At the forefront of innovation in diagnostic solutions, QuidelOrtho is proud to showcase our commitment to excellence at the ESCMID Global 2024. Our focus on diagnostic stewardship reflects our dedication to advancing healthcare through responsible and effective diagnostic practices.
At QuidelOrtho we aim to enhance the quality, safety, and value of diagnostic testing by optimizing resource management, ensuring that patients receive timely and accurate diagnostics, leading to optimal treatment decisions and improved clinical outcomes.
Come and visit us on booth #B12 to explore the world of QuidelOrtho, where precision meets innovation, and learn how our innovative POC and Core Lab testing platforms are revolutionizing diagnostic stewardship, empowering healthcare professionals to deliver timely and accurate care
With our deep expertise in near-patient settings – from clinics and urgent cares, to physicians’ offices, pharmacies, and even the home, QuidelOrtho provides versatile platforms, designed for seamless integration in any healthcare setting, ensuring accessibility wherever you and your patient may be.
Deliver trusted results quickly so that clinicians can make confident decisions and provide fast, effective treatment for patients. Whether in the central lab or stat lab, from benchtop molecular to bedside immunoassay, our comprehensive portfolio ensures a solution tailored to meet your specific needs.
Experience a true collaboration for responsible diagnostic stewardship. QuidelOrtho stands out as your ideal partner in advancing diagnostic practices. Discover how our commitment to diagnostic stewardship, through strategic test utilization and educational initiatives, makes us the trusted choice for healthcare facilities
Savanna®: Transforming the power of molecular diagnostics at the POC
QuidelOrtho Heritage in POC, empowering Health Care Decisions. Due to its smart design and syndrome-base concept, it delivers the most relevant respiratory test results in about 20 min, truly guiding fast decisions, and thereby optimizing resource management and patient outcomes.
Solana®: Simple Molecular Diagnostics for Microbiology Labs
Solana is a simplified molecular testing platform that helps make molecular diagnostics faster and easier than ever without sacrificing performance. Solana combines QuidelOrtho’s proprietary helicase-dependent amplification (HDA) with fluorescence detection to quickly deliver results you can trust.
Sofia® 2: Objective and accurate rapid antigen testing for respiratory and infectious diseases
The Sofia 2 platform uses an advanced immunofluorescence technology that combines intuitive software, fluorescent chemistry and lateral flow technology to automatically deliver accurate results in minutes without the need for visual interpretation. Combined with a growing menu of fluorescent immunoassays, Sofia 2 platform takes lateral flow testing to a whole new level in the laboratory or in the emergency department.
Amplify your knowledge with our engaging breakfast workshop
Breakfast Symposia – IS20 - HALL 0
Sunday 28 April, 08:30 - 10:00 CET
Advancements in point-of-care testing shaping diagnostic stewardship
The symposium aims to provide a comprehensive exploration of the transformative potential of point-of-care testing in key clinical scenarios, emphasizing its role in enhancing patient care and contributing to the success of diagnostic stewardship programs.
Co-chairman
Prof. Colin R. MACKENZIE
Heinrich-Heine University
Institute of Medical Microbiology and Hospital Hygiene
Düsseldorf, Germany
Speakers
Evolution of point-of-care testing: enhancing diagnostic stewardship for patient-centric healthcare
Evolution of point-of-care testing: enhancing diagnostic stewardship for patient-centric healthcare
Juergen Becker
Scientific Marketing Manager EMEA. QuidelOrtho (GERMANY)
Dr. Jürgen Becker is Biologist and has been scientific marketing manager at QuidelOrtho, a manufacturer of diagnostics for the central laboratory and for point-of-care testing, for 6 years. Before that, he worked for various pharmaceutical and diagnostic companies in clinical research, development and quality of medical devices, drugs and in Vitro diagnostics for 18 years. His areas of focus include prevention, diagnosis and therapy of infectious diseases, and the requirements for and benefits resulting from successful implementation of near-patient testing, on which he regularly publishes clinical studies and presents on congresses. His most recognized publication is a feasibility study on molecular MRSA screening in the critical environment of nursing homes for elderly (Becker & Diel; J Occup Med Toxicol 2017 Feb 3;12:3).
Dr. Jürgen Becker is Biologist and has been scientific marketing manager at QuidelOrtho, a manufacturer of diagnostics for the central laboratory and for point-of-care testing, for 6 years. Before that, he worked for various pharmaceutical and diagnostic companies in clinical research, development and quality of medical devices, drugs and in Vitro diagnostics for 18 years. His areas of focus include prevention, diagnosis and therapy of infectious diseases, and the requirements for and benefits resulting from successful implementation of near-patient testing, on which he regularly publishes clinical studies and presents on congresses. His most recognized publication is a feasibility study on molecular MRSA screening in the critical environment of nursing homes for elderly (Becker & Diel; J Occup Med Toxicol 2017 Feb 3;12:3).
The inheritance of pandemics: point-of-care testing for respiratory infection
The inheritance of pandemics: point-of-care testing for respiratory infection
Giulia Gatti
UO Microbiologia, AUSL Romagna (ITALY)
Giulia has been working on lab automation for 3 years. She began her journey during her Master's Degree internship, where she focused on automating library preparation for sequencing and validating SARS-COV-2 tests and PCRs. She graduated from Alma Mater Studiorum - University of Bologna in Medical Biotechnology in 2022, completing her Master's Degree dissertation on SARS-CoV-2 and the genomic analysis of circulating variants. Giulia characterized the distribution of mutations from the arrival of the Alpha variant in Emilia-Romagna to the onset of Omicron, tracing the rate of mutation of viral genes. Giulia volunteered as a researcher at the Great Romagna Hub Laboratory for 6 months (April 2022 - September 2022) before enrolling in the Health and Technology PhD Programme in November 2022.
Currently, she is studying an alternative diagnostic workflow to reduce the turnaround time for acquiring antibiograms in blood samples positive for bacteria. This allows the laboratory to provide a quicker response when antibiotic resistance is detected. Additionally, she is beginning to analyze bacterial genomes to gain a comprehensive understanding of the studied pathogens and delve into bioinformatic tools.
Giulia has been working on lab automation for 3 years. She began her journey during her Master's Degree internship, where she focused on automating library preparation for sequencing and validating SARS-COV-2 tests and PCRs. She graduated from Alma Mater Studiorum - University of Bologna in Medical Biotechnology in 2022, completing her Master's Degree dissertation on SARS-CoV-2 and the genomic analysis of circulating variants. Giulia characterized the distribution of mutations from the arrival of the Alpha variant in Emilia-Romagna to the onset of Omicron, tracing the rate of mutation of viral genes. Giulia volunteered as a researcher at the Great Romagna Hub Laboratory for 6 months (April 2022 - September 2022) before enrolling in the Health and Technology PhD Programme in November 2022.
Currently, she is studying an alternative diagnostic workflow to reduce the turnaround time for acquiring antibiograms in blood samples positive for bacteria. This allows the laboratory to provide a quicker response when antibiotic resistance is detected. Additionally, she is beginning to analyze bacterial genomes to gain a comprehensive understanding of the studied pathogens and delve into bioinformatic tools.
Improving paediatric care with rapid diagnostics
Improving paediatric care with rapid diagnostics
Daniele Dona
Assistant Professor. Department of Women's and Children's Health Department, Pediatric Infectious Diseases Division. University of Padua (ITALY)
Daniele is a pediatrician with special interest in infectious diseases, in particular on planning antibiotic trials and implementing programs for judicious use of antimicrobials in neonates and children.
He studied Medicine at the University of Padua. After his pediatric residency, he started a 2-year research fellowship at Children’s Hospital of Philadelphia.
Currently he is a PhD student at the Department for Woman and Child Health at the University of Padua, where he is working to implement an antimicrobial stewardship program. His current collaboration with the Penta Foundation involves scientific protocol writing, assisting clinical sites with study implementation and manuscript preparation for various projects.
Daniele is a pediatrician with special interest in infectious diseases, in particular on planning antibiotic trials and implementing programs for judicious use of antimicrobials in neonates and children.
He studied Medicine at the University of Padua. After his pediatric residency, he started a 2-year research fellowship at Children’s Hospital of Philadelphia.
Currently he is a PhD student at the Department for Woman and Child Health at the University of Padua, where he is working to implement an antimicrobial stewardship program. His current collaboration with the Penta Foundation involves scientific protocol writing, assisting clinical sites with study implementation and manuscript preparation for various projects.
Diagnostic stewardship strategies for point-of-care testing: diagnostic choices and gap of knowledge for effective stewardship
Diagnostic stewardship strategies for point-of-care testing: diagnostic choices and gap of knowledge for effective stewardship
Uffe Vest Schneider
Head of Section, Chief Physician · Statens Serum Institut (DENMARK)
As a Clinical Microbiologist, Uffe Vest Schneider has specialized within diagnostics and molecular microbiology. In 2016, Uffe Schneider co-authored the Danish national guidelines for implementation of Point-of-care testing in infectious diseases, and he is continually working with implementation and quality assurance of point-of-care testing for infectious diseases. In 2022, Uffe Schneider joined the Department of Virology and Special Diagnostics at Statens Serum Institut (the Danish one-health reference laboratories for infectious diseases) as a Chief Physician to set up a new section on Virus Preparedness.
As a Clinical Microbiologist, Uffe Vest Schneider has specialized within diagnostics and molecular microbiology. In 2016, Uffe Schneider co-authored the Danish national guidelines for implementation of Point-of-care testing in infectious diseases, and he is continually working with implementation and quality assurance of point-of-care testing for infectious diseases. In 2022, Uffe Schneider joined the Department of Virology and Special Diagnostics at Statens Serum Institut (the Danish one-health reference laboratories for infectious diseases) as a Chief Physician to set up a new section on Virus Preparedness.
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