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Deep ocean clay crusts: behaviour and biological origin

Kuo, Matthew Yih-HanUniversity of Cambridge2011

… and identifies the presence of the bacterium, Marinobacter aquaeolei. This bacterium is then used to inoculate sterile samples to determine its ability to produce crustal strength. Through this work, it is concluded that M. aquaeolei is unable to create crustal strength, although extracelluar …

cambridge Repository record for Deep ocean clay crusts: behaviour and biological origin (opens in a new tab)

1. Improving the Yield of Biodiesel from Microalgae and Other Lipids. 2. Studies of the Wax Ester Biosynthetic Pathway and Potential Biotechnological Application

Wahlen, Bradley D.

utahstate Repository record for 1. Improving the Yield of Biodiesel from Microalgae and Other Lipids. 2. Studies of the Wax Ester Biosynthetic Pathway and Potential Biotechnological Application (opens in a new tab)