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205. Calendar of the Correspondence of Richard Baxter, Vol. 1: 1638–1660

Author

Bartlett, Henry, primary, Baxter, Richard, additional, Tombes, John, additional, Lauderdale, Charles Maitland, Third Earl of, additional, Warren, Abel, additional, Garington, Abraham, additional, Pinchbecke, Abraham, additional, Hough, Adam, additional, Burgess, Anthony, additional, Tuckney, Anthony, additional, Lambe, Barbara, additional, Nicholson, Benjamin, additional, Woodbridge, Benjamin, additional, Ryves, Bruno, additional, Gataker, Charles, additional, Writer, Clement, additional, Burges, Cornelius, additional, Elis, Edmund, additional, Alderne, Edmund, additional, Baines, Edward, additional, Burton, Edward, additional, Harley, Edward, additional, Hughes, Edward, additional, Jeffreys, Edward, additional, Lawrence, Edward, additional, Wood, Francis Full, additional, Fullwood, Francis, additional, Garbett, Francis, additional, Rous, Francis, additional, Tallents, Francis, additional, Youell, Francis, additional, Ashwell, George, additional, Hopkins, George, additional, Lawson, George, additional, Maynard, George, additional, Nichols, George, additional, Collier, Giles, additional, Firmin, Giles, additional, Hammond, Henry, additional, Hickman, Henry, additional, Newcome, Henry, additional, Osland, Henry, additional, Pearsall, Henry, additional, Smith, Henry, additional, Stubbs, Henry, additional, Burton, Humphrey, additional, Berry, James, additional, Nayler, James, additional, Stansfielde, James, additional, Arrowsmith, John, additional, Beale, John, additional, Bolt, John, additional, Brand, John, additional, Brodnax, John, additional, Bryan, John, additional, Corbyn, John, additional, Davis, John, additional, Dolphin, John, additional, Durie, John, additional, Dury, John, additional, Eliot, John, additional, Greenbrough, John, additional, Griggs, John, additional, Horne, John, additional, Howe, John, additional, Humfrey, John, additional, Jackson, John, additional, Lewis, John, additional, Milner, John, additional, Taylor, John, additional, Wallis, John, additional, Warner, John, additional, Warren, John, additional, Watson, John, additional, Wilson, John, additional, Baker, Joseph, additional, Gell, Katherine, additional, Colvinus, Ludiomaeus, additional, Johnson, Martin, additional, Rogers, Mary, additional, Poole, Mathew, additional, Meade, Matthew, additional, Poole, Matthew, additional, Edge, Michael, additional, Stephens, Michael, additional, Llwyd, Morgan, additional, Brokesby, Nathaniel, additional, Stephens, Nathaniell, additional, Bromskel, Oliver, additional, Moulin, Peter Du, additional, Heylyn, Peter, additional, Ince, Peter, additional, Brownrig, Ralph, additional, Gaches, Raymond, additional, Beresford, Richard, additional, Eedes, Richard, additional, Fford, Richard, additional, Green, Richard, additional, Pyke, Richard, additional, Swayne, Richard, additional, Vines, Richard, additional, Morton, Richardus, additional, Abbott, Robert, additional, Beake, Robert, additional, Morton, Robert, additional, West, Robert, additional, Corbyn, Samuel, additional, Foley, Samuel, additional, Jones, Samuel, additional, Whittell, Samuel, additional, Woodward, Samuel, additional, Taylor, Silvanus, additional, Ford, Simon, additional, Streete, Stephen, additional, Bampfielde, Thomas, additional, Bedford, Thomas, additional, Blake, Thomas, additional, Brooks, Thomas, additional, Doelittle, Thomas, additional, Doughtey, Thomas, additional, Gataker, Thomas, additional, Good, Thomas, additional, Gouldstone, Thomas, additional, Greaves, Thomas, additional, Grove, Thomas, additional, Hill, Thomas, additional, Hone, Thomas, additional, Hotchkis, Thomas, additional, Jackman, Thomas, additional, Lambe, Thomas, additional, Manton, Thomas, additional, Seale, Thomas, additional, Smith, Thomas, additional, Underhill, Thomas, additional, Vaux, Thomas, additional, Wadsworth, Thomas, additional, White, Thomas, additional, Willes, Thomas, additional, Garthwait, Timothy, additional, Dimond, Tristram, additional, Conway, Viscount, additional, Allen, William, additional, Bates, William, additional, Duncumbe, William, additional, Hicks, William, additional, Johnson, William, additional, Mewe, William, additional, Pynchon, William, additional, Robertson, William, additional, Stephens, William, additional, Taylor, William, additional, White, William, additional, and Rogers, Wroth, additional

Published
1991
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209. Phosphate-Imposed Constraints on Schwertmannite Stability under Reducing Conditions

Author

Schoepfer, Valerie A., Burton, Edward D., Johnston, Scott G., Kraal, Peter, Geochemistry, General geochemistry, Geochemistry, and General geochemistry

Subjects
Goethite, chemistry.chemical_element, Mineralogy, Biological Availability, 010501 environmental sciences, 010502 geochemistry & geophysics, 01 natural sciences, Ferric Compounds, Arsenic, Phosphates, chemistry.chemical_compound, medicine, Environmental Chemistry, Sulfate, 0105 earth and related environmental sciences, Schwertmannite, Sediment, General Chemistry, Phosphate, 6. Clean water, chemistry, Environmental chemistry, visual_art, visual_art.visual_art_medium, Ferric, Oxidation-Reduction, Groundwater, Iron Compounds, medicine.drug
Abstract

Schwertmannite is a ferric oxyhydroxysulfate mineral, which is common in acid sulfate systems. Such systems contain varying concentrations of phosphate (PO43–)—an essential nutrient whose availability may be coupled to schwertmannite formation and fate. This study examines the effect of phosphate on schwertmannite stability under reducing conditions. Phosphate was added at 0, 80, 400, and 800 μmoles g–1 (i.e., zero, low, medium, and high loading) to schwertmannite suspensions which were inoculated with wetland sediment and suspended in N2-purged artificial groundwater. pH remained between 2.7 and 4.3 over the 41 day experiment duration. Fe(II) accumulated in solution due to dissimilatory Fe(III)-reduction, which was most pronounced at intermediate PO43– loadings (i.e., in the low PO43– treatment). Partial transformation of schwertmannite to goethite occurred in the zero and low PO43– treatments, with negligible transformation in higher PO43– treatments. Overall, the results suggest that intermediate PO43– loadings provide conditions which facilitate optimal reductive dissolution of schwertmannite. At zero PO43– loading, reductive dissolution appears to be constrained by the rapid transformation of schwertmannite to goethite, which thereby decreases the bioavailability of solid-phase Fe(III). Conversely, at high loadings, PO43– appears to stabilize the schwertmannite surface against dissolution; probably via the formation of strong surface complexes.

Published
2017

211. LRRK2 activation in idiopathic Parkinson’s disease

Author

Di Maio, Roberto, primary, Hoffman, Eric K., additional, Rocha, Emily M., additional, Keeney, Matthew T., additional, Sanders, Laurie H., additional, De Miranda, Briana R., additional, Zharikov, Alevtina, additional, Van Laar, Amber, additional, Stepan, Antonia F., additional, Lanz, Thomas A., additional, Kofler, Julia K., additional, Burton, Edward A., additional, Alessi, Dario R., additional, Hastings, Teresa G., additional, and Greenamyre, J. Timothy, additional

Published
2018
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214. Astroglial DJ-1 over-expression up-regulates proteins involved in redox regulation and is neuroprotective in vivo

Author

Frøyset, Ann Kristin, primary, Edson, Amanda J., additional, Gharbi, Naouel, additional, Khan, Essa A., additional, Dondorp, Daniel, additional, Bai, Qing, additional, Tiraboschi, Ettore, additional, Suster, Maximiliano L., additional, Connolly, Joanne B., additional, Burton, Edward A., additional, and Fladmark, Kari E., additional

Published
2018
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223. Hereditary sensory neuropathy manifesting as possible child abuse

Author

Makari, George S.H., Carroll, James E., and Burton, Edward M.

Subjects
Peripheral nerve diseases -- Diagnosis, Genetic disorders -- Diagnosis
Abstract

Pediatricians need to obtain complete medical histories and be careful not to further traumatize families with injured children by incorrectly labeling them as abused. Two children in the same family had hereditary sensory and autonomic neuropathies (HSAN) and were originally misdiagnosed as being abused. HSAN is a genetically transmitted disease that is characterized by insensitivity to pain and autonomic abnormalities such as decreased sweating. Children with HSAN show signs of repetitive trauma such as scarring and evidence of previously broken bones, which could be interpreted as signs of child abuse. Nerve biopsy can be used to provide a correct diagnosis of HSAN, as can obtaining a complete medical history and electrophysiologic studies of the nervous system.

Published
1994

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