Results 1 to 10 of about 42,072 (251)
NOD2 and inflammation: current insights [PDF]
, 2018 The nucleotide-binding oligomerization domain (NOD) protein, NOD2, belonging to the intracellular NOD-like receptor family, detects conserved motifs in bacterial peptidoglycan and promotes their clearance through activation of a proinflammatory ...Cucchiara, Salvatore, Negroni, Anna, Pierdomenico, Maria, Stronati, Laura +3 morecore +2 more sourcesAlpha-defensins 1-3 release by dendritic cells is reduced by estrogen
Reproductive Biology and Endocrinology, 2011 Background During pregnancy the immune system of the mother must protect any activation that may negatively affect the fetus. Changes in susceptibility to infection as well as resolution of some autoimmune disorders represent empirical evidence for ...Sperling Rhoda, Rodríguez-García Marta, Escribese Maria M, Engel Stephanie M, Gallart Teresa, Moran Thomas M +5 moredoaj +1 more sourcePrinciples of Periodontology [PDF]
, 2013 Periodontal diseases are among the most common diseases affecting humans. Dental biofilm is a contributor to the etiology of most periodontal diseases.Aas, Africa, Agrawal, Albandar, Albandar, Albandar, Albandar, Albandar, Albandar, Allen, Ambrosini, American Academy of Periodontology, American Academy of Periodontology, American Academy of Periodontology, American Academy of Periodontology, American Academy of Periodontology, American Academy of Periodontology, American Academy of Periodontology, American Academy of Periodontology, American Academy of Periodontology, American Academy of Periodontology, American Academy of Periodontology, Andersen, Andia, Apatzidou, Apatzidou, Aranki, Arendorf, Armitage, Armitage, Arno, Attström, Axelsson, Axelsson, Axelsson, Axelsson, Axelsson, Axelsson, Badersten, Badersten, Badersten, Baehni, Baelum, Baelum, Baer, Barbour, Bassler, Becker, Bergström, Beuchat, Billings, Bonito, Borrell, Bostanci, Bowers, Bowers, Brayer, Brett, Brewer, Brill, Buchanan, Caffesse, Carranza, Caton, Cecil, Centers for Disease Control and Prevention, Cercek, Chambrone, Chapple, Chapple, Choi, Christou, Chung, Cianciola, Claffey, Claffey, Clark, Clarridge, Clementini, Cobb, Cohen, Collet-Schaub, Corbet, Corey, Cortellini, Cortellini, Cosyn, Cosyn, Crane, Crespi, Czarnetzki, Dale, Darré, Dasanayake, Davé, de Almeida, De Iudicibus, De Lissovoy, De Stefano, Dentino, DeRouen, DeVore, Dolan, Donnenfeld, Dragoo, Drisko, D’Aiuto, Egelberg, Eickholz, Emrich, Erley, Esposito, Fauchard, Ferreira, Fine, Fleischer, Flemmig, Fourrier, Friedman, Galicia, Gasche, Gaunt, Giannobile, Giannobile, Glick, Glickman, Gold, Gold, Golub, Gore, Gottlow, Gottlow, Greenstein, Griffiths, Grob, Grossi, Grossi, Grossi, Guerini, Gürsoy, Haffajee, Haffajee, Hamp, Hanes, Hart, Haslam, Hassell, Hasturk, Haubek, Haubek, Hedley, Hefti, Heijl, Heitz-Mayfield, Heitz-Mayfield, Helldén, Henderson, Henke, Hiatt, Higashi, Hinrichs, Hirschfeld, Holm, Holman, Holt, Holt, Hornef, Hugoson, Hugoson, Hujoel, Hujoel, Hujoel, Hujoel, Hujoel, Hujoel, Hunter, Inagaki, Janket, Jeffcoat, Jenkins, Jepsen, Jin, Johnson, Jori, Joss, Kaldahl, Kaldahl, Kaldahl, Kanzler, Kao, Karpinia, Kato, Kawai, Kenney, Kenney, Kenney, Kiger, Kigure, Kilian, Kim, Kinane, Kirkwood, Kirkwood, Kitano, Knöfler, Kolenbrander, Kolenbrander, Kornman, Kornman, Kressin, Krisanaprakornkrit, Kroes, Kumar, Kuramitsu, Kwok, Laine, Lalla, Lamell, Lang, Lang, Lang, Lang, Laskaris, Lebel, Lesaffre, Liese, Linden, Lindhe, Listgarten, Liu, Loesche, Loomer, Loos, Loscalzo, Luepke, Lynch, Lynch, Löe, Löe, Löe, Löe, Löe, Madianos, Magnusson, Mah, Mahanonda, Maier, Manson, Marazita, Mariotti, Mariotti, Mariotti, Marsh, Marshall, Martinez-Canut, Matia, Mattila, Matuliene, Melcher, Mellonig, Mendez, Merchant, Merritt, Merritt, Meyer, Michalowicz, Michalowicz, Michalowicz, Miller, Miller, Miller, Mombelli, Mongardini, Moore, Mucci, Murayama, Murphy, National Center for Health Statistics, Needleman, Needleman, Nelson, Nesse, Nicholson, Nishida, Novak, Nyman, Nørskov-Lauritsen, Ochsenbein, Offenbacher, Offenbacher, Offenbacher, Offenbacher, Offenbacher, Padbury, Page, Page, Page, Page, Page, Page, Page, Palmer, Paquette, Paster, Paster, Patton, Petersen, Pihlstrom, Pihlstrom, Pischon, Polimeni, Pontoriero, Pontoriero, Porter, Preber, Preber, Preshaw, Preshaw, Preshaw, Quirynen, Ramfjord, Rams, Ranney, Reddy, Reddy, Reimann, Renvert, Reynolds, Roberts, Robinson, Rosenow, Ross, Ross, Röthlisberger, Sabet, Saito, Sanz, Saxén, Saxén, Scannapieco, Scannapieco, Scannapieco, Schallhorn, Schallhorn, Schluger, Schmidlin, Schroeder, Schroeder, Schwarz, Sculean, Sculean, Seinost, Sepe, Serino, Seymour, Seymour, Shklar, Shklar, Sicilia, Silness, Simonka, Skudutyte-Rysstad, Slots, Socransky, Socransky, Socransky, Socransky, Socransky, Stahl, Stahl, Stahl, Stambaugh, Stamm, Stavropoulos, Stefanac, Summers, Suntharalingam, Suzuki, Syriänen, Söderholm, Söderholm, Taichman, Takeuchi-Hatanaka, Tanner, Tanner, Tanner, Taubman, Taylor, Tervonen, Theilade, Thomas, Timmerman, Tomasi, Tonetti, Tonetti, Tonetti, Tonetti, Tonetti, Tonetti, Trombelli, Tuite-McDonnell, Tunkel, van der Velden, van der Velden, Van der Weijden, van Dyke, van Dyke, van Dyke, Waerhaug, Waite, Walker, Walker, Walker, Walmsley, Wang, Westfelt, Wiebe, Williams, Williams, Wilson, Wilson, Wohlfahrt, Yamazaki, Ylöstalo, Yukna, Yukna, Yukna, Zambon, Zambon +428 morecore +2 more sourcesAntimicrobial Peptides and Skin: A Paradigm of Translational Medicine [PDF]
, 2012 Antimicrobial peptides (AMPs) are small, cationic, amphiphilic peptides with broad-spectrum microbicidal activity against both bacteria and fungi. In mammals, AMPs form the first line of host defense against infections and generally play an important ...Albiol Matanic VC, Bayerl C, Berg M, Blount BW, Boguniewicz M, Bourinbaiar AS, Bradshaw J, Brogden NK, Brown JM, Carretero M, Christophers E, Ciornei CD, Conner K, Cork MJ, de Jongh GJ, Degitz K, Dempsey CE, Dubos RJ, Eiseman AS, Epand RF, Erdag G, Escher N, Falagas ME, Ge Y, Giacometti A, Glaser R, Gläser R, Gregory SM, Grossgebauer K, Guarna M, Guiliani A, Guttman-Yassky E, Hancock RE, Harder J, Harder J, Harder J, Hartmann D, Howell MD, Huttner KM, Imura Y, Jacob L, Jacobsen F, Jung K, Khandelia H, Koch-Weser J, Koczulla R, Korting HC, Kotlan B, Kretschmar M, Kretschmar M, Kretschmar M, Kreuter A, Kruse T, Lai Y, Lai YP, Lande R, Li Q, Lind HE, Liu AY, Madsen P, Mallow EB, Marincola FM, Maroti G, Melo MN, Mogi T, Muramatsu I, Nagy I, Nijnik A, Nomura I, Nussenblatt RB, Ong PY, Oono T, Pivarcsi A, Plebani M, Reddy KVR, Reddy KVR, Rieg S, Risso A, Ruckdeschel G, Rudolph B, Sader HS, Schauber J, Schauber J, Schittek B, Schittek B, Schneider JJ, Schröder JM, Schön MP, Seoh SA, Shai Y, Sigurdadottir T, Simmaco M, Steinstraesser L, Steinstraesser L, Steinstraesser L, Storm DR, Svinarich DM, Tang YQ, Voigt HU, Wang G, Wang Z, Willenberg W, Yamasaki K, Yamasaki K, Zairi A, Zanger P, Zasloff M +106 morecore +1 more sourceReawakening retrocyclins: ancestral human defensins active against HIV-1.
PLoS Biology, 2009 Human alpha and beta defensins contribute substantially to innate immune defenses against microbial and viral infections. Certain nonhuman primates also produce theta-defensins-18 residue cyclic peptides that act as HIV-1 entry inhibitors. Multiple human Nitya Venkataraman, Amy L Cole, Piotr Ruchala, Alan J Waring, Robert I Lehrer, Olga Stuchlik, Jan Pohl, Alexander M Cole +7 moredoaj +1 more sourceKilling of Staphylococci by θ-Defensins Involves Membrane Impairment and Activation of Autolytic Enzymes
Antibiotics, 2014 θ-Defensins are cyclic antimicrobial peptides expressed in leukocytes of Old world monkeys. To get insight into their antibacterial mode of action, we studied the activity of RTDs (rhesus macaque θ-defensins) against staphylococci.Miriam Wilmes, Marina Stockem, Gabriele Bierbaum, Martin Schlag, Friedrich Götz, Dat Q. Tran, Justin B. Schaal, André J. Ouellette, Michael E. Selsted, Hans-Georg Sahl +9 moredoaj +1 more source
