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Fig. 5 | Biotechnology for Biofuels

Fig. 5

From: Improved xylose tolerance and 2,3-butanediol production of Klebsiella pneumoniae by directed evolution of rpoD and the mechanisms revealed by transcriptomics

Fig. 5

GO analysis results (a GO classification of all unigene, b GO analysis of DEGs). 1: biological adhesion; 2: biological regulation; 3: cellular component organization or biogenesis; 4: cellular process; 5: developmental process; 6: establishment of localization; 7: growth; 8: immune system process; 9: localization; 10: locomotion; 11: metabolic process; 12: multi-organism process; 13: multicellular organismal process; 14: negative regulation of biological process; 15: positive regulation of biological process; 16: regulation of biological process; 17: reproduction; 18: reproduction process; 19: response to stimulus; 20: signaling; 21: single-organism process; 22: cell; 23: cell part; 24: extracellular region; 25: extracellular region part; 26: macromolecular complex; 27: membrane; 28: membrane part; 29: membrane-enclosed lumen; 30: nucleoid; 31: organelle; 32: organelle part; 33: virion; 34: virion part; 35: antioxidant activity; 36: binding; 37: catalytic activity; 38: channel regulator activity; 39: electron carrier activity; 40: enzyme regulator activity; 41: metallochaperone activity; 42: molecular transducer activity; 43: nucleic acid binding transcription factor activity; 44: protein binding transcription factor activity; 45: receptor activity; 46: structural molecule activity; 47: transporter activity

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