Project description:This project is a proteomic comparison of Microbacterium sp. Viu2A exposed to 10 µM nitrate uranyl versus control condition without uranyl. Three sampling time points (30 min, 4h and 24h) were analyzed. The proteomics datasets were obtained using a protein database derived from the Microbacterium sp. Viu2A complete genome.
Project description:The project is a proteomic comparison of Microbacterium sp. A9 exposed to 10 µM nitrate uranyl versus control condition without uranyl. Three sampling time points (30 min, 4h and 24h) were analyzed. The proteomics datasets presented here were obtained using a protein database derived from the Microbacterium sp. A9 complete genome.
Project description:This project is a proteomic comparison of Microbacterium sp. HG3 exposed to 10 µM nitrate uranyl versus control condition without uranyl. Three sampling time points (30 min, 4h and 24h) were analyzed. The datasets were obtained using a protein database derived from the Microbacterium sp. HG3 complete genome.
Project description:This project is a proteomic comparison of Microbacterium sp. A9 exposed to 10 µM nitrate uranyl versus control condition without uranyl. Three sampling time points (30 min, 4h and 24h)are analyzed.
Project description:Microbacterium sediminis YLB-01, a marine microbacterium tolerant to pressure and low temperature, was subjected to high pressure (accompanied by low temperature) and proteomic analysis was carried out to explore the mechanism of its adaptation to the high-pressure environment of the deep sea.
