clostridium acetobutylicum mccoy et al. emend. keis et al (ATCC)
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clostridium acetobutylicum mccoy et al. emend. keis et al
Clostridium Acetobutylicum Mccoy Et Al. Emend. Keis Et Al, supplied by ATCC, used in various techniques. Bioz Stars score: 96/100, based on 2318 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Average 96 stars, based on 2318 article reviews
Clostridium Acetobutylicum Mccoy Et Al. Emend. Keis Et Al, supplied by ATCC, used in various techniques. Bioz Stars score: 96/100, based on 2318 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/cluster-gram+function/Clostridium+acetobutylicum+McCoy+et+al%2E+emend%2E+Keis+et+al/custom%40824%4015864550
Average 96 stars, based on 2318 article reviews
clostridium acetobutylicum mccoy et al. emend. keis et al - by Bioz Stars,
2026-11
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Binding Assay:Article Title: Transposon insertion sequencing identifies novel genes involved in product synthesis in gas-fermenting Clostridium ljungdahlii Article Snippet: imization of transposon mutagenesis system . (a) A schematic diagram of the plasmid pCYG4. himar1 C9 : the transposase derived from himar1 ; P araE : the promoter of the araE gene in C. acetobutylicum Article Title: Process Intensification of ABE Fermentation Through an Oxygen-Scavenging Microbial Co-Culture System Article Snippet: The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.. Oliva-Rodríguez et al. [4] reported 8.28 g L−1 butanol in a co-culture of Article Title: Steering ensiling process to maximize methane production of wilted maize straw: The role of exogenous carbon sources. Article Snippet: Several Clostridium species can utilize arabinose as a carbon source.Several Clostridium species can utilize arabinose as a carbon source.. For example, Mutagenesis:Article Title: Transposon insertion sequencing identifies novel genes involved in product synthesis in gas-fermenting Clostridium ljungdahlii Article Snippet: imization of transposon mutagenesis system . (a) A schematic diagram of the plasmid pCYG4. himar1 C9 : the transposase derived from himar1 ; P araE : the promoter of the araE gene in C. acetobutylicum Article Title: Process Intensification of ABE Fermentation Through an Oxygen-Scavenging Microbial Co-Culture System Article Snippet: The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.. Oliva-Rodríguez et al. [4] reported 8.28 g L−1 butanol in a co-culture of Article Title: Steering ensiling process to maximize methane production of wilted maize straw: The role of exogenous carbon sources. Article Snippet: Several Clostridium species can utilize arabinose as a carbon source.Several Clostridium species can utilize arabinose as a carbon source.. For example, Derivative Assay:Article Title: Transposon insertion sequencing identifies novel genes involved in product synthesis in gas-fermenting Clostridium ljungdahlii Article Snippet: imization of transposon mutagenesis system . (a) A schematic diagram of the plasmid pCYG4. himar1 C9 : the transposase derived from himar1 ; P araE : the promoter of the araE gene in C. acetobutylicum Article Title: Process Intensification of ABE Fermentation Through an Oxygen-Scavenging Microbial Co-Culture System Article Snippet: The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.. Oliva-Rodríguez et al. [4] reported 8.28 g L−1 butanol in a co-culture of Article Title: Steering ensiling process to maximize methane production of wilted maize straw: The role of exogenous carbon sources. Article Snippet: Several Clostridium species can utilize arabinose as a carbon source.Several Clostridium species can utilize arabinose as a carbon source.. For example, Plasmid Preparation:Article Title: Transposon insertion sequencing identifies novel genes involved in product synthesis in gas-fermenting Clostridium ljungdahlii Article Snippet: imization of transposon mutagenesis system . (a) A schematic diagram of the plasmid pCYG4. himar1 C9 : the transposase derived from himar1 ; P araE : the promoter of the araE gene in C. acetobutylicum Article Title: Process Intensification of ABE Fermentation Through an Oxygen-Scavenging Microbial Co-Culture System Article Snippet: The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.. Oliva-Rodríguez et al. [4] reported 8.28 g L−1 butanol in a co-culture of Article Title: Steering ensiling process to maximize methane production of wilted maize straw: The role of exogenous carbon sources. Article Snippet: Several Clostridium species can utilize arabinose as a carbon source.Several Clostridium species can utilize arabinose as a carbon source.. For example, Modification:Article Title: Transposon insertion sequencing identifies novel genes involved in product synthesis in gas-fermenting Clostridium ljungdahlii Article Snippet: imization of transposon mutagenesis system . (a) A schematic diagram of the plasmid pCYG4. himar1 C9 : the transposase derived from himar1 ; P araE : the promoter of the araE gene in C. acetobutylicum Article Title: Process Intensification of ABE Fermentation Through an Oxygen-Scavenging Microbial Co-Culture System Article Snippet: The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.. Oliva-Rodríguez et al. [4] reported 8.28 g L−1 butanol in a co-culture of Article Title: Steering ensiling process to maximize methane production of wilted maize straw: The role of exogenous carbon sources. Article Snippet: Several Clostridium species can utilize arabinose as a carbon source.Several Clostridium species can utilize arabinose as a carbon source.. For example, Cell Culture:Article Title: Transposon insertion sequencing identifies novel genes involved in product synthesis in gas-fermenting Clostridium ljungdahlii Article Snippet: imization of transposon mutagenesis system . (a) A schematic diagram of the plasmid pCYG4. himar1 C9 : the transposase derived from himar1 ; P araE : the promoter of the araE gene in C. acetobutylicum Article Title: Process Intensification of ABE Fermentation Through an Oxygen-Scavenging Microbial Co-Culture System Article Snippet: The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.. Oliva-Rodríguez et al. [4] reported 8.28 g L−1 butanol in a co-culture of Article Title: Steering ensiling process to maximize methane production of wilted maize straw: The role of exogenous carbon sources. Article Snippet: Several Clostridium species can utilize arabinose as a carbon source.Several Clostridium species can utilize arabinose as a carbon source.. For example, Purification:Article Title: Transposon insertion sequencing identifies novel genes involved in product synthesis in gas-fermenting Clostridium ljungdahlii Article Snippet: imization of transposon mutagenesis system . (a) A schematic diagram of the plasmid pCYG4. himar1 C9 : the transposase derived from himar1 ; P araE : the promoter of the araE gene in C. acetobutylicum Article Title: Process Intensification of ABE Fermentation Through an Oxygen-Scavenging Microbial Co-Culture System Article Snippet: The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.. Oliva-Rodríguez et al. [4] reported 8.28 g L−1 butanol in a co-culture of Article Title: Steering ensiling process to maximize methane production of wilted maize straw: The role of exogenous carbon sources. Article Snippet: Several Clostridium species can utilize arabinose as a carbon source.Several Clostridium species can utilize arabinose as a carbon source.. For example, Analysis:Article Title: Transposon insertion sequencing identifies novel genes involved in product synthesis in gas-fermenting Clostridium ljungdahlii Article Snippet: imization of transposon mutagenesis system . (a) A schematic diagram of the plasmid pCYG4. himar1 C9 : the transposase derived from himar1 ; P araE : the promoter of the araE gene in C. acetobutylicum Article Title: Process Intensification of ABE Fermentation Through an Oxygen-Scavenging Microbial Co-Culture System Article Snippet: The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.. Oliva-Rodríguez et al. [4] reported 8.28 g L−1 butanol in a co-culture of Article Title: Steering ensiling process to maximize methane production of wilted maize straw: The role of exogenous carbon sources. Article Snippet: Several Clostridium species can utilize arabinose as a carbon source.Several Clostridium species can utilize arabinose as a carbon source.. For example, Quantitative RT-PCR:Article Title: Transposon insertion sequencing identifies novel genes involved in product synthesis in gas-fermenting Clostridium ljungdahlii Article Snippet: imization of transposon mutagenesis system . (a) A schematic diagram of the plasmid pCYG4. himar1 C9 : the transposase derived from himar1 ; P araE : the promoter of the araE gene in C. acetobutylicum Article Title: Process Intensification of ABE Fermentation Through an Oxygen-Scavenging Microbial Co-Culture System Article Snippet: The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.. Oliva-Rodríguez et al. [4] reported 8.28 g L−1 butanol in a co-culture of Article Title: Steering ensiling process to maximize methane production of wilted maize straw: The role of exogenous carbon sources. Article Snippet: Several Clostridium species can utilize arabinose as a carbon source.Several Clostridium species can utilize arabinose as a carbon source.. For example, Functional Assay:Article Title: Transposon insertion sequencing identifies novel genes involved in product synthesis in gas-fermenting Clostridium ljungdahlii Article Snippet: imization of transposon mutagenesis system . (a) A schematic diagram of the plasmid pCYG4. himar1 C9 : the transposase derived from himar1 ; P araE : the promoter of the araE gene in C. acetobutylicum Article Title: Process Intensification of ABE Fermentation Through an Oxygen-Scavenging Microbial Co-Culture System Article Snippet: The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.. Oliva-Rodríguez et al. [4] reported 8.28 g L−1 butanol in a co-culture of Article Title: Steering ensiling process to maximize methane production of wilted maize straw: The role of exogenous carbon sources. Article Snippet: Several Clostridium species can utilize arabinose as a carbon source.Several Clostridium species can utilize arabinose as a carbon source.. For example, Activation Assay:Article Title: Transposon insertion sequencing identifies novel genes involved in product synthesis in gas-fermenting Clostridium ljungdahlii Article Snippet: imization of transposon mutagenesis system . (a) A schematic diagram of the plasmid pCYG4. himar1 C9 : the transposase derived from himar1 ; P araE : the promoter of the araE gene in C. acetobutylicum Article Title: Process Intensification of ABE Fermentation Through an Oxygen-Scavenging Microbial Co-Culture System Article Snippet: The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.The magnitude of the improvement observed here was also greater than that reported in some previous Bacillus–Clostridium systems.. Oliva-Rodríguez et al. [4] reported 8.28 g L−1 butanol in a co-culture of Article Title: Steering ensiling process to maximize methane production of wilted maize straw: The role of exogenous carbon sources. Article Snippet: Several Clostridium species can utilize arabinose as a carbon source.Several Clostridium species can utilize arabinose as a carbon source.. For example, |