BioDesign Research
@BioDesignR
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BioDesign Research, 2024 Journal Impact Factor, indexed in: #ESCI #PMC #DOAJ #Scopus (#CiteScore2024: 5.6) etc. #Synbio #biodesign #SyntheticBiology #openaccess
Joined June 2019
BioDesign Research 2024 Journal Impact Factor (Clarivate) 4.7🥳🥳
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Replacing RuBisCO with PEPC via MOG cycle could boost photosynthesis! #Bioengineering.Details:
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ALE & metabolic engineering boost SA from glycerol! #SustainableChemistry #Bioengineering.Details:
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Mutations boost miltiradiene synthesis, unlocking drug potential! #Biochemistry #EnzymeEngineering.Details:
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Unlocking plant-microbe secrets with synthetic biology! #PlantScience #SyntheticBiology.Details:
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Corynebacterium glutamicum: Engineering powerhouse for amino acids & more! #MetabolicEngineering #CellFactories.Detais:
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Engineering enzymes for stability in solvents & heat—key for industry! #Biocatalysts #EnzymeEngineering.Details:
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Lactoferrin's synthetic systems tackle production limits. Microbial & other hosts enable scalable production. #Lactoferrin #SyntheticBiology #IndustrialScale.Details:
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MCFs drive bioeconomy via bioproducts. Advances in microbial engineering & AI integration key. #MicrobialCellFactories #Bioeconomy #Biomanufacturing.Details:
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Multiomics integrates diverse data for deep biological insights. Advances in AI boost analysis. Challenges persist. #Multiomics #Bioinformatics #IntegrativeAnalysis.Details:
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Boosting retinoid production! PDR proteins & ATP optimization unlock record vitamin A yields in yeast. #SyntheticBio #VitaminA #YeastEngineering.Details:
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Unlocking fibrous protein potential! AI-driven design to revolutionize materials, biomedicine & beyond. #ProteinScience #AI #Biomaterials.Details:
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Machine learning revolutionizes fermentation optimization! Unlocks genetic potential, boosts bioproduction efficiency. #BioTech #MachineLearning #Fermentation.Details:
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Exploring MOG cycle to replace RuBisCO with PEPC for boosting photosynthesis efficiency. #Photosynthesis #PEPC #MOGCycle #PlantEngineering.Details:
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Exploring fibrous proteins & AI-driven design for advanced biomedical & industrial applications. #ProteinMaterials #AIProteinDesign #Bioengineering.Details:
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