochemical data to support bioethanol production from plant-based sources such as Agave.