Rechercher | lhub-ulb

Le Laboratoire Hospitalier Universitaire de Bruxelles (LHUB-ULB) est le laboratoire commun et acteur de référence en biologie clinique au sein du réseau hospitalier Ville de Bruxelles/Université libre de Bruxelles.<a class="btn" href="/fr/genese" title="En découvrir plus">En découvrir plus</a>, Laboratoire Hospitalier Universitaire de Bruxelles, Laboratoire Hospitalier Universitaire de Bruxelles

Laboratoire Hospitalier Universitaire de Bruxelles

with the support of  <img alt="" data-entity-type="" data-entity-uuid="" height="88" 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" width="295" /> Institut Jules Bordet (auditoire NB-RH 16.109)  Rue Meylemeersch 90 - 1070 Anderlecht 08:30· Accueil 08:55· Introduction | Olivier Vandenberg, LHUB-ULB                             Session 1: Oncologie et médecine de laboratoire                             Chairman:  Frédéric Cotton, LHUB-ULB                             09:00· WHO perspective on the contribution of academic clinical laboratories in cancer research                                         Prof. Zisis Kozlakidis, MD, PhD, Head, Laboratory Services and Biobanking at International                                         Agency for Research on Cancer (IARC), WHO, Lyon, France                             09:45. The Role of Laboratory Medicine in Precision oncology: future or illusion?                                         Marc Van Den Bulcke, Head Cancer Centre, Sciensano, Brussels, Belgium                             10:15 . Biomarqueurs tissulaires et circulants en oncologie: progrès, limitations et espoirs                                          du clinicien                                          Yassine Lalami, Clinique d'oncologie médicale, Institut Jules Bordet Coffee break (10:45-11:15) 11:15 . Les syndromes paranéoplasiques              Julie Smets Service d’immunologie, LHUB-ULB 11:45 . Cytométrie en flux et proliférations suspectes en hématologie              Valéry Daubie & Hussein Farhat, Service d’hématologie, LHUB-ULB Lunch break & Sponsors exhibition (12:15-13:30)                              Session 2: Caractéristiques uniques du laboratoire universitaire                              Chairman:  Olivier Vandenberg, LHUB-ULB 13:30 . Contribution de la grappe Optilab Montréal CHUM aux activités de l'Université              de Montréal              Christian Lavallée, MD, MSc, FRCPC, Directeur médical, Grappe OPTILAB Montréal CHUM,              Université de Montréal 14:15 . Contribution du LHUB-ULB aux missions fondamentale de l'Université.  Etat des lieux              et attente du Pôle Santé de l'Université libre de Bruxelles              Olivier Vandenberg, Unité de Recherche et d'InnovationTechnologique (UNRIT), LHUB-ULB 14:45 . Le LHUB-ULB au coeur d'un réseau européen des maladies hématologiques rares:              stop ou encore              Béatrice Gulbis, LHUB-ULB 15:30 . Conclusions | Anne Demulder, LHUB-ULB , LHUB-ULB annual symposium, LHUB-ULB annual symposium

LHUB-ULB annual symposium

Le LHUB-ULB signe un partenariat de renforcement des capacités de laboratoire avec l’hôpital Général de Référence de Panzi, Bukavu, République Démocratique du Congo Le LHUB-ULB et le laboratoire de l’hôpital Général de Référence de Panzi ont décidé de mettre en commun leurs compétences pour renforcer l’accès aux analyses de biologie clinique à la population du Sud-Kivu. Dans ce cadre, les deux laboratoires ont convenu de travailler conjointement à l’implémentation de nouvelles technologies, l’étude de l’impact clinique de nouveaux outils de diagnostic, l’aide à la surveillance en Santé publique ou le support à l'établissement de plans architecturaux  Outre l’amélioration de la qualité du service offert au patient, l’objectif de cette collaboration est aussi de faciliter et poursuivre les collaborations scientifiques et académiques existant depuis plusieurs années entre nos deux laboratoires. Raison pour laquelle les deux institutions organiseront des séjours d’échanges permettant à son personnel d’être confronté aux réalités de terrain que rencontre le partenaire mais aussi des séances de suivi par video-conférence ou encore un symposium commun au cours de l’année académique 2022-2023. , Le LHUB-ULB à Bukavu en RDC, Le LHUB-ULB à Bukavu en RDC

Le LHUB-ULB à Bukavu en RDC

Par le biais de l'association Vésale, la Loterie Nationale soutient la recherche sur le Covid-19 au CHU Saint-Pierre et au LHUB-ULB. Une équipe de la Loterie Nationale est récemment venue en nos locaux pour réaliser un reportage sur le sujet. Celui-ci a été diffusé après le JT de la RTBF.  Retrouvez le reportage via ce lien sur notre chaine <a href="https://www.youtube.com/watch?v=AU2vMOv-sUg&list=PLXOFtZImGDfYT7QUTX7cyjK4_oy0swoUg&index=4&t=2s" tabindex="-1" target="_blank">YouTube</a>.  , La Loterie Nationale soutient la recherche menée par le LHUB-ULB, La Loterie Nationale soutient la recherche menée par le LHUB-ULB

La Loterie Nationale soutient la recherche menée par le LHUB-ULB

Le service de microbiologie du LHUB-ULB est en charge des analyses de laboratoire effectuées lors de la prise en charge préventive, diagnostique et thérapeutique des patients atteints de maladies infectieuses. Dans ce cadre, notre mission consiste à rendre des résultats de qualité dans un délai de réponse optimisé en promouvant efficience, technologies de pointe, expertise et multidisciplinarité, et interactions fortes avec les cliniciens de nos hôpitaux partenaires. Le service est constitué de <a href="#">6 cliniques et unités médicales</a>, et déploie ses activités sur chacun de nos 4 centres d’activité. Le service exerce également des activités d’expertise dans l’étude et la surveillance de certaines infections en Belgique, et héberge <a href="#">4 centres nationaux de référence</a>. Il conduit par ailleurs des projets de recherche dans les domaines du diagnostic, de l’épidémiologie et de la résistance aux anti-infectieux. , Microbiologie, Microbiologie

Microbiologie

Dans le cadre de la stratégie fédérale pour lutter contre la pandémie de Covid-19 des autotest seront disponibles à destination du grand-public à partir du 6 avril 2021.   Notre collègue Nicolas Yin a été interviewé par la chaine d'information continue LN24 pour détailler les avantages et les limites de cet autotest.  Retrouvez son intervention en suivant le lien ci-dessous : <a href="https://www.ln24.be/2021-03-30/autotests-vers-un-retour-la-vie-davant" tabindex="-1">https://www.ln24.be/2021-03-30/autotests-vers-un-retour-la-vie-davant</a> , Notre collègue Nicolas Yin interviewé sur LN24, Notre collègue Nicolas Yin interviewé sur LN24

Notre collègue Nicolas Yin interviewé sur LN24

La prégabaline est de plus en plus prescrite dans les indications pour laquelle elle est approuvée mais, en parallèle, de nombreuses études signalent une augmentation de sa prescription off-label ou de son utilisation visée récréative. De plus en plus de marqueurs témoignent aujourd’hui de troubles de l’usage et de phénomènes d’addiction directement associés à sa consommation : prises de doses supra-thérapeutiques, ordonnances falsifiées, poly-consommation (principalement en association avec des opioïdes), et on observe un nombre croissant d’admissions hospitalières, de dépression respiratoires et de décès associés. Les données épidémiologiques nationales sont limitées mais également probablement sous-estimées, du fait de l’absence de recherche systématique de cette substance à l’heure actuelle. <o:p></o:p>A partir de ce 29 juillet 2024, la recherche de prégabaline dans les urines sera réalisée au corelab de chimie en urgence, 24h/24, comme l’ensemble des autres screenings de drogues déjà disponibles. Tout screening positif (> 500 ng/mL) sera confirmé au laboratoire de biochimie spéciale par technique chromatographique (UPLC-MS/MS). <o:p></o:p>Voici les informations utiles :<o:p></o:p><ul><li>Conditions pré-analytiques :<o:p></o:p><ul><li>Stabilité de 7 jours à 2-8°C, 6 mois à -20°C<o:p></o:p></li><li>Volume minimum d’urine nécessaire : 1 mL <o:p></o:p></li></ul></li><li>Le pH et la créatinine urinaires seront réalisées systématiquement <o:p></o:p></li><li>Coût : analyses remboursées par l’INAMI (code 547794 – 547805, B 250, Maximum 5).<o:p></o:p></li></ul>Nous restons à votre disposition pour toute information complémentaire.<o:p></o:p>Bien cordialement,<o:p></o:p>Fanny Ponthieux                                               Mathieu Antoine                                         Frédéric Cotton fanny.ponthieux@lhub-ulb.be<o:p></o:p>, Nouvelle analyse de toxicologie : recherche de Prégabaline urinaire (kit Pregabalin II Assay, ARK Diagnostics), Nouvelle analyse de toxicologie : recherche de Prégabaline urinaire (kit Pregabalin II Assay, ARK Diagnostics)

Nouvelle analyse de toxicologie : recherche de Prégabaline urinaire (kit Pregabalin II Assay, ARK Diagnostics)

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Notre collègue Olivier Vandenberg a été interviewé par La Libre pour un article sur le testing publié mercredi passé.  Retrouvez l'article <a href="https://www.lalibre.be/belgique/societe/2021/11/24/la-hausse-des-demandes-de-tests-rapides-couplee-au-manque-de-personnel-inquiete-les-laboratoires-trop-durgence-tue-lurgence-25GPFE5L5BAX5MH5IEEV3Z7Z5E/" tabindex="-1" target="_blank">en ligne</a> ou au format <a href="https://intranet.lhub-ulb.be/system/files/article-la-libre.pdf" tabindex="-1" target="_blank">pdf</a>.  , Olivier Vandenberg dans La Libre, Olivier Vandenberg dans La Libre

Olivier Vandenberg dans La Libre

Le service péri-analytique a pour mission la réception, le tri, la mise à disposition des prélèvements au sein des services analytiques et la transmission des résultats. C’est une équipe de 60 personnes repartie sur l’ensemble des centres d’activité du laboratoire forte d’une expertise reconnue et de connaissances spécifiques. Vitrine même du laboratoire vis-à-vis des prescripteurs, les centres de tri sont en lien étroit avec les centres de prélèvements des hôpitaux, les maisons médicales et les autres laboratoires faisant appel au LHUB-ULB. , Péri-analytique, Péri-analytique

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