The Uranyl Nitrate—Water System Above 60°1

The Uranyl Nitrate - Water System Above 60 °

of the PowerPC 601 microprocessor

To produce a marketable PowerPC" microprocessor on a short development schedule, the logic had to be designed in a manner flexible enough to allow quick modifications without sacrificing high performance and density when customized cells were required. This was accomplished for the PowerPC 601'" microprocessor (601) with a high-level design-language description, which was synthesized for a gate...

Jcb_200901145 601..612

The Rockefeller University Press $30.00 J. Cell Biol. Vol. 185 No. 4 601–612 www.jcb.org/cgi/doi/10.1083/jcb.200901145 JCB 601 R.W. Klemm and C.S. Ejsing contributed equally to this paper. Correspondence to Kai Simons: [email protected] Abbreviations used in this paper: COPI, coat protein I; GP, general polarization; GPI, glycosyl-PI; HDSV, heavy density secretory vesicle; InvRFP, invertase-RFP...

10 - 601 : Homework 2

Please answer to the point, and do not spend time/space giving irrelevant details. Please state any additional assumptions you make while answering the questions. For Questions 1 to 5, 6(b) and 6(c), you need to submit your answers in a single PDF file on autolab, either a scanned handwritten version or a LTEXpdf file. Please make sure you write legibly for grading. For Question 6(a), submit yo...

Fate of uranyl in a quaternary system composed of uranyl, citrate, goethite, and Pseudomonas fluorescens.

This study investigated the partitioning of uranyl within a quaternary system made up of uranyl, citrate, goethite, and the bacterium Pseudomonas fluorescens. In the absence of cells, uranyl was sorbed to goethite as a complex involving surface groups and/or citrate. Measurements of the evolution of CO2 indicated that the addition of bacterial cells lead to the gradual biodegradation of citrate...