347506 RESULTS
ANTIBODY monoclonal 029200 manufacturer Cat# CR2064M2 immunogen = native beta-tubulin liquid, PBS, azide, purified β III tubulin, aa E S E S Q G P K, neuron specific IgG Tubulin RDI /Fitzgerald Mouse Mouse β-Tubulin http://alzforum.org/res/com/ant/default
ANTIBODY polyclonal manufacturer Cat# CR2062SAP immunogen = bovine brain tubulin liquid, PBS, azide, affinity purified α/β tubulin Tubulin RDI /Fitzgerald Sheep α/β-Tubulin http://alzforum.org/res/com/ant/default.asp?antibodyID=25790
ANTIBODY polyclonal manufacturer Cat# CR2062R immunogen = tubulin isolated from chicken embryo brain liquid, neat serum, azide α/β tubulin Tubulin RDI /Fitzgerald Rabbit α/β-Tubulin http://alzforum.org/res/com/ant/default.asp?antibodyID=25789
ANTIBODY monoclonal A1139MD manufacturer Cat# CR2063M1 immunogen = α-tubulin isolated from chicken brain microtubules liquid, PBS, BSA, no preservative α-tubulin IgG Tubulin RDI /Fitzgerald Mouse Amphibian (various) Bovine Chicken Fungi Yeast Human α-Tubu
ANTIBODY monoclonal 4010700 manufacturer Cat# CR2063M2 immunogen = alpha tubulin isolated from chicken brain microtubules liquid, PBS, BSA, no preservative α-tubulin IgM Tubulin RDI /Fitzgerald Mouse Chicken Various species α-Tubulin http://alzforum.org/r
COMMENT This is a beautiful paper showing plaque growth in vivo. I cordially disagree on one point: the authors state that the speed of an individual plaque's growth is surprising because of prior in vitro studies of protein aggregation showing a slow, time-
COMMENT Meyer-Luehmann et al. provide a spectacular and informative high-tech view of the kinetics of amyloid formation and its potential consequences in a mouse model of Alzheimer disease. Although some may regard their findings as contradictory to the idea that
, United States
COMMENT This is another state-of-the-art paper by the group active on in vivo two-photon imaging on mouse models of amyloidogenesis, and it gives important clues for Alzheimer disease pathogenesis. The paper shows, for the first time, that dense plaques in mouse
PAPER Serio TR, Cashikar AG, Kowal AS, Sawicki GJ, Moslehi JJ, Serpell L, Arnsdorf MF, Lindquist SL
, United States
Italy
, India
RESEARCH NEWS 2008-02-09 Research News Thanks to a new imaging technology that enables an investigator to peer again and again into the same brain area of a live mouse without disturbing it, researchers discovered that amyloid plaques, one pathologic hallmark of Alzheimer disease
PAPER Feng S, Xu Z, Yan YB
