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RAPP - Volume 26, 2018 I I RAPPRAPP REVISÃO ANUAL DE RAEVISÃORAPPNUAL DE PATOLOGIA DE PLANTAS PDATOLOGIARAEVISÃO NUEALPLANTDE AS VVolumeolume 26,23, 20182015 PDATOLOGIA E PLANTAS Volume 23, 2015 Valorize sua formação profissional, seu futuro e sua consciência. Valorize sua formação profissional, RAPP - Volume 23, 2015 seu futuro e sua consciência. RAPP - Volume 23, 2015 II RAPP - Volume 26, 2018 REVISÃO ANUAL DE PATOLOGIA DE PLANTAS COPYRIGHT© REVISÃO ANUAL DE PATOLOGIA DE PLANTAS 2018 RAPP REVISÃO ANUAL DE PATOLOGIA DE PLANTAS Nenhuma parte desta publicação poderá ser reproduzida sem prévia autorização, por escrito, do editor. RAPP - REVISÃO ANUAL DE PATOLOGIA DE PLANTAS SGAS 902 Bloco B Salas 102 e 103 Edifício Athenas Asa Sul Brasília DF Brasil CEP 70390-020 Site SBF: www.sbfito.com.br Site RAPP: rappsbf.weebly.com Publicado no Brasil Diagramação: Gráfica Diagrama RAPP - Volume 26, 2018 III RAPP VOLUME 26, 2018 COMISSÃO EDITORIAL Eduardo S. G. Mizubuti Edson L. Furtado Fernando Cezar Juliatti Francisco Murilo Zerbini Maria Isabel Balbi Peña Mario Lúcio V. Resende Mirtes Freitas Lima Marcos A. Machado Sami J. Michereff Sérgio F. Pascholati RONALDO J. D. DALIO Editor chefe RAPP Uma publicação da REVISÃO ANUAL DE PATOLOGIA DE PLANTAS Brasília DF ISSN 0104 - 0383 IV RAPP - Volume 26, 2018 CONTEÚDO PLANT INDUCED RESISTANCE BIOTIC ELICITORS Pablo Schulman 7-29 Flávio Henrique Vasconcelos de Medeiros Mário Lúcio Vilela de Resende EFETORES DA FAMÍLIA CRINKLER (CRN): Heros José Máximo 30-40 BIOLOGIA DA DINÂMICA FUNCIONAL E Ronaldo José Durigan Dalio MOLECULAR Marcos Antonio Machado Bremia lactucae EM ALFACE NO BRASIL: Carolina Andrade Franco 41-50 ASPECTOS GERAIS E PERSPECTIVAS Larissa Nogueira de Souza Carlos Henrique Caprio Marcus Vinícius Marin Rita de Cássia Panizzi Leila Trevisan Braz RNAI TOOLS APPLIED TO HEMIPTERAN INSECTS Diogo Manzano Galdeano 51-68 THAT ARE VECTORS OF PLANT PATHOGENS Laís Moreira Granato Inaiara de Souza Pacheco Marcos Antonio Machado HORMESE INDUZIDA POR FUNGICIDAS EM Erivaldo Laurentino da Silva 69-80 FUNGOS E OOMICETOS FITOPATOGÊNICOS: Rejane do Livramento Freitas-Lopes STATUS ATUAL E PERSPECTIVAS DE PESQUISAS Ueder Pedro Lopes DIVERSIDADE TAXONÔMICA E PATOLÓGICA DE Adriano M. F. Silva 81-95 ESPÉCIES DE BURKHOLDERIA CAUSADORAS DE Ana D. B. Baia PODRIDÃO DAS ESCAMAS DA CEBOLA Leandro S. Velez Willams J. Oliveira Marco A. S. Gama INTERAÇÕES ENDOFÍTICAS COM PLANTAS Daniele Costa Pompeu 96-112 HOSPEDEIRAS Bruna Canabarro Pozzebon Antonia dos Reis Figueira MÉTODOS PARA A DETECÇÃO DE BACTÉRIAS Marisa A. S. Velloso Ferreira 113-135 FITOPATOGÊNICAS E SEU EMPREGO NO Abi S. A. Marques PROCESSO QUARENTENÁRIO RAPP - Volume 26, 2018 V VI RAPP - Volume 26, 2018 Pablo Schulman, et al. (7-29) PLANT INDUCED RESISTANCE: BIOTIC ELICITORS Pablo Schulman1, Flávio Henrique Vasconcelos de Medeiros1, Mário Lúcio Vilela de Resende1 ABSTRACT Plants rely on a two-tiered innate immune system to protect themsel- ves from potential pathogenic microorganisms. This system is composed of a pattern-triggered immunity (PTI) and an effector-triggered immunity (ETI). PTI is associated with the perception of conserved molecules called microbe-asso- ciated molecular patterns (MAMPs). PTI is not specific and enhances defense against many pathogens, effectively protecting against most of the non-adapted microorganisms. MAMP elicitor recognition is done by pattern recognition re- ceptors (PRR), which are either receptor kinases or receptor-like proteins. Given their ubiquity and importance in microbe-plants interactions, this review focu- ses on the already classified MAMP elicitors, their nature, recognition, and field applications. We highlight several classes of MAMPs to showcase their diversity. Algal molecular patterns are also included, given their similarity with fungal and oomycetes MAMPs. Keywords: PAMP/MAMP, PTI, ISR, SAR INDUCED RESISTANCE in the host (Thomma et al., 2011). Meanwhile, PTI Plants rely entirely on innate immune res- is associated with the perception of conserved mo- ponses for defense against potential pathogenic mi- lecules that occur in organisms that interact with crobes or pests. They lack specialized immune cells the plant. Those conserved molecules commonly or organs and each cell has the potential capacity are called pathogen-associated molecular patterns to trigger immune responses autonomously. Innate (PAMPs). Those patterns aren’t exclusive to plant pa- immune perception triggers both local and systemic thogenic organisms, therefore they are also referred responses, allowing a plant to fight off pathogens as microbe-associated molecular patterns (MAMPs). both in a rapid and localized manner and on an ex- Given the diverse and conserved nature of MAMPs, tended scale of time and space. Plant innate immu- PTI is not specific, being advantageous because it can nity comes in two ways. It can be a pattern-triggered enhance defenses against multiple pathogens, effec- immunity (PTI), sometimes called basal resistance, tively repelling most non-adapted microorganisms. or an effector-triggered immunity (ETI), an R-gene PTI involves two processes, PAMP/MAMP re- mediated resistance. cognition, and signaling (Figure 1). Pattern recogni- Typically, the ability to trigger ETI is pathogen tion receptors (PRR) can be either receptor kinases, strain or race-specific and is associated with pro- which possess an extracellular domain that is invol- grammed cell death (also called hypersensitive res- ved in ligand perception, a single-pass transmem- ponse, HR) and systemic acquired resistance (SAR) brane domain, and an intracellular kinase domain, 1Universidade Federal de Lavras Department of Plant Pathology, DFP / UFLA, Postal Code 3037, Lavras, MG, 37200-000, Brazil RAPP - Volume 26, 2018 7 Pablo Schulman, et al. (7-29) Figure 1. Plant perception of microbe/pathogen-associated molecular patterns (MAMPs/PAMPs) occurs via pattern recognition receptors (PRR) or receptor-like proteins (RLK). Receptors vary based on their ligand-binding ectodomain. Leucine-rich repeat (LRR)-containing receptors preferentially bind proteins or peptides, while lysin-motif (LysM) domain proteins recognize N-acetylglucosamine (GlcNAc)-containing ligands and lectin-type receptors bind lipooligosaccharides. After recognition, there is a signal cascade, which can be either mitogen-activated (MAPK), calcium-dependent, hormone- and reactive oxygen species-modulated. All those cascades may positively or negatively cross-talk to each other. At the end of signaling, transcription factors are activated and they modulate different responses. JA = jasmonic acid; SA = salicylic acid; TM = transmembrane domain. or receptor-like proteins that have an extracellular factor Tu (EF-Tu), or endogenous AtPep peptides. domain but lack an intracellular signaling domain One such example is FLS2. Its extracellular domain (Couto and Zipfel, 2016). has 28 LRR motifs. FLS2 also contains a cytoplasmic Plant PRRs can also be divided based on their serine/threonine kinase domain which binds with ligand-binding ectodomain. Leucine-rich repeat BIK1, a receptor-like cytoplasmic kinase that causes (LRR)-containing PRRs preferentially bind proteins a downstream MAPK cascade (Lu et al., 2010). FLS2 or peptides, such as bacterial flagellin or elongation seem to be present and mostly conserved in all ma- 8 RAPP - Volume 26, 2018 Pablo Schulman, et al. (7-29) jor groups of higher plants (Boller and Felix, 2009). BIOTIC ELICITORS FOR ACTIVATION OF PLANT DE- Plant lysin-motif (LysM) domain proteins recognize N- FENSE RESPONSES -acetylglucosamine (GlcNAc)-containing ligands, such as fungal chitin, bacterial peptidoglycan (PGN), or Proteins bacterial nodulation factors (NF), and have functions Flagellin in symbiotic and immunity relations (Gust et al., The protein flagellin is the building block of 2012). As an example, two proteins have been repor- the motility organ flagellum present in some bacte- ted as components of plant chitin receptors: CEBiP, ria. Synthetic peptides corresponding to a highly con- a receptor-like protein, and CERK1, a receptor-like served part of the flagellin N terminus act as potent kinase (Shimizu et al., 2010). CERK1 has also been elicitors at extremely low concentrations (Felix et al., shown to recognize bacterial PGN (Liu et al., 2012, 1999). The peptide flg22, 22 amino acids localized in Willmann et al., 2011). Lectin-type PRRs such as LORE the conserved region, is well-known for its eliciting (lipooligosaccharide-specific reduced elicitation), responses in most plant species and is as active as bind extracellular ATP or bacterial lipopolysaccharides the full-length flagellin (Boller and Felix, 2009). Flg22 (LPS) (Ranf et al., 2015), while PRRs with epidermal induces rapid extracellular alkalinization, reactive growth factor (EGF)-like ectodomains recognize plant oxygen species (ROS) production, activation of a mi- cell-wall derived oligogalacturonides, a damage-asso- togen-activated protein kinase (MAPK) cascade, up- ciated molecular pattern (Brutus et al., 2010). regulation of PR genes, callose deposition, ethylene After PRR protein activation comes signaling. production and seedling growth inhibition in Arabi- Mitogen-activated protein kinase (MAPK) cascades dopsis (Asai et al., 2002; Felix et al., 1999, Jeworutzki are highly conserved signaling modules downstre- et al., 2010, Zipfel et al., 2004). am of receptors that transduce extracellular stimuli Flg22 is recognized by a Leu-rich repeat re- into intracellular responses in eukaryotes (Meng and ceptor
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    AKRON BEACON JOURNAL Index to Obituaries 1962 - 1979 S Compiled by the staff of the Language, Literature and History Division, Akron-Summit County Public Library Name Date Saaffidi, Alice 3-3 1-70 Saal. Emma R. 2-3-67 Saal. Teresa 8-5-68 Saalfield. Arthur J. 4-1 3-78 Saalfield. Elizabeth R. 8-23-71 Saalfield. Hulda Jacobs 6-30-71 Saalfield. Margaret 9-2-68 Saalfield. Robert Sutton 3-1 8-63 Saari , mary C. 7-28-67 Saba, Frederick J. 5- 17-76 Sabad, James 12-28-65 Sabad. Rose 6-4-74 Sabados., Julia 4- 14-63 Sabat ino, Karen 9-30-68 Sabatino. Sara Louise 12-23-68 Sabek, Charles J. 2-28-66 Saber, Jeff 9-26-fi6 Sabetay, Evelyn S. 3-28-7Y Sabetay. Frances 10-25-71 Sabetay , Phoebe . 3-4-76 Sabetta, Arthur J. 1 1-26-76 Sabetta, William 9- 16-62 Sabin, Foster W. 7- I 9-78 Sabin, Hannah C. ’ 3-3-63 Sabin, Harriet 9- 18-62 Sabin, John : 1-20-74 Sabin, Leon li. 12-25-68 Sabine, Jennie 9-1 1-69 Sabino. Mary 9-4-79 Sabistina, Joseph 1-2-72 Sabistina. Theresa 7-1 1-74 Sable, Anna Rose 2-3-69 Sable, Joseph J. 7-20-65 Sablic, John F. 7- 12-63 Sabo. Anna 12-1 2-77 Sabo, Carrie T. 9-7-76 Sabo. Charles 9-6-63 Sabo, Dessie 11. 10-28-74 Sabo. Elizabeth 1-23-75 Sabo, Elizabeth T. 2-7-74 Sabo. Ellis 10-6-69 Sabo, Frank 8-9-75 Sabo, Gregory 3-27-69 Sabo, James 5-28-64 Sabo.
  • OBIT 1943.Xlsx

    OBIT 1943.Xlsx

    DAILY REPUBLICAN TIMES OBITUARY INDEX 1943 NAME DATE YEAR PAPER ACHARD, AUGUSTA E. (RITTER) Jun 26 1943 TIMES ACKERMAN, IDA (WEATHERFORD) Jan 2 1943 TIMES ACKERMAN, IDA (WEATHERFORD) Jan 5 1943 TIMES ADAIR, HIRAM C. Aug 2 1943 TIMES ADAIR, HIRAM C. Aug 4 1943 TIMES ADAMS, WALTER May 24 1943 TIMES ADAMS, WALTER May 25 1943 TIMES AITKEN, GEORGE R. Jan 28 1943 TIMES ALEXANDER, W. A. "BURT" (2PGS) Jan 14 1943 TIMES ALLEN, DANIEL E. MRS. (BRINER) Mar 12 1943 TIMES ALLEN, ELIZABETH Oct 21 1943 TIMES ALLEN, WILIAM W. Dec 1 1943 TIMES ALLISON, EDDIE Aug 16 1943 TIMES ALT, JOSEPHINE (BOLAND) Sep 7 1943 TIMES ANDERSON, ABRAHAM Feb 1 1943 TIMES ANDERSON, ABRAHAM Feb 3 1943 TIMES ANDERSON, ANDREW A. Feb 18 1943 TIMES ANDERSON, ANDREW A. Feb 24 1943 TIMES ANDERSON, ARILLA (UHL) Jun 14 1943 TIMES ANDERSON, ARILLA (UHL) Jun 19 1943 TIMES ANDERSON, HATTIE (ERICKSON) Feb 15 1943 TIMES ANDERSON, MERLYN BRUCE (SON OF MELVIN) Jul 24 1943 TIMES ANDERSON, NELS Dec 11 1943 TIMES ANDERSON, PETRA (PETERSON) Jan 12 1943 TIMES ANDERSON, PETRA (PETERSON) Jan 20 1943 TIMES ANDERSON, ROBERT Nov 1 1943 TIMES ANDERSON, ROBERT G. Aug 13 1943 TIMES ANDERSON, ROBERT G. (2PGS) Aug 11 1943 TIMES ANDERSON, WILLIAM MRS. Jun 15 1943 TIMES ANGEL, KATHERINE MARIE (INFANT OF BYRON) Nov 9 1943 TIMES ANGELL, EDNA MARY (INFANT OF BYRON & ONA) Mar 15 1943 TIMES ANGELL, EDNA MAY (INFANT OF BYRON & ONA) Mar 17 1943 TIMES ANGEVINE, CLARA Dec 20 1943 TIMES ANTHE, WILLIAM MRS. (JOSEPHINE FERTIG) Apr 1 1943 TIMES ANTHE, WILLIAM MRS.
  • The Type VI Secretion System of Xanthomonas Phaseoli Pv

    The Type VI Secretion System of Xanthomonas Phaseoli Pv

    Montenegro Benavides et al. BMC Microbiology (2021) 21:14 https://doi.org/10.1186/s12866-020-02066-1 RESEARCH ARTICLE Open Access The type VI secretion system of Xanthomonas phaseoli pv. manihotis is involved in virulence and in vitro motility Nathaly Andrea Montenegro Benavides1, Alejandro Alvarez B.1, Mario L. Arrieta-Ortiz2, Luis Miguel Rodriguez-R3, David Botero1, Javier Felipe Tabima4, Luisa Castiblanco1, Cesar Trujillo1, Silvia Restrepo1 and Adriana Bernal1* Abstract Background: The type VI protein secretion system (T6SS) is important in diverse cellular processes in Gram- negative bacteria, including interactions with other bacteria and with eukaryotic hosts. In this study we analyze the evolution of the T6SS in the genus Xanthomonas and evaluate its importance of the T6SS for virulence and in vitro motility in Xanthomonas phaseoli pv. manihotis (Xpm), the causal agent of bacterial blight in cassava (Manihot esculenta). We delineate the organization of the T6SS gene clusters in Xanthomonas and then characterize proteins of this secretion system in Xpm strain CIO151. Results: We describe the presence of three different clusters in the genus Xanthomonas that vary in their organization and degree of synteny between species. Using a gene knockout strategy, we also found that vgrG and hcp are required for maximal aggressiveness of Xpm on cassava plants while clpV is important for both motility and maximal aggressiveness. Conclusion: We characterized the T6SS in 15 different strains in Xanthomonas and our phylogenetic analyses suggest that the T6SS might have been acquired by a very ancient event of horizontal gene transfer and maintained through evolution, hinting at their importance for the adaptation of Xanthomonas to their hosts.