Invertase

Function Invertase (INV) catalyzes the hydrolysis of sucrose into glucose and fructose. INV is produced by bees which use it to make honey from nectar. Cell-wall INV is crucial for metabolism, growth and differentiation in plants. Extracellular INV catalyzes the cleavage of the transport sugar sucrose released into the app-last Alkaline INV is a tetramer which catalyzes the cleavage of sucrose DNA INV Gin is found in bacteriophage Mu and catalyses the recombination between repeat sequences in vivo and in vitro For details in Hebrew see Invertase (Hebrew). Relevance INV is used in the food industry to produce fructose which is sweeter and does not crystallize easily. Structural highlights The of INV contains the catalytic residues Asp and Glu.

spinqualitylabelsall models Invertase complex with raffinose (stick model), citrate and sulfate (PDB code 1w2t). Show:Asymmetric Unit Biological Assembly Drag the structure with the mouse to rotate   Export Animated Image

3D Structures of invertase3D Structures of invertase

Updated on 07-July-2024

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• Invertase
  • 4eqv – INV 2 – yeast
    
  • 1uyp – TmINV – Thermotoga maritima
    
  • 1w2t – TmINV (mutant) + trisaccharide
    
  • 3kf5 – SoINV – Schwanniomyces occidentalis
    
  • 3kf3 – SoINV + fructose
    
• Cell-wall invertase
  • 2ac1 – AtINV – Arabidopsis thaliana
    
  • 2oxb, 2qqu, 2qqv, 2qqw – AtINV (mutant) + sucrose
    
  • 2xqr – AtINV + INV inhibitor
    
  • 6ttj – AtINV 2
    
• Alkaline invertase
  • 5gor, 5z73 – AnINV – Anabaena
    
  • 5goo, 5gop, 5goq – AnINV + sugar
    
• DNA-invertase
  • 3uj3 – muINV – enterobacteria phage mu
    
  • 4m6f – muINV + DNA
    
• Extracellular invertase
  • 5xh8, 5xh9 – moINV – mold
    
  • 5xha – moINV + fructose