NEW SEQUENCING TECHNOLOGIES (NGS) FOR THE STUDY OF MYCOVIRUSES IN FUSARIUM CIRCINATUM (Q3184827): Difference between revisions

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+NEW SEQUENCING TECHNOLOGIES (NGS) FOR THE STUDY OF MYCOVIRUSES IN FUSARIUM CIRCINATUM
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+NOUVELLES TECHNOLOGIES DE SÉQUENÇAGE (NGS) POUR L’ÉTUDE DES MYCOVIRUS DANS FUSARIUM CIRCINATUM
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+NEUE SEQUENZIERUNGSTECHNOLOGIEN (NGS) ZUR ERFORSCHUNG VON MYKOVIREN IN FUSARIUM CIRCINATUM
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+NIEUWE SEQUENCING TECHNOLOGIEËN (NGS) VOOR DE STUDIE VAN MYCOVIRUSSEN IN FUSARIUM CIRCINATUM
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+NUOVE TECNOLOGIE DI SEQUENZIAMENTO (NGS) PER LO STUDIO DEI MICOVIRUS IN FUSARIUM CIRCINATUM
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+UUED JÄRJESTUSTEHNOLOOGIAD (NGS) MÜKOVIIRUSTE UURIMISEKS FUSARIUM CIRCINATUM’IS
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+NAUJOS EILIŠKUMO NUSTATYMO TECHNOLOGIJOS (NGS), SKIRTOS MIKOVIRUSŲ TYRIMUI FUSARIUM CIRCINATUM
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+NOVE TEHNOLOGIJE SEKVENCIRANJA (NGS) ZA PROUČAVANJE MIKOVIRUSA U FUSARIUM CIRCINATUM
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+ΝΈΕΣ ΤΕΧΝΟΛΟΓΊΕΣ ΑΛΛΗΛΟΥΧΊΑΣ (NGS) ΓΙΑ ΤΗ ΜΕΛΈΤΗ ΜΥΚΟΪΏΝ ΣΤΟ FUSARIUM CIRCINATUM
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+NOVÉ SEKVENČNÉ TECHNOLÓGIE (NGS) PRE ŠTÚDIUM MYKOVÍRUSOV V FUSARIUM CIRCINATUM
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+UUDET SEKVENSOINTITEKNIIKAT (NGS) MYKOVIRUSTEN TUTKIMUKSEEN FUSARIUM CIRCINATUMISSA
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+NOWE TECHNOLOGIE SEKWENCJONOWANIA (NGS) DO BADANIA MYKOWIRUSÓW W FUSARIUM CIRCINATUM
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+ÚJ SZEKVENÁLÁSI TECHNOLÓGIÁK (NGS) A FUSARIUM CIRCINATUM MYCOVÍRUSOK TANULMÁNYOZÁSÁHOZ
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+NOVÉ SEKVENAČNÍ TECHNOLOGIE (NGS) PRO STUDIUM MYKOVIRŮ VE FUSARIU CIRCINATUM
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+JAUNAS SEKVENCĒŠANAS TEHNOLOĢIJAS (NGS) MIKOVĪRUSU IZPĒTEI FUSARIUM CIRCINATUM
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+TEICNEOLAÍOCHTAÍ SEICHEAMHAITHE NUA (NGS) CHUN STAIDÉAR A DHÉANAMH AR MYCOVIRUSES IN FUSARIUM CIRCINATUM
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+NOVE TEHNOLOGIJE SEKVENCIRANJA (NGS) ZA PREUČEVANJE MIKOVIRUSOV V FUSARIUM CIRCINATUM
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+НОВИ ТЕХНОЛОГИИ ЗА СЕКВЕНИРАНЕ (NGS) ЗА ИЗСЛЕДВАНЕ НА МИКОВИРУСИТЕ ВЪВ FUSARIUM CIRCINATUM
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+TEKNOLOĠIJI ĠODDA TA’ SEKWENZAR (NGS) GĦALL-ISTUDJU TA’ MYCOVIRUSES FIL-FUSARIUM CIRCINATUM
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+NOVAS TECNOLOGIAS DE SEQUÊNCIA (NGS) PARA O ESTUDO DE MICOVÍRIOS EM CIRCINATO DE FUSÁRIO
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+NYE SEKVENTERINGSTEKNOLOGIER (NGS) TIL UNDERSØGELSE AF MYCOVIRUS I FUSARIUM CIRCINATUM
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+NOI TEHNOLOGII DE SECVENȚIERE (NGS) PENTRU STUDIUL MICOVIRUSURILOR ÎN CIRCINATUM FUSARIUM
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+NY SEKVENSERINGSTEKNIK (NGS) FÖR STUDIEN AV MYKOVIRUS I FUSARIUM CIRCINATUM
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+Проект Q3184827 в Испания
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+Projekt Q3184827 u Španjolskoj
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+Projekt Q3184827 Spanyolországban
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+Projekt Q3184827 ve Španělsku
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+Projekt Q3184827 i Spanien
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+Project Q3184827 in Spanje
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+Projekt Q3184827 Hispaanias
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+Projekti Q3184827 Espanjassa
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+Projet Q3184827 en Espagne
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+Projekt Q3184827 in Spanien
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+Έργο Q3184827 στην Ισπανία
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+Tionscadal Q3184827 sa Spáinn
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+Progetto Q3184827 in Spagna
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+Projekts Q3184827 Spānijā
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+Projektas Q3184827 Ispanijoje
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+Proġett Q3184827 fi Spanja
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+Projekt Q3184827 w Hiszpanii
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+Projeto Q3184827 na Espanha
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+Proiectul Q3184827 în Spania
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+Projekt Q3184827 v Španielsku
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+Projekt Q3184827 v Španiji
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+Proyecto Q3184827 en España
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+Projekt Q3184827 i Spanien
@@ Property / budget @@
-,100.0 EuroAmount 133,100.0 Euro
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-,550.0 EuroAmount 66,550.0 Euro
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+,550.0 Euro
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@@ Property / EU contribution: 66,550.0 Euro / rank @@
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@@ Property / postal code: 34120 / rank @@
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+Fusarium circinatum NIRENBERG & O'DONNELL (teleomorph = GIBBERELLA CIRCINATA) is an ascomycete CAUSING HONGO of the resinous pine (PPC, OF YOUR INICAL IN ENGLISH), A DISEASE that causes IMPORTANT DAYS AND Lost IN BOSKS AND PINOSS PLANTATIONS, if ADEMAS CONSIDERED THE MASPORTANT pathogen OF VIVERAS IN VARIOS PAISES OF THE WORLD. CFP DISEASE REACHED EUROPE IN 2004, WHEN SPAIN REPORTED THE PRESENCE OF THE PATHOGEN IN SEVERAL PINE NURSERIES IN ASTURIAS, AND IN PLANTATIONS IN CANTABRIA. SINCE THEN, SEVERAL SCIENTIFIC STUDIES HAVE EVALUATED THE GENETIC DIVERSITY OF THE FUNGUS POPULATIONS, THEIR PATHOGENICITY, AND THE ROLE OF SOME INSECT SPECIES AS POTENTIAL VECTORS OF THE DISEASE. _x000D_ recently, THIS RESEARCH GROUP DETECTED THE PRESENCE OF DIFFERENT PROCEDURES OF ORIGEN virico dsRNA IN THE SPANISH PUBLICATION OF F. circinatum, THREE CEPAS that pertain to two new SPECIES OF GENERO MITOVIRUS, FUSARIUM circinatum MITOVIRUS 1 (FCMV1), FCMV2-1 and FCMV2-2. DETECTION HAS BEEN FREQUENT IN THE SPANISH POPULATION OF THE PATHOGEN, WHERE 32 % OF THE ISOLATES WERE INFECTED BY AT LEAST ONE OF THE THREE VIRIC STRAINS DETECTED. THESE DSRNA MOLECULES COULD TRIGGER HYPOVIRULENT PROCESSES IN THE HOST FUNGUS, AS IN CRYPHONECTRIA PARASITICA, THE CAUSAL AGENT OF CHESTNUT CHANCRO, WHICH IS EFFECTIVELY CONTROLLED BY THIS METHOD ON THE MOUNT. However, the FIRST INoculation TESTS BY CABO PARECATE THIS EFFECTION, THAT OFFER TO THE SEARCH OF NEW MICOVIRUS._x000D_ The routinely used VIRUS DETECTION TECHNICATIONS, as the CADENCE REACTION OF INVERSE TRANSCRIPTASE (RT-PCR) requires a preliminary knowledge of the VIRUS to be detected, and for so many are not advisable for the detection of MICOVIRUS unknowledged in hooks. THE USE OF METAGENOMICA, SUPPORTED BY THE NEW SEQUENCING TECHNOLOGIES (NGS, OF ITS INITIALS IN ENGLISH), MAKES IT POSSIBLE TO DETERMINE THE ENTIRE VIRIC COMMUNITY OF AN ORGANISM, INCLUDING MYCOVIRUS. _x000D_ the PRINCIPAL OBJECTIVE OF THE PRESENT PROJECT IS TO USE NEW Sequencing TECHNOLOGIES FOR: (1) IDENTIFY EXISTING VIRIC MOLECULES IN F. CIRCINATUM ISOLATIONS, (2) STUDY THE EFFECT OF MYCOVIRUSES ON FUSARIUM CIRCINATUM, AND (3) STUDY THE EFFECT OF F. CIRCINATUM INOCULATION WITH AND WITHOUT MYCOVIRUS ON PINE PLANTS. THE ACHIEVEMENT OF THESE OBJECTIVES WILL CLARIFY THE POSSIBILITIES OF THIS STRATEGY FOR THE CONTROL OF RESINOUS PINE CHANCRO DISEASE IN SPAIN. (English)
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+point in time: 12 October 2021Timestamp +2021-10-12T00:00:00Z
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorphe = GIBBERELLA CIRCINATA) est un ascomycète CAUSING HONGO du pin résineux (PPC, DE VOTRE inical EN ANGLAIS), un DISEASE qui provoque des JOURS IMPORTANTES ET DANS LES PLANTATIONS PINOSSES, si Ademas a considéré le pathogène MASPORTANT DES VIVERAS DANS VARIOS PAISES DU MONDE. LA MALADIE DE LA PCP A ATTEINT L’EUROPE EN 2004, LORSQUE L’ESPAGNE A SIGNALÉ LA PRÉSENCE DE L’AGENT PATHOGÈNE DANS PLUSIEURS PÉPINIÈRES DE PINS DANS LES ASTURIES ET DANS LES PLANTATIONS DE CANTABRIE. DEPUIS, PLUSIEURS ÉTUDES SCIENTIFIQUES ONT ÉVALUÉ LA DIVERSITÉ GÉNÉTIQUE DES POPULATIONS DE CHAMPIGNONS, LEUR PATHOGÉNICITÉ ET LE RÔLE DE CERTAINES ESPÈCES D’INSECTES COMME VECTEURS POTENTIELS DE LA MALADIE. _x000D_ récemment, CE GROUPE DE RECHERCHE DÉTECTÉ LA PRÉSENCE DES PROCÉDURES DIFFÉRENTES DE VIrico dsRNA ORIGENNE DANS LA PUBLICATION ESPAGNE DE F. circinatum, TROIS CESPES qui concernent deux nouvelles SPECIES DE GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2-1 et FCMV2-2. LA DÉTECTION DE L’AGENT PATHOGÈNE A ÉTÉ FRÉQUENTE DANS LA POPULATION ESPAGNOLE, OÙ 32 % DES ISOLATS ONT ÉTÉ INFECTÉS PAR AU MOINS UNE DES TROIS SOUCHES VIRIQUES DÉTECTÉES. CES MOLÉCULES D’ARNS DS POURRAIENT DÉCLENCHER DES PROCESSUS HYPOVIRULENT DANS LE CHAMPIGNON HÔTE, COMME DANS CRYPHONECTRIA PARASITICA, L’AGENT CAUSAL DU CHÂTAIGNIER CHANCRO, QUI EST EFFICACEMENT CONTRÔLÉ PAR CETTE MÉTHODE SUR LE MONT. Cependant, la PREMIÈRE inoculation TESTS PARECATE DE CABO, QU’AFFAIRE À LA RECHERCHE DU NOUVEAU MICOVIRUS._x000D_ Les TECHNICATIONS DE DÉTECTION VIRUS couramment utilisées, comme la CADENCE REACTION OF INVERSE transcriptase (RT-PCR) nécessite une connaissance préliminaire du VIRUS pour être détecté, et pour beaucoup ne sont pas recommandés pour la détection de MICOVIRUS non connu dans les crochets. L’UTILISATION DE METAGENOMICA, SOUTENUE PAR LES NOUVELLES TECHNOLOGIES DE SÉQUENÇAGE (NGS, DE SES INITIALES EN ANGLAIS), PERMET DE DÉTERMINER L’ENSEMBLE DE LA COMMUNAUTÉ VIRIQUE D’UN ORGANISME, Y COMPRIS MYCOVIRUS. _x000D_ l’OBJECTIVE PRINCIPALE DU PROJET PRÉSENTE UTILISER DE NOUVELLES TECHNOLOGIES DE SÉCURAGE POUR: (1) IDENTIFIER LES MOLÉCULES VIRIQUES EXISTANTES DANS LES ISOLEMENTS DE F. CIRCINATUM, (2) ÉTUDIER L’EFFET DES MYCOVIRUS SUR FUSARIUM CIRCINATUM ET (3) ÉTUDIER L’EFFET DE L’INOCULATION DE F. CIRCINATUM AVEC ET SANS MYCOVIRUS SUR LES PINS. LA RÉALISATION DE CES OBJECTIFS CLARIFIERA LES POSSIBILITÉS DE CETTE STRATÉGIE DE LUTTE CONTRE LA MALADIE DU PIN RÉSINEUX CHANCRO EN ESPAGNE. (French)
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+point in time: 4 December 2021Timestamp +2021-12-04T00:00:00Z
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+Fusarium circinatum NIRENBERG & O'DONNELL (teleomorph = GIBBERELLA CIRCINATA) ist ein ascomycete CAUSING HONGO der harzhaltigen Kiefer (PPC, OF YOUR inical IN ENGLISH), ein DISEASE, das WICHTIGE DAYS UND PINOSS PLANTATIONEN verursacht, wenn Ademas den MASPORTANTen Krankheitserreger der Welt in VARIOS PAISES DER WORLD EINSTELLEN. DIE GFP-KRANKHEIT ERREICHTE 2004 EUROPA, ALS SPANIEN ÜBER DAS AUFTRETEN DES KRANKHEITSERREGERS IN MEHREREN PINIENSCHULEN IN ASTURIEN UND IN PLANTAGEN IN KANTABRIEN BERICHTETE. SEITDEM HABEN MEHRERE WISSENSCHAFTLICHE STUDIEN DIE GENETISCHE VIELFALT DER PILZPOPULATIONEN, IHRE PATHOGENITÄT UND DIE ROLLE EINIGER INSEKTENARTEN ALS MÖGLICHE VEKTOREN DER KRANKHEIT UNTERSUCHT. _x000D_ vor kurzem, Diese RESEARCH GROUP DETECTED THE PRRESENZ VON DIFFERENT PROCEDURES OF ORIGEN virico dsRNA IN DER SPANISCH Veröffentlichung von F. circinatum, THREE CEPAS, die zwei neue SPECIES OF GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2-1 und FCMV2-2 betreffen. DER NACHWEIS FAND HÄUFIG IN DER SPANISCHEN POPULATION DES ERREGERS STATT, WO 32 % DER ISOLATE MIT MINDESTENS EINEM DER DREI NACHGEWIESENEN VIRISCHEN STÄMME INFIZIERT WAREN. DIESE DSRNA-MOLEKÜLE KÖNNTEN HYPOVIRULENT-PROZESSE IM WIRTSPILZ AUSLÖSEN, WIE IN CRYPHONECTRIA PARASITICA, DEM KAUSALEN WIRKSTOFF VON KASTANIEN CHANCRO, DER DURCH DIESE METHODE AUF DEM BERG EFFEKTIV GESTEUERT WIRD. Doch die FIRST-Inoculation TESTS BY CABO PARECATE diese Wirkung, DAS ANGEBOT an die Suche der NEUEN MICOVIRUS._x000D_ Die routinemäßig verwendeten VIRUS DETECTION TECHNICATIONEN, wie die CADENCE REACTION OF INVERSE Transcriptase (RT-PCR) erfordert eine vorläufige Kenntnis des VIRUS zu erkennen, und für so viele sind nicht ratsam für die Erkennung von MICOVIRUS unwissend in Haken. DER EINSATZ VON METAGENOMICA, UNTERSTÜTZT DURCH DIE NEUEN SEQUENZIERUNGSTECHNOLOGIEN (NGS, SEINER INITIALEN IN ENGLISCHER SPRACHE), ERMÖGLICHT ES, DIE GESAMTE VIRIC COMMUNITY EINES ORGANISMUS, EINSCHLIESSLICH MYCOVIRUS, ZU BESTIMMEN. _x000D_ das PRINCIPAL OBJECTIVE DES PRÄSIDENTEN PROJEKT ZUR NEUEN Sequenzierungstechniken für: (1) IDENTIFIZIEREN BESTEHENDE VIRISCHE MOLEKÜLE IN F. CIRCINATUM-ISOLATIONEN, (2) DIE WIRKUNG VON MYKOVIREN AUF FUSARIUM CIRCINATUM UNTERSUCHEN UND (3) DIE WIRKUNG VON F. CIRCINATUM INOCULATION MIT UND OHNE MYCOVIRUS AUF KIEFERNPFLANZEN UNTERSUCHEN. DIE VERWIRKLICHUNG DIESER ZIELE WIRD DIE MÖGLICHKEITEN DIESER STRATEGIE ZUR BEKÄMPFUNG DER HARZIGEN KIEFERN-CHANCRO-KRANKHEIT IN SPANIEN KLÄREN. (German)
+Normal rank
+point in time: 9 December 2021Timestamp +2021-12-09T00:00:00Z
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorf = GIBBERELLA CIRCINATA) is een ascomycete CAUSING HONGO van de harsachtige pijnboom (PPC, OF YOUR inical IN ENGLISH), een DISEASE die BELANGRIJKE DAYS en Verloren in bosken en PINOSS PLANTATIONS veroorzaakt, als Ademas het MASPORTANT pathogene van VIVERAS IN VARIOS PAISES VAN DE WERELD heeft vastgesteld. GVB-ZIEKTE BEREIKTE EUROPA IN 2004, TOEN SPANJE DE AANWEZIGHEID VAN DE ZIEKTEVERWEKKER IN VERSCHILLENDE DENNENKWEKERIJEN IN ASTURIË EN IN PLANTAGES IN CANTABRIË MELDDE. SINDSDIEN HEBBEN VERSCHILLENDE WETENSCHAPPELIJKE STUDIES DE GENETISCHE DIVERSITEIT VAN DE SCHIMMELPOPULATIES, HUN PATHOGENITEIT EN DE ROL VAN SOMMIGE INSECTENSOORTEN ALS POTENTIËLE VECTOREN VAN DE ZIEKTE GEËVALUEERD. _x000D_ onlangs, DEZE RESEARCH GROUP DE PRESENCE VAN DIFFERENT PROCEDURES VAN ORIGEN virico dsRNA in the SPANISH PUBLICATION OF F. circinatum, THREE CEPAS die betrekking hebben op twee nieuwe SPECIES VAN GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2-1 en FCMV2-2. BIJ DE SPAANSE POPULATIE VAN HET PATHOGEEN IS VAAK GECONSTATEERD DAT 32 % VAN DE ISOLATEN BESMET IS MET TEN MINSTE ÉÉN VAN DE DRIE VIRIC STAMMEN. DEZE DSRNA MOLECULEN KUNNEN LEIDEN TOT HYPOVIRULENTE PROCESSEN IN DE GASTHEER SCHIMMEL, ZOALS IN CRYPHONECTRIA PARASITICA, HET OORZAKELIJKE AGENS VAN KASTANJE CHANCRO, DAT EFFECTIEF WORDT GECONTROLEERD DOOR DEZE METHODE OP DE MOUNT. Echter, de EERSTE inoculatie TESTS BY CABO PARECATE deze effectie, DAT AANBIEDING VAN NIEUWE MICOVIRUS._x000D_ De routinematig gebruikte VIRUS DETECTION TECHNICATIONS, als de CADENCE REACTION OF INVERSE transcriptase (RT-PCR) vereist een voorlopige kennis van de VIRUS te worden gedetecteerd, en voor zo velen zijn niet raadzaam voor de detectie van MICOVIRUS niet bekend in haken. HET GEBRUIK VAN METAGENOMICA, ONDERSTEUND DOOR DE NIEUWE SEQUENCING TECHNOLOGIEËN (NGS, VAN ZIJN INITIALEN IN HET ENGELS), MAAKT HET MOGELIJK OM DE GEHELE VIRIC COMMUNITY VAN EEN ORGANISME TE BEPALEN, INCLUSIEF MYCOVIRUS. _x000D_ de PRINCIPAL OBJECTIVE VAN HET PRESENT PROJECT IS TE GEBRUIKT NIEUWE Sequencing TECHNOLOGIES VOOR: (1) IDENTIFICEER BESTAANDE VIRIC MOLECULEN IN F. CIRCINATUM ISOLATIES, (2) ONDERZOEK NAAR HET EFFECT VAN MYCOVIRUSSEN OP FUSARIUM CIRCINATUM, EN (3) ONDERZOEK NAAR HET EFFECT VAN F. CIRCINATUM INOCULATIE MET EN ZONDER MYCOVIRUS OP PIJNBOOMPLANTEN. DE VERWEZENLIJKING VAN DEZE DOELSTELLINGEN ZAL DE MOGELIJKHEDEN VAN DEZE STRATEGIE VOOR DE BESTRIJDING VAN HARSACHTIGE DENNENZIEKTE IN SPANJE VERDUIDELIJKEN. (Dutch)
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+point in time: 17 December 2021Timestamp +2021-12-17T00:00:00Z
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+Fusarium circinatum NIRENBERG & O'DONNELL (teleomorf = GIBBERELLA CIRCINATA) è un ascomycete CAUSING HONGO del pino resinoso (PPC, DEL TUO IN INGLESE), una DISEASE che causa giornate IMPORTANTI e perdite nei boschetti e nelle PLANTAZIONI PINOSSE, se Ademas ha CONSIDATO IL patogeno MASPORTANTE DI VIVERE NIRENBERG NIRENBERG & O'DONNELL. LA MALATTIA DELLA PCP HA RAGGIUNTO L'EUROPA NEL 2004, QUANDO LA SPAGNA HA SEGNALATO LA PRESENZA DELL'AGENTE PATOGENO IN DIVERSI VIVAI DI PINI NELLE ASTURIE E NELLE PIANTAGIONI IN CANTABRIA. DA ALLORA, DIVERSI STUDI SCIENTIFICI HANNO VALUTATO LA DIVERSITÀ GENETICA DELLE POPOLAZIONI FUNGINE, LA LORO PATOGENICITÀ E IL RUOLO DI ALCUNE SPECIE DI INSETTI COME POTENZIALI VETTORI DELLA MALATTIA. _x000D_ di recente, QUESTO GRUPPO DI RICERCA DETECATO LA PRESENZA DI PROCEDURI DIFFERENTI DI ORIGEN virico dsRNA NELLA PUBBLICAZIONE SPAGNOLO DI F. circinatum, TRE CEPA che riguardano due nuovi SPECIES DI GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2-1 e FCMV2-2. IL RILEVAMENTO È STATO FREQUENTE NELLA POPOLAZIONE SPAGNOLA DELL'AGENTE PATOGENO, DOVE IL 32 % DEGLI ISOLATI È STATO INFETTATO DA ALMENO UNO DEI TRE CEPPI VIRICI RILEVATI. QUESTE MOLECOLE DSRNA POTREBBERO INNESCARE PROCESSI HYPOVIRULENT NEL FUNGO OSPITE, COME IN CRYPHONECTRIA PARASITICA, L'AGENTE CAUSALE DELLA CASTAGNA CHANCRO, CHE È EFFICACEMENTE CONTROLLATO DA QUESTO METODO SUL MONTE. Tuttavia, i primi test di inoculazione da CABO PARECATE QUESTO Effettuazione, che OFFERTA ALLA RICERCA DI NUOVO MICOVIRUS._x000D_ Le TECNICHE DI DETECZIONE VIRUS di routine, come la CADENCE REACTION OF INVERSE transcriptase (RT-PCR) richiede una conoscenza preliminare del VIRUS da rilevare, e per tanti non sono consigliabili per il rilevamento di MICOVIRUS non conosciuto negli ami. L'USO DI METAGENOMICA, SUPPORTATO DALLE NUOVE TECNOLOGIE DI SEQUENZIAMENTO (NGS, DELLE SUE INIZIALI IN INGLESE), PERMETTE DI DETERMINARE L'INTERA COMUNITÀ VIRICA DI UN ORGANISMO, COMPRESO MYCOVIRUS. _x000D_ l'OBIETTIVO PRINCIPALE DEL PROGETTO PRESENTE È UTILIZZARE NUOVI TECNOLOGIE di Sequenziamento per: (1) IDENTIFICARE LE MOLECOLE VIRICHE ESISTENTI NEGLI ISOLAMENTI DI F. CIRCINATUM, (2) STUDIARE L'EFFETTO DEI MICOVIRUS SU FUSARIUM CIRCINATUM E (3) STUDIARE L'EFFETTO DELL'INOCULAZIONE DI F. CIRCINATUM CON E SENZA MYCOVIRUS SULLE PIANTE DI PINO. IL CONSEGUIMENTO DI QUESTI OBIETTIVI CHIARIRÀ LE POSSIBILITÀ DI QUESTA STRATEGIA PER IL CONTROLLO DELLA MALATTIA DEL PINO RESINOSO CHANCRO IN SPAGNA. (Italian)
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+point in time: 16 January 2022Timestamp +2022-01-16T00:00:00Z
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorph = GIBBERELLA CIRCINATA) on vaikse männi (PPC, O’O inical IN ENGLISH) ascomycete HONGO, mis põhjustab IMPORTANT DAYS JA Lost In bosks JA PINOSS PLANTATIONS, kui Ademas CONSIDERITUD VIVERASE MASPORTANT patogeeni WORLD’I VARIOS PAISESES. ÜHISE KALANDUSPOLIITIKA HAIGUS JÕUDIS EUROOPASSE 2004. AASTAL, KUI HISPAANIA TEATAS PATOGEENI ESINEMISEST MITMES ASTUURIA MÄNNIKOOLIS JA KANTAABRIA ISTANDUSTES. SELLEST AJAST ALATES ON MITMES TEADUSLIKUS UURINGUS HINNATUD SEENPOPULATSIOONIDE GENEETILIST MITMEKESISUST, NENDE PATOGEENSUST JA MÕNEDE PUTUKALIIKIDE ROLLI HAIGUSE VÕIMALIKE VEKTORITENA. _x000D_ hiljuti, THIS RESEARCH GROUP DIFFERENT PROCEDURES PRESENCE OF ORIGEN virico dsRNA in the SPANISH PUBLICATION OF F. circinatum, THREE CEPAS, mis puudutavad kahte uut SPECIES GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2–1 ja FCMV2–2. HISPAANIA POPULATSIOONIS ON SAGELI AVASTATUD PATOGEENI, KUS 32 % ISOLAATIDEST OLI NAKATUNUD VÄHEMALT ÜHEGA KOLMEST AVASTATUD VIRIC’I TÜVEST. NEED DSRNA MOLEKULID VÕIVAD KÄIVITADA PEREMEESSEENTES HYPOVIRULENTI PROTSESSE, NAGU CRYPHONECTRIA PARASITICA PUHUL, MIS ON KASTAN CHANCRO PÕHJUSTAJA, MIS ON SELLE MEETODI ABIL TÕHUSALT KONTROLLITUD MÄEL. Siiski, FIRST inokulatsioon TESTS BY CABO PARECATE THIS efekti, mida on vaja teada, et UUS MICOVIRUS._x000D_ Tavaliselt kasutatud VIRUS DETECTION TECHNICATIONS, sest CADENCE REACTION of INVERSE transkriptaasi (RT-PCR) nõuab, et tuleb tuvastada VIRUS, ja nii paljud ei ole soovitatav avastada MICOVIRUS teadmata konksud. METAGENOMICA KASUTAMINE, MIDA TOETAVAD UUED JÄRJESTAMISTEHNOLOOGIAD (NGS, SELLE INGLISKEELNE INITSIAAL), VÕIMALDAB KINDLAKS MÄÄRATA KOGU ORGANISMI, SEALHULGAS MYCOVIRUS’I VIRICI KOGUKONNA. _x000D_ PRESENT PROJEKTIIV TEKHNOLOOGIA KASUTAMISE KOHUSTUSLIK TECHNOLOGIES: (1) TEHA KINDLAKS OLEMASOLEVAD VIINHAPPE MOLEKULID F. CIRCINATUM ISOLATSIOONIS, 2) UURIDA MÜKOVIIRUSTE MÕJU FUSARIUM CIRCINATUM’ILE JA 3) UURIDA F. CIRCINATUM’I INOKULEERIMIST KOOS MYCOVIRUS’EGA JA ILMA SELLETA MÄNNITAIMEDELE. NENDE EESMÄRKIDE SAAVUTAMISEGA SELGITATAKSE SELLE STRATEEGIA VÕIMALUSI VAIGU MÄNNI CHANCRO HAIGUSE TÕRJEKS HISPAANIAS. (Estonian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
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++2022-08-04T00:00:00Z
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+Gregorian
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorfas = GIBBERELLA CIRCINATA) yra ascomycete CAUSING HONGO iš dervingosios pušies (PPC, OF YOUR inical INGLISH), DISEASE, kuri sukelia IMPORTANTŲ dienas ir prarastas įstrižainėse ir PINOS PLANTACIJOSe, jei Ademos Sąlygos buvo suklastotos VIVERO MASTERIO patogenu VARIOS PASIŪLYmuose. BŽP LIGA EUROPOJE PASIEKĖ 2004 M., KAI ISPANIJA PRANEŠĖ APIE PATOGENO BUVIMĄ KELIUOSE ASTŪRIJOS PUŠŲ DAIGYNUOSE IR KANTABRIJOS PLANTACIJOSE. NUO TADA KELIUOSE MOKSLINIUOSE TYRIMUOSE BUVO ĮVERTINTA GENETINĖ GRYBŲ POPULIACIJŲ ĮVAIROVĖ, JŲ PATOGENIŠKUMAS IR KAI KURIŲ VABZDŽIŲ RŪŠIŲ, KAIP GALIMŲ LIGOS PERNEŠĖJŲ, VAIDMUO. _x000D_ neseniai, ŠIAS RESEARCH GROUP DETECTEDES PREKYBOS PROCEDŪRŲ ORIGEN virico dsRNA į ISPANIJOS PUBLICACIJA F. circinatum, THREE CEPAS, kurie susiję su dviem naujomis GENERO MITOVIRUS SPECIES, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2–1 ir FCMV2–2. ISPANIJOS PATOGENO POPULIACIJOJE DAŽNAI APTINKAMA 32 % IZOLIATŲ, UŽSIKRĖTUSIŲ BENT VIENA IŠ TRIJŲ APTIKTŲ VIRUSINIŲ PADERMIŲ. ŠIOS DSRNR MOLEKULĖS GALI SUKELTI HYPOVIRULENT PROCESUS ŠEIMININKO GRYBELYJE, KAIP IR CRYPHONECTRIA PARASITICA, KAŠTONŲ CHANCRO PRIEŽASTINIS AGENTAS, KURIS VEIKSMINGAI KONTROLIUOJAMAS ŠIUO METODU ANT KALNO. Tačiau pirmosios inokuliacijos TESTS BY CABO PARECATE THIS effection, THAT OFFERCH OF NEW MICOVIRUS._x000D_ Reguliariai naudojami VIRUS DETECTION TECHNICATIONS, nes INVERSE transkriptazės (RT-PCR) CADENCE REACTION (RT-PCR) reikalauja, kad būtų nustatytos išankstinės VIRUS žinios, ir tiek daug jų nepatartina aptikti MICOVIRUS nepastebėtus kabliukais. METAGENOMICA NAUDOJIMAS, PAREMTAS NAUJOMIS SEKOS NUSTATYMO TECHNOLOGIJOMIS (NGS, JO INICIALAI ANGLŲ KALBA), LEIDŽIA NUSTATYTI VISĄ ORGANIZMO VIRUSINĘ BENDRIJĄ, ĮSKAITANT MYCOVIRUS. _x000D_ PRESENTO PROJEKTAS PRINCIPINĖ KONKRETĖ TIKSLAS NAUJAS NAUJAS TECHNOLOGIJŲ TECHNOLOGIJOS: (1) NUSTATYTI ESAMAS VIRUSINES MOLEKULES F. CIRCINATUM IZOLIACIJOJE, 2) IŠTIRTI MIKOVIRUSŲ POVEIKĮ FUSARIUM CIRCINATUM IR (3) IŠTIRTI F. CIRCINATUM INOKULIACIJOS POVEIKĮ PUŠŲ AUGALAMS IR BE MYCOVIRUS. SIEKIANT ŠIŲ TIKSLŲ BUS PAAIŠKINTOS ŠIOS DERVINGOSIOS PUŠIES CHANCRO LIGOS KONTROLĖS ISPANIJOJE STRATEGIJOS GALIMYBĖS. (Lithuanian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
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 Before
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+Fusarium circinatum NIRENBERG & O'DONNELL (teleomorph = GIBBERELLA CIRCINATA) je ascomycete CAUSING HONGO smolnog bora (PPC, OF YOUR inical IN ENGLISH), DISEASE koji uzrokuje IMPORTANTNI DANI I Izgubljeni u bočevima I PINOSS PLANTATIONS, ako Ademi CONSIDERED SAVJETNI patogen VIVERAS u VARIOS PAISES SVIJETA. BOLEST PFP-A STIGLA JE U EUROPU 2004. GODINE, KADA JE ŠPANJOLSKA PRIJAVILA PRISUTNOST PATOGENA U NEKOLIKO RASADNIKA BOROVA U ASTURIJI I NA PLANTAŽAMA U KANTABRIJI. OD TADA JE NEKOLIKO ZNANSTVENIH STUDIJA PROCIJENILO GENETSKU RAZNOLIKOST POPULACIJA GLJIVA, NJIHOVU PATOGENOST I ULOGU NEKIH VRSTA KUKACA KAO POTENCIJALNIH VEKTORA BOLESTI. _x000D_ nedavno, OVO RESEARCH GRUPA DETECTED PRESENCE DIFFERENT PROCEDURES ORIGEN virico dsRNA u SPANISH PUBLICIJA F. circinatum, THREE CEPAS koji se odnose na dvije nove SPECIES GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2 – 1 i FCMV2 – 2. DETEKCIJA JE BILA ČESTA U ŠPANJOLSKOJ POPULACIJI PATOGENA, GDJE JE 32 % IZOLATA ZARAŽENO NAJMANJE JEDNIM OD TRI OTKRIVENA VIRIČKA SOJA. OVE MOLEKULE DSRNA MOGU POKRENUTI HYPOVIRULENT PROCESE U GLJIVICAMA DOMAĆINA, KAO U SLUČAJU CRYPHONECTRIA PARASITICA, UZROČNIKA KESTENA CHANCRO, KOJI SE UČINKOVITO KONTROLIRA OVOM METODOM NA GORI. Međutim, prva inokulacija TESTS BY CABO PARECATE OVAJ efekt, koji se odnosi na pretraživanje novih MICOVIRUS._x000D_ rutinski korišteni VIRUS DETECTION TECHNICATIONS, kao CADENCE REACTION INVERSE transkriptaze (RT-PCR) zahtijeva preliminarno znanje o VIRUS-u da se otkrije, a za to mnogi nisu preporučljivi za otkrivanje MICOVIRUS nepriznatih u kukicama. PRIMJENA METAGENOMICA, UZ POTPORU NOVIH TEHNOLOGIJA SEKVENCIRANJA (NGS, NJEZINIH INICIJALA NA ENGLESKOM JEZIKU), OMOGUĆUJE ODREĐIVANJE CIJELE VIRIČKE ZAJEDNICE ORGANIZMA, UKLJUČUJUĆI MYCOVIRUS. _x000D_ PRINCIPAL OBJEKT PRESENTNOG PROJEKTA je da koristi nove sekvenciranje TEHNOLOGIJE za: (1) IDENTIFICIRATI POSTOJEĆE VIRIC MOLEKULE U IZOLACIJI F. CIRCINATUM, (2) PROUČITI UČINAK MIKOVIRUSA NA FUSARIUM CIRCINATUM I (3) PROUČITI UČINAK INOKULACIJE F. CIRCINATUM S I BEZ MYCOVIRUS NA BOROVE BILJKE. POSTIZANJEM TIH CILJEVA RAZJASNIT ĆE SE MOGUĆNOSTI OVE STRATEGIJE ZA KONTROLU BOLESTI CHANCRO-A OD SMOLENOG BORA U ŠPANJOLSKOJ. (Croatian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
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++2022-08-04T00:00:00Z
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-Calendar
+Gregorian
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+Το Fusarium circinatum NIRENBERG & O’DONNELL (teleomorph = GIBBERELLA CIRCINATA) είναι ένα ascomycete CAUSING HONGO της ρητινώδους πεύκης (PPC, OF YOUR inical IN ENGLISH), μια ΔΙΕΥΘΥΝΣΗ που προκαλεί IMPORTANT DAYS AND Lost in bosks and PINOSS PLANTATIONS, αν ο Ademas ενστερνίστηκε το MASPORTANT παθογόνο της Βιβέρας στη ΒΑΡΙΟΣ ΠΑΙΔΕΣ του WORLD. Η ΝΌΣΟΣ ΤΗΣ ΚΑΠ ΈΦΘΑΣΕ ΣΤΗΝ ΕΥΡΏΠΗ ΤΟ 2004, ΌΤΑΝ Η ΙΣΠΑΝΊΑ ΑΝΈΦΕΡΕ ΤΗΝ ΠΑΡΟΥΣΊΑ ΤΟΥ ΠΑΘΟΓΌΝΟΥ ΠΑΡΆΓΟΝΤΑ ΣΕ ΔΙΆΦΟΡΑ ΦΥΤΏΡΙΑ ΠΕΎΚΟΥ ΣΤΗΝ ΑΣΤΟΎΡΙΑ ΚΑΙ ΣΕ ΦΥΤΕΊΕΣ ΣΤΗΝ ΚΑΝΤΑΒΡΊΑ. ΈΚΤΟΤΕ, ΑΡΚΕΤΈΣ ΕΠΙΣΤΗΜΟΝΙΚΈΣ ΜΕΛΈΤΕΣ ΈΧΟΥΝ ΑΞΙΟΛΟΓΉΣΕΙ ΤΗ ΓΕΝΕΤΙΚΉ ΠΟΙΚΙΛΟΜΟΡΦΊΑ ΤΩΝ ΠΛΗΘΥΣΜΏΝ ΤΩΝ ΜΥΚΉΤΩΝ, ΤΗΝ ΠΑΘΟΓΈΝΕΙΆ ΤΟΥΣ ΚΑΙ ΤΟΝ ΡΌΛΟ ΟΡΙΣΜΈΝΩΝ ΕΙΔΏΝ ΕΝΤΌΜΩΝ ΩΣ ΠΙΘΑΝΏΝ ΦΟΡΈΩΝ ΤΗΣ ΝΌΣΟΥ. _x000D_ πρόσφατα, αυτή η ομάδα ΕΡΕΥΝΑΣ ΑΝΑΠΤΥΞΗ ΤΗΣ ΠΡΟΕΔΡΙΑΣ ΔΙΑΦΟΡΩΝ ΔΙΑΔΙΚΑΣΙΩΝ ORIGEN virico dsRNA ΣΤΗ ΙΣΠΑΝΙΚΗ ΕΚΔΟΣΗ ΤΟΥ F. circinatum, THREE CEPAS που αφορούν δύο νέες ΕΙΔΕΣ ΓΕΝΕΡΟ ΜΙΤΟΒΙΡΟΥ, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2-1 και FCMV2-2. Η ΑΝΊΧΝΕΥΣΗ ΤΟΥ ΠΑΘΟΓΌΝΟΥ ΠΑΡΆΓΟΝΤΑ ΉΤΑΝ ΣΥΧΝΉ ΣΤΟΝ ΙΣΠΑΝΙΚΌ ΠΛΗΘΥΣΜΌ, ΌΠΟΥ ΤΟ 32 % ΤΩΝ ΑΠΟΜΟΝΩΘΈΝΤΩΝ ΣΤΕΛΕΧΏΝ ΜΟΛΎΝΘΗΚΕ ΑΠΌ ΤΟΥΛΆΧΙΣΤΟΝ ΈΝΑ ΑΠΌ ΤΑ ΤΡΊΑ ΣΤΕΛΈΧΗ ΤΟΥ ΙΟΎ ΠΟΥ ΑΝΙΧΝΕΎΘΗΚΑΝ. ΑΥΤΆ ΤΑ ΜΌΡΙΑ DSRNA ΘΑ ΜΠΟΡΟΎΣΑΝ ΝΑ ΠΡΟΚΑΛΈΣΟΥΝ HYPOVIRULENT ΔΙΕΡΓΑΣΊΕΣ ΣΤΟΝ ΞΕΝΙΣΤΉ ΜΎΚΗΤΑ, ΌΠΩΣ ΣΤΟ CRYPHONECTRIA PARASITICA, ΤΟΝ ΑΙΤΙΏΔΗ ΠΑΡΆΓΟΝΤΑ ΤΟΥ ΚΑΣΤΑΝΙΟΎ CHANCRO, Ο ΟΠΟΊΟΣ ΕΛΈΓΧΕΤΑΙ ΑΠΟΤΕΛΕΣΜΑΤΙΚΆ ΜΕ ΑΥΤΉ ΤΗ ΜΈΘΟΔΟ ΣΤΟ ΌΡΟΣ. Ωστόσο, η ΠΡΩΤΗ ΔΟΚΙΜΕΣ ενοφθαλμισμού ΑΠΟ CABO PARECATE THIS effection, ΟΤΙ ΠΡΟΣΦΟΡΑ ΣΤΗ ΘΕΡΜΑΝΣΗ ΤΟΥ ΝΕΟΥ MICOVIRUS._x000D_ Οι συνήθεις χρησιμοποιούμενες ΤΕΧΝΙΚΕΣ ΤΕΧΝΟΛΟΓΙΕΣ ΑΝΑΠΤΥΞΗΣ, όπως η ΑΝΑΠΤΥΞΗ ΚΑΝΟΝΙΣΜΟΥ ΤΗΣ ΜΕΤΑΓΡΑΦΗΣ INVERSE (RT-PCR) απαιτεί μια προκαταρκτική γνώση του VIRUS για να ανιχνευθεί, και για τόσα πολλά δεν είναι σκόπιμο για την ανίχνευση της MICOVIRUS αγνώστους σε άγκιστρα. Η ΧΡΉΣΗ ΤΗΣ METAGENOMICA, ΥΠΟΣΤΗΡΙΖΌΜΕΝΗ ΑΠΌ ΤΙΣ ΝΈΕΣ ΤΕΧΝΟΛΟΓΊΕΣ ΑΛΛΗΛΟΥΧΊΑΣ (NGS, ΤΩΝ ΑΡΧΙΚΏΝ ΤΗΣ ΣΤΑ ΑΓΓΛΙΚΆ), ΕΠΙΤΡΈΠΕΙ ΤΟΝ ΠΡΟΣΔΙΟΡΙΣΜΌ ΟΛΌΚΛΗΡΗΣ ΤΗΣ ΒΙΙΚΉΣ ΚΟΙΝΌΤΗΤΑΣ ΕΝΌΣ ΟΡΓΑΝΙΣΜΟΎ, ΣΥΜΠΕΡΙΛΑΜΒΑΝΟΜΈΝΟΥ ΤΟΥ MYCOVIRUS. _x000D_ ο ΠΡΟΔΙΚΑΣΤΙΚΟΣ ΣΤΟΧΟΣ του ΠΡΟΕΔΡΟΥ ΕΡΓΟΥ ΝΑ ΧΡΗΣΙΜΟΠΟΙΕΙΤΑΙ ΝΕΑ ΤΕΧΝΟΛΟΓΙΑ αλληλουχίας για: (1) ΠΡΟΣΔΙΟΡΙΣΜΌΣ ΤΩΝ ΥΠΑΡΧΌΝΤΩΝ ΙΙΚΏΝ ΜΟΡΊΩΝ ΣΤΙΣ ΑΠΟΜΟΝΏΣΕΙΣ F. CIRCINATUM, (2) ΜΕΛΈΤΗ ΤΗΣ ΕΠΊΔΡΑΣΗΣ ΤΩΝ ΜΥΚΟΪΏΝ ΣΤΟ FUSARIUM CIRCINATUM ΚΑΙ (3) ΜΕΛΈΤΗ ΤΗΣ ΕΠΊΔΡΑΣΗΣ ΤΟΥ ΕΝΟΦΘΑΛΜΙΣΜΟΎ ΤΟΥ F. CIRCINATUM ΜΕ ΚΑΙ ΧΩΡΊΣ MYCOVIRUS ΣΤΑ ΠΕΎΚΑ ΦΥΤΆ. Η ΕΠΊΤΕΥΞΗ ΤΩΝ ΣΤΌΧΩΝ ΑΥΤΏΝ ΘΑ ΑΠΟΣΑΦΗΝΊΣΕΙ ΤΙΣ ΔΥΝΑΤΌΤΗΤΕΣ ΤΗΣ ΕΝ ΛΌΓΩ ΣΤΡΑΤΗΓΙΚΉΣ ΓΙΑ ΤΟΝ ΈΛΕΓΧΟ ΤΗΣ ΝΌΣΟΥ CHANCRO ΤΩΝ ΡΗΤΙΝΩΔΏΝ ΠΕΎΚΩΝ ΣΤΗΝ ΙΣΠΑΝΊΑ. (Greek)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorf = GIBBERELLA CIRCINATA) je ascomycete CAUSING HONGO živicovej borovice (PPC, OF Your Inical IN ENGLISH), DISEASE, ktorá spôsobuje DÔLEŽITÉ DÁTY a stratené prsia a PINOSS PLANTATIONS, ak Ademas ODHODLI MASPORTANTÝ patogén VIVERAS vo VARIOS PAISES WORLD. CHOROBA SRP SA DOSTALA DO EURÓPY V ROKU 2004, KEĎ ŠPANIELSKO OZNÁMILO PRÍTOMNOSŤ PATOGÉNU V NIEKOĽKÝCH BOROVICOVÝCH ŠKÔLKACH V ASTÚRII A NA PLANTÁŽACH V KANTÁBRII. ODVTEDY NIEKOĽKO VEDECKÝCH ŠTÚDIÍ HODNOTILO GENETICKÚ ROZMANITOSŤ POPULÁCIÍ HÚB, ICH PATOGENITU A ÚLOHU NIEKTORÝCH DRUHOV HMYZU AKO POTENCIÁLNYCH VEKTOROV CHOROBY. _x000D_ nedávno, táto skupina RESEARCH GROUP odhalila PRESENCIE DIFFERENTÝCH PROCEDURES ORIGEN virico dsRNA v SPANISH PUBLICATION OF F. circinatum, THREE CEPAS, ktoré sa týkajú dvoch nových SPECIES GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2 – 1 a FCMV2 – 2. V ŠPANIELSKEJ POPULÁCII PATOGÉNU, KDE BOLO 32 % IZOLÁTOV INFIKOVANÝCH ASPOŇ JEDNÝM Z TROCH ZISTENÝCH KMEŇOV VÍRUSU, BOLO ČASTO DETEGOVANÝCH. TIETO MOLEKULY DSRNA BY MOHLI VYVOLAŤ HYPOVIRULENT PROCESY V HOSTITEĽSKEJ HUBE, AKO V CRYPHONECTRIA PARASITICA, KAUZÁLNE ČINIDLO GAŠTANU CHANCRO, KTORÝ JE ÚČINNE KONTROLOVANÝ TOUTO METÓDOU NA MOUNT. Avšak, PRVÉ inokulačné TESTS BY CABO PARECATE THIS Účinok, KTORÉ PONUKA NA HĽADU NOVÉ MICOVIRUS._x000D_ Pravidelne používané VIRUS DETECTION TECHNICATIONS, pretože CADENCE REACTION OF INVERSE transkriptázy (RT-PCR) vyžaduje predbežné znalosti o VIRUS, ktoré sa majú zistiť, a pre toľko nie sú vhodné na detekciu MICOVIRUS nepoznaných v háčikoch. POUŽITIE METAGENOMICY, PODPOROVANÉ NOVÝMI TECHNOLÓGIAMI SEKVENOVANIA (NGS, Z JEHO INICIÁLOK V ANGLIČTINE), UMOŽŇUJE URČIŤ CELÚ VÍRUSOVÚ KOMUNITU ORGANIZMU VRÁTANE MYCOVIRUSU. _x000D_ PRINCIPAL OBJECTIVE PRESENTNÉHO PROJEKTU POUŽÍVAJÚ NOVÉ sekvencovanie TECHNOLOGIÍ PRE: (1) IDENTIFIKUJTE EXISTUJÚCE VÍRUSOVÉ MOLEKULY V IZOLÁCIÁCH F. CIRCINATUM, (2) SKÚMAJTE VPLYV MYKOVÍRUSOV NA FUSARIUM CIRCINATUM A (3) SKÚMAJTE ÚČINOK INOKULÁCIE F. CIRCINATUM S MYCOVIRUSOM A BEZ NEHO NA BOROVICOVÉ RASTLINY. DOSIAHNUTIE TÝCHTO CIEĽOV OBJASNÍ MOŽNOSTI TEJTO STRATÉGIE KONTROLY CHOROBY ŽIVICE BOROVICE CHANCRO V ŠPANIELSKU. (Slovak)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
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 Before
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorph = GIBBERELLA CIRCINATA) on ascomycete CAUSING HONGO hartsi mänty (PPC, OF YOUR inical IN ENGLISH), DISEASE, joka aiheuttaa IMPORTANT DAYS JA Lost In boss and PINOSS PLANTATIONS, jos Ademas CONSIDERED the MASPORTANT patogen of the VARIOS PAISES OF the World. YKP-TAUTI LEVISI EUROOPPAAN VUONNA 2004, KUN ESPANJA ILMOITTI TAUDINAIHEUTTAJAN ESIINTYMISESTÄ USEISSA MÄNNYN TAIMITARHOISSA ASTURIASSA JA ISTUTUKSISSA CANTABRIASSA. SEN JÄLKEEN USEISSA TIETEELLISISSÄ TUTKIMUKSISSA ON ARVIOITU SIENIPOPULAATIOIDEN GENEETTISTÄ MONIMUOTOISUUTTA, NIIDEN PATOGEENISUUTTA JA JOIDENKIN HYÖNTEISLAJIEN ROOLIA TAUDIN MAHDOLLISINA VEKTOREINA. _x000D_ äskettäin, TÄMÄT TUTKIMUKSEN RAHOITUSTA KOSKEVAT TUOTTEET Alkuperäisten virico dsRNA ALUEIDEN TUOMIOISTUIN F. circinatum, THREE CEPAS, jotka liittyvät kahteen uuteen GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2–1 ja FCMV2–2. TAUDINAIHEUTTAJAN HAVAITSEMINEN ON OLLUT YLEISTÄ ESPANJAN POPULAATIOSSA, JOSSA 32 PROSENTISSA ISOLAATTEJA OLI VÄHINTÄÄN YKSI KOLMESTA HAVAITUSTA VIRUSKANNASTA. NÄMÄ DSRNA-MOLEKYYLIT VOIVAT LAUKAISTA HYPOVIRULENT-PROSESSEJA ISÄNTÄSIENESSÄ, KUTEN CRYPHONECTRIA PARASITICA, KASTANJA CHANCRON SYY-AINE, JOKA ON TEHOKKAASTI HALLINNASSA TÄLLÄ MENETELMÄLLÄ MOUNTILLA. Ensi-inokulaatio TESTS BY CABO PARECATE TÄMÄN efekti, ON OFFER UUSI MICOVIRUS._x000D_ rutiininomaisesti käytetty VIRUS DETECTION TECHNICATIONS, koska TIVERSE-kopiointi (RT-PCR) edellyttää alustavaa tietoa VIRUSista, ja niin monille ei ole suositeltavaa havaita MICOVIRUS-tietämättömiä koukkuja. METAGENOMICAN KÄYTTÖ, JOTA TUKEVAT UUDET SEKVENSOINTITEKNIIKAT (NGS, SEN ENGLANNINKIELISET NIMIKIRJAIMET), MAHDOLLISTAA ORGANISMIN KOKO VIRUSYHTEISÖN MÄÄRITTÄMISEN, MUKAAN LUKIEN MYCOVIRUS. _x000D_ PRESENT HANKEEN PÄÄTÖKSEN HYVÄKSYNNÄN TEKNOLOGIEN sekvensointi: (1) TUNNISTAA OLEMASSA OLEVAT VIRUSMOLEKYYLIT F. CIRCINATUM -ERISTYKSISSÄ, 2) TUTKIA MYKOVIRUSTEN VAIKUTUSTA FUSARIUM CIRCINATUM -BAKTEERIIN JA 3) TUTKIA F. CIRCINATUM -ROKOTUKSEN VAIKUTUSTA MYCOVIRUS-ROKOTTEEN KANSSA JA ILMAN MÄNTYKASVEJA. NÄIDEN TAVOITTEIDEN SAAVUTTAMINEN SELKEYTTÄÄ TÄMÄN HARTSIMÄISEN MÄNNYN CHANCRO-TAUDIN TORJUNTASTRATEGIAN TARJOAMIA MAHDOLLISUUKSIA ESPANJASSA. (Finnish)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorph = GIBBERELLA CIRCINATA) jest kojarzonym HONGO z żywicy (PPC, TWOJ inical IN ENGLISH), DISEASE, która powoduje ważne dni i zagubiony w boskach i PINOSS PLANTATIONS, jeśli Ademas Uznał istotny czynnik chorobotwórczy VIVERAS IN VARIOS PAISES OF THE WORLD. CHOROBA CIENKIEJ WPRYB DOTARŁA DO EUROPY W 2004 R., KIEDY TO HISZPANIA ZGŁOSIŁA OBECNOŚĆ PATOGENU W KILKU SZKÓŁKACH SOSNY W ASTURII ORAZ NA PLANTACJACH W KANTABRII. OD TEGO CZASU W KILKU BADANIACH NAUKOWYCH OCENIONO RÓŻNORODNOŚĆ GENETYCZNĄ POPULACJI GRZYBÓW, ICH CHOROBOTWÓRCZOŚĆ ORAZ ROLĘ NIEKTÓRYCH GATUNKÓW OWADÓW JAKO POTENCJALNYCH WEKTORÓW CHOROBY. _x000D_ Niedawno, Grupa RESEARCH Opracowała PRESENCE DIFFERENT PROCEDURY ORIGEN virico dsRNA W PUBLIKACJI F. circinatum, THREE CEPAS, które dotyczą dwóch nowych SPECJI GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2-1 i FCMV2-2. CZĘSTO WYKRYWANO W HISZPAŃSKIEJ POPULACJI PATOGENU, GDZIE 32 % IZOLATÓW ZOSTAŁO ZAKAŻONYCH PRZEZ CO NAJMNIEJ JEDEN Z TRZECH WYKRYTYCH SZCZEPÓW VIRIC. TE CZĄSTECZKI DSRNA MOGĄ WYWOŁAĆ PROCESY HYPOVIRULENT W GRZYBIE GOSPODARZA, JAK W CRYPHONECTRIA PARASITICA, CZYNNIKU PRZYCZYNOWYM KASZTANOWCA CHANCRO, KTÓRY JEST SKUTECZNIE KONTROLOWANY TĄ METODĄ NA GÓRZE. Jednakże, PIERWSZE testy inokulacji przez CABO PARECATE THIS efekt, THAT OFERTA DO SEARCH NOWYCH MICOVIRUS._x000D_ rutynowo stosowane TECHNICZNE VIRUS DETEKCJI, ponieważ CADENCE REACTION OF INVERSE transcriptase (RT-PCR) wymaga wstępnej wiedzy o VIRUS, a dla tak wielu nie jest zalecany do wykrywania MICOVIRUS nieznany w hakach. ZASTOSOWANIE METAGENOMICA, WSPIERANEJ PRZEZ NOWE TECHNOLOGIE SEKWENCJONOWANIA (NGS, JEJ INICJAŁY W JĘZYKU ANGIELSKIM), UMOŻLIWIA OKREŚLENIE CAŁEJ WSPÓLNOTY VIRIC ORGANIZMU, W TYM MYCOVIRUS. _x000D_ PRINCIPAL OBJECT OF THE PRESENT PROJECT JEST UŻYTKOWANIA NOWYCH sekwencjonowania TECHNOLOGII DLA: (1) ZIDENTYFIKOWAĆ ISTNIEJĄCE CZĄSTECZKI VIRIC W IZOLACJI F. CIRCINATUM, (2) ZBADAĆ WPŁYW MYKOWIRUSÓW NA FUSARIUM CIRCINATUM ORAZ (3) ZBADAĆ WPŁYW INOKULACJI F. CIRCINATUM Z I BEZ MYCOVIRUS NA ROŚLINY SOSNOWE. OSIĄGNIĘCIE TYCH CELÓW WYJAŚNI MOŻLIWOŚCI TEJ STRATEGII W ZAKRESIE ZWALCZANIA CHOROBY SOSNY ŻYWICZNEJ CHANCRO W HISZPANII. (Polish)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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+A Fusarium circinatum NIRENBERG & O’DONNELL (teleomorph = GIBBERELLA CIRCINATA) a gyantafenyőből (PPC, A BÍRÓSÁGBAN TÖRTÉNÖK) származó aszkomycet, amely IMPORTANT DAYS-eket és elveszetteket okoz, ha Ademas a VIVERAS MASPORTant kórokozóját a VIVERAS VARIOS PAISES-ében a VIVERÁK MASPORTANTÁJA a VIVERÁK VARIOS PAISES-jában. A KHP-BETEGSÉG 2004-BEN ÉRTE EL EURÓPÁT, AMIKOR SPANYOLORSZÁG ARRÓL SZÁMOLT BE, HOGY A KÓROKOZÓ TÖBB ASZTÚRIAI FENYŐFAISKOLÁBAN ÉS CANTABRIÁBAN TALÁLHATÓ ÜLTETVÉNYEKEN IS JELEN VAN. AZÓTA SZÁMOS TUDOMÁNYOS TANULMÁNY ÉRTÉKELTE A GOMBAPOPULÁCIÓK GENETIKAI SOKFÉLESÉGÉT, PATOGENITÁSÁT ÉS EGYES ROVARFAJOKNAK A BETEGSÉG POTENCIÁLIS VEKTORAKÉNT BETÖLTÖTT SZEREPÉT. _x000D_ A közelmúltban ez a RESEARCH GROUP a GENERO MITOVIRUS, a Fusarium circinatum 1 (FCMV1), az FCMV2–1 és az FCMV2–2 SPECIÁLIS KÖRNYEZETÉBEN az ORIGEN virico dsRNA-ból származó MITOVIRUS, FCMV2–1, FCMV2–1 és FCMV2–2. A KÓROKOZÓ SPANYOL POPULÁCIÓJÁBAN GYAKORI VOLT A KIMUTATÁS, AHOL AZ IZOLÁTUMOK 32%-ÁT A HÁROM KIMUTATOTT VIRIC TÖRZS LEGALÁBB EGYIKE MEGFERTŐZTE. EZEK A DSRNS MOLEKULÁK HYPOVIRULENT FOLYAMATOKAT VÁLTHATNAK KI A GAZDAGOMBÁBAN, MINT A CRYPHONECTRIA PARASITICA, A GESZTENYE CHANCRO OK-OKOZATI TÉNYEZŐJE, AMELYET EZ A MÓDSZER HATÉKONYAN SZABÁLYOZ A MOUNT-ON. Azonban az első oltási TESTS A CABO PARECATE EHHHHHHH hatás, EGYETÉRT AZ új MICOVIRUS._x000D_ A rutinszerűen használt VIRUS DETECTION TECHNIKÁCIÓK, mivel a CADENCE REACTION INVERSE transzkriptáz (RT-PCR) megköveteli előzetes ismerete a VIRUS kell észlelni, és sok nem tanácsos észlelni MICOVIRUS nem ismert horgok. A METAGENOMICA HASZNÁLATA, AMELYET AZ ÚJ SZEKVENÁLÁSI TECHNOLÓGIÁK (NGS, A KEZDŐBETŰI ANGOL NYELVEN) TÁMOGATNAK, LEHETŐVÉ TESZI EGY SZERVEZET TELJES VIRIC KÖZÖSSÉGÉNEK MEGHATÁROZÁSÁT, BELEÉRTVE A MYCOVIRUS-T IS. _x000D_ A PRINCIPAL OBJECT IRÁNYELV A PRESENT PROJEKT AZ ÚJ szekvenálási TECHNOLÓGIÁK ELFOGADÁSA: (1) AZONOSÍTSA A MEGLÉVŐ VIRIC MOLEKULÁKAT AZ F. CIRCINATUM IZOLÁCIÓKBAN, (2) TANULMÁNYOZZA A MIKOVÍRUSOK HATÁSÁT A FUSARIUM CIRCINATUMRA, ÉS (3) TANULMÁNYOZZA AZ F. CIRCINATUM OLTÁS HATÁSÁT MYCOVIRUS-SZAL ÉS ANÉLKÜL A FENYŐNÖVÉNYEKRE. E CÉLKITŰZÉSEK ELÉRÉSE TISZTÁZNI FOGJA A SPANYOLORSZÁGI GYANTAFENYŐ- CHANCRO-BETEGSÉG ELLENI VÉDEKEZÉSRE IRÁNYULÓ STRATÉGIA LEHETŐSÉGEIT. (Hungarian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorph = GIBBERELLA CIRCINATA) je askomycetní KONGO pryskyřičné borovice (PPC, VAŠE inical IN ENGLISH), DISEASE, která způsobuje Důležité dny a ztracené v boscích a PINOSS PLANTATIONS, pokud Ademas souhlasí s MASPORTANT patogenem VIVERAS VARIOS PAISES WORLD. NEMOC SRP DOSÁHLA EVROPY V ROCE 2004, KDY ŠPANĚLSKO OZNÁMILO PŘÍTOMNOST PATOGENU V NĚKOLIKA BOROVICOVÝCH ŠKOLKÁCH V ASTURII A NA PLANTÁŽÍCH V KANTÁBRII. OD TÉ DOBY HODNOTILO NĚKOLIK VĚDECKÝCH STUDIÍ GENETICKOU ROZMANITOST POPULACÍ HUB, JEJICH PATOGENITU A ROLI NĚKTERÝCH DRUHŮ HMYZU JAKO POTENCIÁLNÍCH VEKTORŮ CHOROBY. _x000D_ v poslední době, Tato RESEARCH GROUP DETECTEDCE DIFFERENT PROCEDURES OF ORIGEN virico dsRNA IN THE SPANISH PUBLICATION OF F. circinatum, THREE CEPAS, které se týkají dvou nových SPECIES GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2–1 a FCMV2–2. DETEKCE PATOGENU BYLA ČASTÁ VE ŠPANĚLSKÉ POPULACI, KDE 32 % IZOLÁTŮ BYLO INFIKOVÁNO ALESPOŇ JEDNÍM ZE TŘÍ ZJIŠTĚNÝCH VIROVÝCH KMENŮ. TYTO MOLEKULY DSRNA BY MOHLY VYVOLAT HYPOVIRULENT PROCESY V HOSTITELSKÉ HOUBĚ, JAKO V CRYPHONECTRIA PARASITICA, KAUZÁLNÍ ČINIDLO KAŠTANU CHANCRO, KTERÝ JE ÚČINNĚ ŘÍZEN TOUTO METODOU NA MOUNT. Nicméně, FIRST inokulace TESTS BY CABO PARECATE Tato efektivita, THAT OFFER NA Hledat NOVÉ MICOVIRUS._x000D_ Běžně používané VIRUS DETECTION TECHNICKA, jako CADENCE REACTION OF INVERSE transkriptáza (RT-PCR) vyžaduje předběžnou znalost VIRUS, a pro tolik z nich není vhodné pro detekci MICOVIRUS neznámé v háčkech. POUŽÍVÁNÍ PŘÍPRAVKU METAGENOMICA, PODPOROVANÉHO NOVÝMI TECHNOLOGIEMI SEKVENOVÁNÍ (NGS, JEJÍCH INICIÁL V ANGLIČTINĚ), UMOŽŇUJE URČIT CELÉ VIROVÉ SPOLEČENSTVÍ ORGANISMU, VČETNĚ MYCOVIRUS. _x000D_ PRINCIPAL OBJEKTU PRESENTNÍHO PROJEKTU POUŽITÍ NOVÉ sekvencování TECHNOLOGIÍ PRO: (1) IDENTIFIKOVAT EXISTUJÍCÍ VIROVÉ MOLEKULY V IZOLACI F. CIRKINATUM, (2) STUDOVAT ÚČINEK MYKOVIRŮ NA FUSARIUM CIRCINATUM A (3) STUDOVAT ÚČINEK INOKULACE F. CIRKINATUMU S MYCOVIRUSEM A BEZ NĚJ NA BOROVICOVÉ ROSTLINY. DOSAŽENÍ TĚCHTO CÍLŮ OBJASNÍ MOŽNOSTI TÉTO STRATEGIE PRO TLUMENÍ PRYSKYŘIČNÉ BOROVICE CHANCRO VE ŠPANĚLSKU. (Czech)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorph = GIBBERELLA CIRCINATA) ir ascomycete CAUSING HONGO no sveķveida priedes (PPC, jūsu inical IN ENGLISH), DISEASE, kas izraisa IMPORTA DAYS UN Zaudēja boskus un PINOS PLANTĀCIJAS, ja Ademas UZŅEMTS VIVERAS MASPORTANTA patogēnu VARIOS PAISES no pasaules. KZP SLIMĪBA SASNIEDZA EIROPU 2004. GADĀ, KAD SPĀNIJA ZIŅOJA PAR PATOGĒNA KLĀTBŪTNI VAIRĀKĀS PRIEŽU MAZUĻU AUDZĒTAVĀS ASTŪRIJĀ UN PLANTĀCIJĀS KANTABRIJĀ. KOPŠ TĀ LAIKA VAIRĀKOS ZINĀTNISKOS PĒTĪJUMOS IR IZVĒRTĒTA SĒNĪŠU POPULĀCIJU ĢENĒTISKĀ DAUDZVEIDĪBA, TO PATOGENITĀTE UN DAŽU KUKAIŅU SUGU KĀ IESPĒJAMO SLIMĪBAS VEKTORU NOZĪME. _x000D_ nesen, THIS RESEARCH GROUP DETECTED THE PRESENCE OF DIFFERENT PROCEDURES OF ORIGEN virico dsRNA in The SPANISH PUBLICATION OF F. circinatum, THREE CEPAS, kas attiecas uz divām jaunām ĢENERO MITOVIRUS SPECIĀM, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2–1 un FCMV2–2. SPĀNIJAS PATOGĒNA POPULĀCIJA IR BIEŽI KONSTATĒTA, KUR 32 % IZOLĀTU BIJA INFICĒTI AR VISMAZ VIENU NO TRIM KONSTATĒTAJIEM VĪRUSA CELMIEM. ŠĪS DSRNS MOLEKULAS VAR IZRAISĪT HYPOVIRULENT PROCESUS SAIMNIEKORGANISMA SĒNĒ, TĀPAT KĀ CRYPHONECTRIA PARASITICA, KAS IR KASTAŅA CHANCRO CĒLONIS, KURU EFEKTĪVI KONTROLĒ AR ŠO METODI UZ KALNA. Tomēr FIRST inokulācija TESTS BY CABO PARECATE THIS efekts, KAS PIEDĀVĀJUMS NEW MICOVIRUS SEARCH._x000D_ Parasti izmanto VIRUS DETECTION TECHNICATIONS, jo CADENCE REACTION of INVERSE transkriptāzes (RT-PCR) prasa iepriekšējas zināšanas par VIRUS ir jānosaka, un tik daudziem nav ieteicams atklāt MICOVIRUS neatzītu āķi. IZMANTOJOT METAGENOMICA, KO ATBALSTA JAUNĀS SEKVENCĒŠANAS TEHNOLOĢIJAS (NGS, TĀS INICIĀĻI ANGĻU VALODĀ), IR IESPĒJAMS NOTEIKT VISU ORGANISMA VĪRUSU KOPIENU, TOSTARP MYCOVIRUS. _x000D_ PRINCIPĀLĀ MĒRĶIS PĀRSTĀVJU PROJEKTS ir izmantot jaunas secības TECHNOLOGIES: (1) IDENTIFICĒT ESOŠĀS VIRIC MOLEKULAS F. CIRCINATUM IZOLĀCIJĀS, 2) PĒTĪT MIKOVĪRUSU IETEKMI UZ FUSARIUM CIRCINATUM UN 3) PĒTĪT F. CIRCINATUM INOKULĀCIJAS IETEKMI AR MYCOVIRUS UN BEZ TĀS UZ PRIEŽU AUGIEM. ŠO MĒRĶU SASNIEGŠANA PRECIZĒS ŠĪS STRATĒĢIJAS IESPĒJAS ATTIECĪBĀ UZ SVEĶVEIDA PRIEDES CHANCRO SLIMĪBAS KONTROLI SPĀNIJĀ. (Latvian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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+Fusarium circinatum Nirenberg & O’DONNELL (teileafoirf = Gibberella Circinata) Is ascomycete circinatum Nirenberg & O’DONNELL (teileafoirf = Gibberella Circinata) an easpórtáil ascomycete an péine roisíneach (PPC, DO INISIÚIL IN ENGLISH), AISEASE go bhfuil cúiseanna LÁTHAÍOCHTA AGUS Caillte i mbolscanna agus plandálacha PINOSS, má tá sé i gcomhréir leis an pataigin MASPORTANT VIVERAS I VARIOS Paises AN DOMHAN. THÁINIG GALAR CBI AR AN EORAIP IN 2004, NUAIR A THUAIRISCIGH AN SPÁINN GO RAIBH AN PHATAIGIN I ROINNT PLANDLANNA PÉINE I ASTURIAS, AGUS I BPLANDÁLACHA I CANTABRIA. Ó SHIN I LEITH, RINNE STAIDÉIR EOLAÍOCHA ÉAGSÚLA MEASTÓIREACHT AR ÉAGSÚLACHT GHÉINITEACH NA BPOBAL FUNGAS, A BPATAIGINEACHT, AGUS RÓL ROINNT SPEICEAS FEITHIDÍ MAR VEICTEOIRÍ FÉIDEARTHA AN GHALAIR. cé gurbh iad Avondale rogha na coitianta tháinig buachaillí GCM le plean agus chuireadar I bhfeidhm é. IS MINIC A BHRAITEAR DAOINE SA PHATAIGIN SA SPÁINN, ÁIT A RAIBH 32 % DE NA HAONRAÍGH IONFHABHTAITHE LE CEANN AMHÁIN AR A LAGHAD DE NA TRÍ THRÉITHCHINEÁL VIRIC A BRAITHEADH. D’FHÉADFADH NA MÓILÍNÍ DSRNA SPREAGADH PRÓISIS HYPOVIRULENT SA FUNGAS ÓSTACH, MAR ATÁ I CRYPHONECTRIA PARASITICA, AN GNÍOMHAIRE CÚISEACH CHESTNUT CHANCRO, ATÁ Á RIALÚ GO HÉIFEACHTACH AG AN MODH SEO AR AN MOUNT. Mar sin féin, tá TESTS inoculation FIRST BY PARECATE BAILE AN éifeacht, SEO A DHÉANAMH DO DHÉANAMH NUA MICOVIRUS._x000D_ An TECECTION VIRUS a úsáidtear go rialta, mar go n-éilíonn an t-imoibriú CADENCE OF TRANSCRIPTASE INVERSE (RT-PCR) réamheolas ar an VIRUS a bhrath, agus don oiread sin níl an oiread sin inmholta chun MICOVIRUS a bhrath gan aithne i crúcaí. TRÍ ÚSÁID A BHAINT AS METAGENOMICA, LE TACAÍOCHT Ó NA TEICNEOLAÍOCHTAÍ SEICHEAMHAITHE NUA (NGS, DÁ INISEALACHA I MBÉARLA), IS FÉIDIR POBAL IOMLÁN AN ORGÁNAIGH VIRIC A CHINNEADH, LENA N-ÁIRÍTEAR MYCOVIRUS. tá _x000D_ OBHAR PRINCIPAL AN PRIOECT UISCE chun úsáid a bhaint as TECHNOLOGIES Seicheamhaithe NUA le haghaidh: (1) A AITHINT MÓILÍNÍ VIRIC ATÁ ANN CHEANA I F. LEITHLISIÚ CIRCINATUM, (2) STAIDÉAR A DHÉANAMH AR ÉIFEACHT MYCOVIRUSES AR FUSARIUM CIRCINATUM, AGUS (3) STAIDÉAR A DHÉANAMH AR ÉIFEACHT F. INOCULATION CIRCINATUM LE AGUS GAN MYCOVIRUS AR PHLANDAÍ PÉINE. TRÍ NA CUSPÓIRÍ SIN A BHAINT AMACH, SOILÉIREOFAR FÉIDEARTHACHTAÍ NA STRAITÉISE SEO MAIDIR LE RIALÚ GALAR PÉINE ROISÍNEACH CHANCRO SA SPÁINN. (Irish)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorf = GIBBERELLA CIRCINATA) je askomicet CAUSING HONGO smolenega bora (PPC, vašega inikalnega v ENGLISH), DISEASE, ki povzroča IMPORTANTNE DNEVE IN izgubljene v bojih in PINOSS PLANTATIONS, če je Ademas KONGOVALI MASPORTANTI patogen VIVERAS V VARIOS PAISES SVETU. BOLEZEN SRP JE DOSEGLA EVROPO LETA 2004, KO JE ŠPANIJA POROČALA O PRISOTNOSTI PATOGENA V VEČ DREVESNICAH BOROVCEV V ASTURIJI IN V NASADIH V KANTABRIJI. OD TAKRAT JE VEČ ZNANSTVENIH ŠTUDIJ OCENILO GENETSKO RAZNOVRSTNOST POPULACIJ GLIV, NJIHOVO PATOGENOST IN VLOGO NEKATERIH VRST ŽUŽELK KOT POTENCIALNIH VEKTORJEV BOLEZNI. _x000D_ pred kratkim, TI RAZISKOVNA GROUP DETECTEDES DRUŽENOSTNIH PREDSTAVNIKOV ORIGENOV virico dsRNA V SPANISH PUBLICATION OF F. circinatum, THREE CEPAS, ki se nanašajo na dve novi SPECIJ GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2–1 in FCMV2–2. DETEKCIJA JE BILA POGOSTA PRI ŠPANSKI POPULACIJI PATOGENA, KJER JE BILO 32 % IZOLATOV OKUŽENIH Z VSAJ ENIM OD TREH ODKRITIH SEVOV VIRIC. TE MOLEKULE DSRNA LAHKO SPROŽIJO HYPOVIRULENT PROCESE V GOSTITELJSKIH GLIVAH, KOT V CRYPHONECTRIA PARASITICA, POVZROČITELJU KOSTANJA CHANCRO, KI JE UČINKOVITO NADZOROVAN S TO METODO NA GORI. Vendar pa FIRST inokulacija TESTS BY CABO PARECATE THIS effection, KI PONUDBA NA SEARCH NOVEM MICOVIRUS._x000D_ rutinsko uporabljene VIRUS DETECTION TEHNIKACIJE, kot CADENCE REACTION INVERSE transkriptaze (RT-PCR) zahteva predhodno znanje o VIRUS, ki se odkrijejo, in za toliko niso priporočljivi za odkrivanje MICOVIRUS neznanega v trnkov. UPORABA METAGENOMICA, PODPRTA Z NOVIMI TEHNOLOGIJAMI SEKVENCIRANJA (NGS, NJENE ZAČETNICE V ANGLEŠČINI), OMOGOČA DOLOČITEV CELOTNE SKUPNOSTI ORGANIZMA VIRIC, VKLJUČNO Z MYCOVIRUSOM. _x000D_ PRINCIPALNI OBJEKTI PREDSTAVNIKOV ZA UPORABO NOVIH sekvenciranja TEHNOLOGIJE ZA: (1) OPREDELITI OBSTOJEČE MOLEKULE VIRIC V IZOLACIJAH F. CIRCINATUM, (2) PREUČITI UČINEK MIKOVIRUSOV NA FUSARIUM CIRCINATUM IN (3) PREUČITI UČINEK INOKULACIJE F. CIRCINATUM Z ZDRAVILOM MYCOVIRUS IN BREZ NJEGA NA BOROVE RASTLINE. DOSEGANJE TEH CILJEV BO POJASNILO MOŽNOSTI TE STRATEGIJE ZA OBVLADOVANJE BOLEZNI SREBRNEGA BORA CHANCRO V ŠPANIJI. (Slovenian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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+Fusarium circinatum NIRENBERG & O’DONNELL (телеоморф = GIBBERELLA CIRCINATA) е аскомицет CAUSING HONGO на смолисти борове (PPC, OF YOUR in ENGLISH), A DISEASE, който причинява важни дни и изгубени в босове И ПЛАНАЦИИ, ако Ademas CONSIDERED THE MASPORTANT Patogen OF VIVERAS IN VARIOS PAISES OF THE WORLD. БОЛЕСТТА НА ОПОР ДОСТИГНА ЕВРОПА ПРЕЗ 2004 Г., КОГАТО ИСПАНИЯ СЪОБЩИ ЗА НАЛИЧИЕТО НА ПАТОГЕНА В НЯКОЛКО БОРОВИ РАЗСАДНИЦИ В АСТУРИЯ И В ПЛАНТАЦИИ В КАНТАБРИЯ. ОТТОГАВА НЯКОЛКО НАУЧНИ ИЗСЛЕДВАНИЯ СА ОЦЕНИЛИ ГЕНЕТИЧНОТО РАЗНООБРАЗИЕ НА ПОПУЛАЦИИТЕ ОТ ГЪБИЧКИ, ТЯХНАТА ПАТОГЕННОСТ И РОЛЯТА НА НЯКОИ ВИДОВЕ НАСЕКОМИ КАТО ПОТЕНЦИАЛНИ ВЕКТОРИ НА БОЛЕСТТА. _x000D_ наскоро, тази ИЗИСКВАНЕ НА ПРЕДСТАВЯНЕТО НА ДИФЕРЕНТНА ПРОЦЕДУРА НА ОРИГЕН virico dsRNA В Испанската ПУБЛИКАЦИЯ НА F. circinatum, THREE CEPAS, които се отнасят до две нови СПЕЦИИ НА GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2—1 и FCMV2—2. ОТКРИВАНЕТО Е ЧЕСТО В ИСПАНСКАТА ПОПУЛАЦИЯ НА ПАТОГЕНА, КЪДЕТО 32 % ОТ ИЗОЛАТИТЕ СА БИЛИ ЗАРАЗЕНИ С ПОНЕ ЕДИН ОТ ТРИТЕ УСТАНОВЕНИ ЩАМА НА VIRIC. ТЕЗИ МОЛЕКУЛИ DSRNA МОГАТ ДА ПРЕДИЗВИКАТ HYPOVIRULENT ПРОЦЕСИ В ГЪБАТА ГОСТОПРИЕМНИК, КАКТО ПРИ CRYPHONECTRIA PARASITICA, ПРИЧИНИТЕЛ НА КЕСТЕН CHANCRO, КОЙТО СЕ КОНТРОЛИРА ЕФЕКТИВНО ЧРЕЗ ТОЗИ МЕТОД НА ПЛАНИНАТА. Въпреки това, първите тестове за инокулация чрез CABO PARECATE THIS effection, THAT OFFER TO THE SEARCH OF NEW MICOVIRUS._x000D_ Рутинно използваните ТЕХНИКАЦИИ за VIRUS DETECTION, тъй като CADENCE REACTION OF INVERSE транскриптаза (RT-PCR) изисква да бъдат открити предварителни познания за VIRUS, а за толкова много от тях не са препоръчителни за откриване на MICOVIRUS непознати в куки. ИЗПОЛЗВАНЕТО НА METAGENOMICA, ПОДКРЕПЕНО ОТ НОВИТЕ ТЕХНОЛОГИИ ЗА СЕКВЕНИРАНЕ (NGS, НА НЕГОВИТЕ ИНИЦИАЛИ НА АНГЛИЙСКИ ЕЗИК), ПОЗВОЛЯВА ДА СЕ ОПРЕДЕЛИ ЦЯЛАТА ВИРИКСКА ОБЩНОСТ НА ДАДЕН ОРГАНИЗЪМ, ВКЛЮЧИТЕЛНО MYCOVIRUS. _x000D_ PRINCIPAL OBJECTIVE НА ПРЕДСТАВИТЕЛЯТ НА ПРЕДСТАВИТЕЛЯТА НА ПРЕДСТАВИТЕЛЯТА НА ПРЕДСТАВИТЕЛЯТА НА ПРЕДСТАВИТЕЛИТЕ НА ПРЕДСТАВИТЕЛИТЕ НА ТЕХНОЛОГИИТЕ ЗА: (1) ИДЕНТИФИЦИРАЙТЕ СЪЩЕСТВУВАЩИТЕ ВИРУСНИ МОЛЕКУЛИ В ИЗОЛАЦИЯТА НА F. CIRCINATUM, (2) ИЗСЛЕДВАЙТЕ ЕФЕКТА НА МИКОВИРУСИТЕ ВЪРХУ FUSARIUM CIRCINATUM И (3) ИЗСЛЕДВАЙТЕ ЕФЕКТА ОТ ИНОКУЛАЦИЯТА НА F. CIRCINATUM СЪС И БЕЗ MYCOVIRUS ВЪРХУ БОРОВИТЕ РАСТЕНИЯ. ПОСТИГАНЕТО НА ТЕЗИ ЦЕЛИ ЩЕ ИЗЯСНИ ВЪЗМОЖНОСТИТЕ НА ТАЗИ СТРАТЕГИЯ ЗА КОНТРОЛ НА БОЛЕСТТА НА СМОЛИСТ БОР CHANCRO В ИСПАНИЯ. (Bulgarian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorph = GIBBERELLA CIRCINATA) huwa ONGO ta ‘l-arżnu reżinuż (PPC, TA’ Inical IN ENGLISH), A DISEASE li jikkawża l-ġranet IMPORTANTI u mitlufa fil-boks u l-PLANTATIONS PINOSS, jekk Ademas CONSIDETI IL-patoġenu MASPORTANT tal-VIVERAS FIL-PARIJIET VARIOS TAL-WORLD. IL-MARDA CFP LAĦQET L-EWROPA FL-2004, META SPANJA RRAPPURTAT IL-PREŻENZA TAL-PATOĠENU F’DIVERSI MIXTLIET TAL-ARŻNU F’ASTURIAS, U FIL-PJANTAĠĠUNI FIL-KANTABRIJA. MINN DAK IŻ-ŻMIEN ‘L HAWN, DIVERSI STUDJI XJENTIFIĊI EVALWAW ID-DIVERSITÀ ĠENETIKA TAL-POPOLAZZJONIJIET TAL-FUNGUS, IL-PATOĠENIĊITÀ TAGĦHOM, U R-RWOL TA’ XI SPEĊIJIET TA’ INSETTI BĦALA VETTURI POTENZJALI TAL-MARDA. _x000D_ reċentement, DIN GROUP RIĊERKA DETECTED IL-PRESENZA TAL-PROĊEDURI DIFFERENTI TA’ ORIGEN virico dsRNA FIL-PUBBLIZZAZZJONI SPANISJA TA’ F. circinatum, CEPAS THREE li jappartjenu għal żewġ SPECIES ġodda tal-ĠENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2–1 u FCMV2–2. ID-DETEZZJONI KIENET FREKWENTI FIL-POPOLAZZJONI SPANJOLA TAL-PATOĠENU, FEJN 32 % TAL-IŻOLATI KIENU INFETTATI MINN TAL-INQAS WAĦDA MIT-TLIET RAZEZ VIRIC MISJUBA. DAWN IL-MOLEKULI TA’ DSRNA JISTGĦU JISKATTAW PROĊESSI HYPOVIRULENT FIL-FUNGU OSPITANTI, BĦAL FIL-CRYPHONECTRIA PARASITICA, L-AĠENT KAWŻALI TA’ CHANCRO TAL-QASTAN, LI HUWA EFFETTIVAMENT IKKONTROLLAT B’DAN IL-METODU FUQ IL-MUNTANJA. Madankollu, l-inokulazzjoni FIRST TESTS BY CABO PARECATE DAN Eżekuzzjoni, LI JITLOB L-SEKK TA’ INVERSE transcriptase (RT-PCR) teħtieġ għarfien preliminari tal-VIRUS li għandhom jiġu skoperti, u għal tant mhumiex rakkomandabbli għall-iskoperta ta’ MICOVIRUS unknowledged f’ganċijiet. L-UŻU TA’ METAGENOMICA, APPOĠĠAT MIT-TEKNOLOĠIJI ĠODDA TA’ SEKWENZAR (NGS, TAL-INIZJALI TIEGĦU BL-INGLIŻ), JAGĦMILHA POSSIBBLI LI TIĠI DDETERMINATA L-KOMUNITÀ VIRIC KOLLHA TA’ ORGANIŻMU, INKLUŻ MYCOVIRUS. _x000D_ l-OBJETTIVA PRINĊIPALI TAL-PROJETTI PREŻENTI GĦANDHOM GĦANDHOM Segwenzjar NEW TECHNOLOGIES għal: (1) TIDENTIFIKA L-MOLEKULI VIRIC EŻISTENTI FL-IŻOLAMENTI TA’ F. CIRCINATUM, (2) TISTUDJA L-EFFETT TA’ MYCOVIRUSES FUQ FUSARIUM CIRCINATUM, U (3) TISTUDJA L-EFFETT TAT-TILQIMA TA’ F. CIRCINATUM BI U MINGĦAJR MYCOVIRUS FUQ IL-PJANTI TAL-ARŻNU. IL-KISBA TA’ DAWN L-GĦANIJIET SE TIĊĊARA L-POSSIBBILTAJIET TA’ DIN L-ISTRATEĠIJA GĦALL-KONTROLL TAL-MARDA TAL-ARŻNU REŻINUŻ CHANCRO FI SPANJA. (Maltese)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
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+Fusarium circinatum NIRENBERG & O'DONNELL (teleomorfo = GIBBERELLA CIRCINATA) é um ascomiceto causador de HONGO do pinheiro resinoso (PPC, do seu INICAL em INGLÊS), uma doença que causa dias importantes e perdidos em botijas e plantas de pinosso, se ADEMAS considerou o patógeno MASPORTANTE DE VIVERAS em VARIOS PAISES DO MUNDO. A DOENÇA DA PCP ALCANÇOU A EUROPA EM 2004, QUANDO A ESPANHA COMUNICOU A PRESENÇA DOS PATOGÉNIOS EM VÁRIOS NURSÉRIOS DE PINHOS EM ASTURIAS E EM PLANTAÇÕES NA CANTÁBRIA. Desde então, vários estudos científicos avaliaram a diversidade genética das populações de fungos, a sua patogenicidade e o papel de algumas espécies de insectos como potenciais vectores da doença. _x000D_ recentemente, ESTE GRUPO DE INVESTIGAÇÃO DETETOU A PRESENÇA DE DIFERENTES PROCEDIMENTOS DE ORIGEM virico dsRNA NA PUBLICAÇÃO ESPANHA DE F. circinatum, TRÊS CEPAS que pertencem a duas novas espécies de GENERO MITOVIRUS, FUSARIUM circinatum MITOVIRUS 1 (FCMV1), FCMV2-1 e FCMV2-2. A DETEÇÃO FOI FREQUENTE NA POPULAÇÃO ESPANHA DO PATOGÉNIO, EM QUE 32 % DOS ISOLATOS FOI INFECTADO PELO MENOS POR UMA DAS TRÊS ENTRADAS VIRICAS DETETADAS. Estes fungos de DSRNA podem provocar processos hipovoluentes no fungo hospedeiro, como na Criphonectria Parasita, agente de causa do Chancro de CHESTNUT, que é eficazmente controlado por este método no monte. No entanto, os PRIMEIROS TESTES DE INoculação POR CABO PARECAM ESTA EFICÁCIA, QUE OFERECEM À PESQUISA DO NOVO MICOVIRUS._x000D_ As TECNICAÇÕES DE DETEÇÃO DE VÍRUS rotineiramente utilizadas, uma vez que a REAÇÃO DE CADENÇA DA TRANSCRIPTASE INVERSE (RT-PCR) requer um conhecimento preliminar do VÍRUS a ser detetado, e para tantos não são aconselháveis para a deteção de MICOVIRUS não reconhecido em ganchos. A utilização da METAGENOMICA, apoiada pelas novas tecnologias sequenciais (NGS, dos seus princípios em inglês), torna possível a determinação de toda a comunidade vírica de um orgânico, incluindo o micóviro. _x000D_ O OBJETIVO PRINCIPAL DO PRESENTE PROJETO É UTILIZAR NOVAS TECNOLOGIAS DE sequenciação PARA: (1) IDENTIFICAR AS MOLÉCULAS VIRICAS EXISTENTES EM F. ISOLAÇÕES CIRCINÁTICAS, (2) ESTUDAR O EFEITO DOS MICOVÍRIOS SOBRE O CIRCINATO DE FUSÁRIO E (3) ESTUDAR O EFEITO DA INOCULAÇÃO DE F. CIRCINÁTRIO COM E SEM MICOVÍRIO EM PLANTAS DE PINHO. A realização destes objectivos clarificará as possibilidades desta estratégia para o controlo da doença do cancro do pinheiro resinosa em Espanha. (Portuguese)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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+Fusarium circinatum NIRENBERG & O'DONNELL (teleomorph = GIBBERELLA CIRCINATA) er en ascomycete CAUSING HONGO af den harpiksholdige fyr (PPC, AF DIN inical I DANSK), en DISEASE, der forårsager IMPORTANT DAYS OG Lost i bosks og PINOSS PLANTATIONS, hvis Ademas CONSIDER DET MASPORTANT patogen af VIVERAS I VARIOS PAISES AF VERLDEN. CFP SYGDOM NÅEDE EUROPA I 2004, DA SPANIEN RAPPORTEREDE TILSTEDEVÆRELSEN AF PATOGENET I FLERE FYRRETRÆER I ASTURIEN OG I PLANTAGER I CANTABRIA. SIDEN DA HAR FLERE VIDENSKABELIGE UNDERSØGELSER EVALUERET SVAMPEPOPULATIONERNES GENETISKE MANGFOLDIGHED, DERES PATOGENICITET OG VISSE INSEKTARTERS ROLLE SOM POTENTIELLE VEKTORER FOR SYGDOMMEN. _x000D_ for nylig, DENNE RESEARCH GROUP DETECTED PRESENCE af DIFFERENT PROCEDURES OF ORIGEN virico dsRNA i SPANISH PUBLICATION OF F. circinatum, THREE CEPAS, der vedrører to nye SPECIER AF GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2-1 og FCMV2-2. PÅVISNINGEN HAR VÆRET HYPPIG I DEN SPANSKE POPULATION AF PATOGENET, HVOR 32 % AF ISOLATERNE BLEV INFICERET MED MINDST ÉN AF DE TRE PÅVISTE VIRIC-STAMMER. DISSE DSRNA MOLEKYLER KUNNE UDLØSE HYPOVIRULENT PROCESSER I VÆRTSSVAMPEN, SOM I CRYPHONECTRIA PARASITICA, KASTANJEMIDDEL CHANCRO, SOM EFFEKTIVT KONTROLLERES AF DENNE METODE PÅ MOUNT. Men de første inokulationstests af CABO PARECATE DENNE effekt, DET OFFER TIL NYE MICOVIRUS._x000D_ De rutinemæssigt anvendte VIRUS DETECTION TEKHNIKATIONER, da KADENCE REACTION OF INVERSE transkriptase (RT-PCR) kræver en foreløbig viden om VIRUS at blive opdaget, og for så mange er ikke tilrådeligt til påvisning af MICOVIRUS uvidende i kroge. ANVENDELSEN AF METAGENOMICA, UNDERSTØTTET AF DEN NYE SEKVENTERINGSTEKNOLOGI (NGS, AF DENS INITIALER PÅ ENGELSK), GØR DET MULIGT AT BESTEMME HELE DET VIRISKE FÆLLESSKAB AF EN ORGANISME, HERUNDER MYCOVIRUS. _x000D_ PRINCIPAL OBJECTIVE FOR PRESENT PROJEKTET er at anvende nye sekventering TEKNOLOGIER TIL: (1) IDENTIFICERE EKSISTERENDE VIRIC MOLEKYLER I F. CIRCINATUM ISOLATIONER, (2) UNDERSØGE VIRKNINGEN AF MYCOVIRUS PÅ FUSARIUM CIRCINATUM, OG (3) UNDERSØGE EFFEKTEN AF F. CIRCINATUM PODNING MED OG UDEN MYCOVIRUS PÅ FYRRETRÆER. OPFYLDELSEN AF DISSE MÅL VIL PRÆCISERE MULIGHEDERNE FOR DENNE STRATEGI FOR BEKÆMPELSE AF HARPIKSFYR CHANCRO-SYGDOM I SPANIEN. (Danish)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorf = GIBBERELLA CIRCINATA) este un HONGO ascomycete CAUSING al pinului rășinos (PPC, OF YOUR inical in ENGLISH), o DISEAZĂ care provoacă zile IMPORTANTE ȘI Pierderea în boskuri ȘI PLANTAȚII PINOSS, în cazul în care Ademas a CONSIDERAT agentul patogen al VIVERASULUI MASPORTANT al VARIOS PAISES ale WORLD. BOALA PCP A AJUNS ÎN EUROPA ÎN 2004, CÂND SPANIA A RAPORTAT PREZENȚA AGENTULUI PATOGEN ÎN MAI MULTE PEPINIERE DE PIN DIN ASTURIAS ȘI ÎN PLANTAȚIILE DIN CANTABRIA. DE ATUNCI, MAI MULTE STUDII ȘTIINȚIFICE AU EVALUAT DIVERSITATEA GENETICĂ A POPULAȚIILOR DE CIUPERCI, PATOGENITATEA ACESTORA ȘI ROLUL UNOR SPECII DE INSECTE CA VECTORI POTENȚIALI AI BOLII. _x000D_ recent, această grupă de cezari a dezvoltat PRESENȚA PROCEDURILOR DIFERENTE ale ORIGEN virico dsRNA în PUBLICAREA SPANIA F. circinatum, trei CEPAS care se referă la două noi SPECIES DE GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2-1 și FCMV2-2. DETECTAREA A FOST FRECVENTĂ LA POPULAȚIA SPANIOLĂ A AGENTULUI PATOGEN, UNDE 32 % DINTRE IZOLATE AU FOST INFECTATE CU CEL PUȚIN UNA DINTRE CELE TREI TULPINI VIRICE DETECTATE. ACESTE MOLECULE DE DSRNA AR PUTEA DECLANȘA PROCESELE HYPOVIRULENT ÎN CIUPERCA GAZDĂ, CA ȘI ÎN CRYPHONECTRIA PARASITICA, AGENTUL CAUZAL AL CASTANEI CHANCRO, CARE ESTE CONTROLAT EFICIENT PRIN ACEASTĂ METODĂ PE MUNTE. Cu toate acestea, primele teste de inoculare ale CABO PARECAT ACEASTA efect, CĂ OFFER LA SEARCH OF NOW MICOVIRUS._x000D_ Tehnologiile de DETECȚIE VIRUS utilizate în mod curent, deoarece REACȚIUNEA CADENȚEI DE INVERSE transcriptase (RT-PCR) necesită o cunoaștere preliminară a VIRUS-urilor care trebuie detectate, iar pentru atât de mulți nu sunt recomandabile pentru detectarea MICOVIRUS necunoscuți în cârlige. UTILIZAREA METAGENOMICA, SUSȚINUTĂ DE NOILE TEHNOLOGII DE SECVENȚIERE (NGS, A INIȚIALELOR SALE ÎN LIMBA ENGLEZĂ), PERMITE DETERMINAREA ÎNTREGII COMUNITĂȚI VIRICE A UNUI ORGANISM, INCLUSIV MYCOVIRUS. _x000D_ OBJECTIVUL PRINCIPAL al PREZENTULUI PROIECT este de a folosi o nouă secvențiere a tehnologiei pentru: (1) IDENTIFICAȚI MOLECULELE VIRIC EXISTENTE ÎN IZOLĂRILE F. CIRCINATUM, (2) STUDIAȚI EFECTUL MICOVIRUSURILOR ASUPRA CIRCINATUMULUI FUSARIUM ȘI (3) STUDIAȚI EFECTUL INOCULĂRII CU F. CIRCINATUM CU ȘI FĂRĂ MYCOVIRUS ASUPRA PLANTELOR DE PIN. REALIZAREA ACESTOR OBIECTIVE VA CLARIFICA POSIBILITĂȚILE ACESTEI STRATEGII DE CONTROL AL BOLII CHANCRO DE PIN RĂȘINOASE ÎN SPANIA. (Romanian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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@@ Property / summary @@
+Fusarium circinatum NIRENBERG & O’DONNELL (teleomorf = GIBBERELLA CIRCINATA) är en ascomycete CAUSING HONGO av den hartshaltiga tallen (PPC, OF YOUR in ENGLISH), en DISEASE som orsakar IMPORTANTA DAGAR OCH Förlorade i bosks och PINOSS PLANTATIONER, om Ademas CONSIDERED DEN MASPORTANTA patogenen av VIVERAS I VARIOS PAISES of the WORLD. DEN GEMENSAMMA FISKERIPOLITIKENS SJUKDOM NÅDDE EUROPA 2004, NÄR SPANIEN RAPPORTERADE FÖREKOMSTEN AV PATOGENEN I FLERA PLANTSKOLOR AV TALL I ASTURIEN OCH I PLANTAGER I KANTABRIEN. SEDAN DESS HAR FLERA VETENSKAPLIGA STUDIER UTVÄRDERAT SVAMPPOPULATIONERNAS GENETISKA MÅNGFALD, DERAS PATOGENITET OCH VISSA INSEKTSARTERS ROLL SOM POTENTIELLA VEKTORER FÖR SJUKDOMEN. _x000D_ nyligen, THIS RESEARCH GROUP DETECTED THE PRESENCE of DIFFERENT PROCEDURES OF ORIGEN Virico dsRNA I THE SPANISH PUBLICATION OF F. circinatum, TRE CEPAS som hänför sig till två nya SPECIES of GENERO MITOVIRUS, Fusarium circinatum MITOVIRUS 1 (FCMV1), FCMV2–1 och FCMV2–2. DET HAR FÖREKOMMIT FREKVENT UPPTÄCKT I DEN SPANSKA POPULATIONEN AV PATOGENEN, DÄR 32 % AV ISOLATEN SMITTADES AV MINST EN AV DE TRE VIRIC-STAMMARNA SOM PÅVISATS. DESSA DSRNA MOLEKYLER KAN UTLÖSA HYPOVIRULENT PROCESSER I VÄRDSVAMPEN, SOM I CRYPHONECTRIA PARASITICA, KAUSAL AGENTEN FÖR KASTANJ CHANCRO, SOM EFFEKTIVT KONTROLLERAS AV DENNA METOD PÅ MOUNT. Men de första inokuleringstesterna av CABO PARECATE THIS effekt, ATT OFFER TO THE SEARCH OF NEW MICOVIRUS._x000D_ De rutinmässigt använda VIRUS DETECTION TECHNICATIONER, som CADENCE REACTION OF INVERSE transkriptas (RT-PCR) kräver att en preliminär kunskap om VIRUS ska detekteras, och för så många är inte tillrådligt för upptäckt av MICOVIRUS okänt i krokar. ANVÄNDNINGEN AV METAGENOMICA, MED STÖD AV DEN NYA SEKVENSERINGSTEKNIKEN (NGS, AV DESS INITIALER PÅ ENGELSKA), GÖR DET MÖJLIGT ATT FASTSTÄLLA HELA VIRIC-GEMENSKAPEN FÖR EN ORGANISM, INKLUSIVE MYCOVIRUS. _x000D_ PRINCIPAL OBJEKTIV AV PRESENT PROJEKT är att använda ny sekvenseringsTEKNOLOGIER FÖR: (1) IDENTIFIERA BEFINTLIGA VIRIC MOLEKYLER I F. CIRCINATUM ISOLERINGAR, (2) STUDERA EFFEKTEN AV MYKOVIRUS PÅ FUSARIUM CIRCINATUM, OCH (3) STUDERA EFFEKTEN AV F. CIRCINATUM INOKULERING MED OCH UTAN MYCOVIRUS PÅ TALLPLANTOR. UPPNÅENDET AV DESSA MÅL KOMMER ATT KLARGÖRA MÖJLIGHETERNA MED DENNA STRATEGI FÖR BEKÄMPNING AV HARTSARTADE TALLKARCINER I SPANIEN. (Swedish)
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@@ Property / postal code: 34004 / rank @@
+Normal rank
@@ Property / contained in NUTS @@
+Palencia Province
@@ Property / contained in NUTS: Palencia Province / rank @@
+Normal rank
@@ Property / contained in NUTS: Palencia Province / qualifier @@
+inferred from: postal code
@@ Property / contained in Local Administrative Unit @@
+Palencia
@@ Property / contained in Local Administrative Unit: Palencia / rank @@
+Normal rank
@@ Property / contained in Local Administrative Unit: Palencia / qualifier @@
+inferred from: postal code
@@ Property / coordinate location @@
+°0'4.21"N, 4°31'22.91"WLatitude 42.00116785
Longitude -4.5230273821429
Precision 1.0E-5
Globe http://www.wikidata.org/entity/Q2
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@@ Property / coordinate location: 42°0'4.21"N, 4°31'22.91"W / rank @@
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@@ Property / coordinate location: 42°0'4.21"N, 4°31'22.91"W / qualifier @@
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@@ Property / budget @@
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+December 2023Timestamp +2023-12-20T00:00:00Z
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+Normal rank

Latest revision as of 09:55, 10 October 2024

Project Q3184827 in Spain

Language	Label	Description	Also known as
English	NEW SEQUENCING TECHNOLOGIES (NGS) FOR THE STUDY OF MYCOVIRUSES IN FUSARIUM CIRCINATUM	Project Q3184827 in Spain

Statements

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72,472.95 Euro

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budget

133,100.0 Euro

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co-financing rate

54.45 percent

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start time

1 January 2016

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end time

31 December 2019

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beneficiary name (string)

UNIVERSIDAD DE VALLADOLID

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beneficiary

Q3135072

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intervention field

Research and innovation activities in public research centres and centres of competence including networking

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programme

Multi-regional Spain - ERDF

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fund

European Regional Development Fund

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coordinate location

42°0'4.21"N, 4°31'22.91"W

inferred from

postal code

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postal code

34004

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summary

FUSARIUM CIRCINATUM NIRENBERG & O'DONNELL (TELEOMORFO = GIBBERELLA CIRCINATA) ES UN HONGO ASCOMICETO CAUSANTE DEL CHANCRO RESINOSO DEL PINO (PPC, DE SUS INICIALES EN INGLES), UNA ENFERMEDAD QUE CAUSA IMPORTANTES DAÑOS Y PERDIDAS EN BOSQUES Y PLANTACIONES DE PINOS, SIENDO ADEMAS CONSIDERADO EL PATOGENO MAS IMPORTANTE DE VIVEROS EN VARIOS PAISES DE TODO EL MUNDO. LA ENFERMEDAD DEL PPC LLEGO A EUROPA EN EL AÑO 2004, CUANDO ESPAÑA NOTIFICO LA PRESENCIA DEL PATOGENO EN VARIOS VIVEROS DE PINOS EN ASTURIAS, Y EN PLANTACIONES DE CANTABRIA. DESDE ENTONCES, DIVERSOS ESTUDIOS CIENTIFICOS HAN EVALUADO LA DIVERSIDAD GENETICA DE LAS POBLACIONES DEL HONGO, SU PATOGENICIDAD, Y EL PAPEL DE ALGUNAS ESPECIES DE INSECTOS COMO POSIBLES VECTORES DE LA ENFERMEDAD. _x000D_ RECIENTEMENTE, ESTE GRUPO DE INVESTIGACION HA DETECTADO LA PRESENCIA DE DIFERENTES MOLECULAS DE DSRNA DE ORIGEN VIRICO EN ALGUNOS AISLAMIENTOS DE LA POBLACION ESPAÑOLA DE F. CIRCINATUM, TRES CEPAS QUE PERTENECEN A DOS NUEVAS ESPECIES DEL GENERO MITOVIRUS, FUSARIUM CIRCINATUM MITOVIRUS 1 (FCMV1), FCMV2- 1 Y FCMV2-2. LA DETECCION HA SIDO FRECUENTE EN LA POBLACION ESPAÑOLA DEL PATOGENO, DONDE UN 32% DE LOS AISLAMIENTOS ESTABAN INFECTADOS POR AL MENOS UNA DE LAS TRES CEPAS VIRICAS DETECTADAS. ESTAS MOLECULAS DE DSRNA PODRIAN DESENCADENAR PROCESOS HIPOVIRULENTOS EN EL HONGO HOSPEDANTE, COMO OCURRE EN CRYPHONECTRIA PARASITICA, EL AGENTE CAUSAL DEL CHANCRO DEL CASTAÑO, QUE ES CONTROLADO EFICAZMENTE CON ESTE METODO EN EL MONTE. SIN EMBARGO, LAS PRIMERAS PRUEBAS DE INOCULACION LLEVADAS A CABO PARECEN DESCARTAR ESTE EFECTO, LO QUE NOS OBLIGA A LA BUSQUEDA DE NUEVOS MICOVIRUS._x000D_ LAS TECNICAS DE DETECCION DE VIRUS RUTINARIAMENTE UTILIZADAS, COMO LA REACCION EN CADENA DE LA POLIMERASA CON TRANSCRIPTASA INVERSA (RT-PCR) REQUIEREN DE UN CONOCIMIENTO PREVIO DEL VIRUS PARA SER DETECTADO, Y POR TANTO NO SON ACONSEJABLES PARA LA DETECCION DE MICOVIRUS DESCONOCIDOS EN HONGOS. LA UTILIZACION DE LA METAGENOMICA, APOYADA EN LAS NUEVAS TECNOLOGIAS DE SECUENCIACION (NGS, DE SUS INICIALES EN INGLES), POSIBILITA DETERMINAR TODA LA COMUNIDAD VIRICA DE UN ORGANISMO, INCLUYENDO MICOVIRUS. _x000D_ EL OBJETIVO PRINCIPAL DEL PRESENTE PROYECTO ES UTILIZAR LAS NUEVAS TECNOLOGIAS DE SECUENCIACION PARA: (1) IDENTIFICAR LAS MOLECULAS VIRICAS EXISTENTES EN LOS AISLAMIENTOS DE F. CIRCINATUM, (2) ESTUDIAR EL EFECTO DE LOS MICOVIRUS SOBRE FUSARIUM CIRCINATUM, Y (3) ESTUDIAR EL EFECTO DE LA INOCULACION DE F. CIRCINATUM CON Y SIN MICOVIRUS SOBRE PLANTULAS DE PINO. LA CONSECUCION DE ESTOS OBJETIVOS CLARIFICARA LAS POSIBILIDADES DE ESTA ESTRATEGIA PARA EL CONTROL LA ENFERMEDAD DEL CHANCRO RESINOSO DEL PINO EN ESPAÑA. (Spanish)

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Fusarium circinatum NIRENBERG & O'DONNELL (teleomorph = GIBBERELLA CIRCINATA) is an ascomycete CAUSING HONGO of the resinous pine (PPC, OF YOUR INICAL IN ENGLISH), A DISEASE that causes IMPORTANT DAYS AND Lost IN BOSKS AND PINOSS PLANTATIONS, if ADEMAS CONSIDERED THE MASPORTANT pathogen OF VIVERAS IN VARIOS PAISES OF THE WORLD. CFP DISEASE REACHED EUROPE IN 2004, WHEN SPAIN REPORTED THE PRESENCE OF THE PATHOGEN IN SEVERAL PINE NURSERIES IN ASTURIAS, AND IN PLANTATIONS IN CANTABRIA. SINCE THEN, SEVERAL SCIENTIFIC STUDIES HAVE EVALUATED THE GENETIC DIVERSITY OF THE FUNGUS POPULATIONS, THEIR PATHOGENICITY, AND THE ROLE OF SOME INSECT SPECIES AS POTENTIAL VECTORS OF THE DISEASE. _x000D_ recently, THIS RESEARCH GROUP DETECTED THE PRESENCE OF DIFFERENT PROCEDURES OF ORIGEN virico dsRNA IN THE SPANISH PUBLICATION OF F. circinatum, THREE CEPAS that pertain to two new SPECIES OF GENERO MITOVIRUS, FUSARIUM circinatum MITOVIRUS 1 (FCMV1), FCMV2-1 and FCMV2-2. DETECTION HAS BEEN FREQUENT IN THE SPANISH POPULATION OF THE PATHOGEN, WHERE 32 % OF THE ISOLATES WERE INFECTED BY AT LEAST ONE OF THE THREE VIRIC STRAINS DETECTED. THESE DSRNA MOLECULES COULD TRIGGER HYPOVIRULENT PROCESSES IN THE HOST FUNGUS, AS IN CRYPHONECTRIA PARASITICA, THE CAUSAL AGENT OF CHESTNUT CHANCRO, WHICH IS EFFECTIVELY CONTROLLED BY THIS METHOD ON THE MOUNT. However, the FIRST INoculation TESTS BY CABO PARECATE THIS EFFECTION, THAT OFFER TO THE SEARCH OF NEW MICOVIRUS._x000D_ The routinely used VIRUS DETECTION TECHNICATIONS, as the CADENCE REACTION OF INVERSE TRANSCRIPTASE (RT-PCR) requires a preliminary knowledge of the VIRUS to be detected, and for so many are not advisable for the detection of MICOVIRUS unknowledged in hooks. THE USE OF METAGENOMICA, SUPPORTED BY THE NEW SEQUENCING TECHNOLOGIES (NGS, OF ITS INITIALS IN ENGLISH), MAKES IT POSSIBLE TO DETERMINE THE ENTIRE VIRIC COMMUNITY OF AN ORGANISM, INCLUDING MYCOVIRUS. _x000D_ the PRINCIPAL OBJECTIVE OF THE PRESENT PROJECT IS TO USE NEW Sequencing TECHNOLOGIES FOR: (1) IDENTIFY EXISTING VIRIC MOLECULES IN F. CIRCINATUM ISOLATIONS, (2) STUDY THE EFFECT OF MYCOVIRUSES ON FUSARIUM CIRCINATUM, AND (3) STUDY THE EFFECT OF F. CIRCINATUM INOCULATION WITH AND WITHOUT MYCOVIRUS ON PINE PLANTS. THE ACHIEVEMENT OF THESE OBJECTIVES WILL CLARIFY THE POSSIBILITIES OF THIS STRATEGY FOR THE CONTROL OF RESINOUS PINE CHANCRO DISEASE IN SPAIN. (English)

NEW SEQUENCING TECHNOLOGIES (NGS) FOR THE STUDY OF MYCOVIRUSES IN FUSARIUM CIRCINATUM (Q3184827): Difference between revisions

Latest revision as of 09:55, 10 October 2024

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