Scientific Program
Monday, 18th September 2023 | ||
Time | Speaker |
Title |
Session 1 – Overview (Co-Chairs: Barbara Yu, Yen How Tai) |
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9:00 | Barbara Yu & Yen How Tai Citrin Foundation |
Opening Speech |
9:40 | John Walker (Nobel Laureate) The University of Cambridge, UK |
Keynote Speech – Citrin Deficiency: the Questions and the Paths to Answers |
10:20 | Johannes Häberle University Children’s Hospital Zürich, University of Zürich, Switzerland |
The linkage of biochemistry and pathophysiology of citrin deficiency to clinical presentations, current research landscape and unanswered questions |
10:50 | Morning Break | |
11:20 | Hannele Yki-Järvinen University of Helsinki, Finland |
Citrin Deficiency Associated Liver Disease (CDALD) in Adults, Pathophysiology and Potential Therapeutic Implications |
Session 2 – Developments in the Basic Scientific Understanding of Citrin Deficiency (Chair: John Walker) |
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11:50 | Sotiria Tavoulari The University of Cambridge, UK |
Development of cellular models to elucidate pathogenic mechanisms in citrin deficiency |
12:30 | Diana Stojanovski The University of Melbourne, Australia |
The molecular mechanisms of Citrin biogenesis in health and disease |
13:00 | Lunch + Photoshoot | |
14:15 | Georgios Makris University Children’s Hospital Zürich, University of Zürich, Switzerland |
Biochemical, cellular and functional methods for studies of citrin deficiency |
Session 3 – Novel Therapies I – Protein Replacement & Gene Therapies (Chair: Johannes Häberle) |
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14:35 | Laura Contreras Universidad Autónoma de Madrid, Spain |
Evaluation of aralar as citrin replacement: exogenous aralar partially recovers MAS activity in citrin KO mitochondria |
15:15 | Gerald Schwank University of Zürich, Switzerland |
Correcting metabolic liver diseases by in vivo base- and prime editing |
15:45 | Julien Baruteau Great Ormond Street Institute of Child Health, University College London, UK |
Messenger RNA therapy for liver inherited metabolic diseases |
16:05 | Poster Session | |
18:05 | Evening Break | |
19:30 | Conference Dinner |
Tuesday, 19th September 2023 | ||
Time | Speaker | Title |
Session 4 – Novel Diagnostic Tools & Center Initiatives (Chair: Barbara Yu) |
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9:00 | Kimitoshi Nakamura Kumamoto University, Japan |
Establishing early diagnosis and long-term follow-up for CD with management guidelines |
9:40 | Johannes Häberle University Children’s Hospital Zürich, University of Zürich, Switzerland |
Quantification of the urea cycle flux and biomarker detection as novel diagnostic tools for citrin deficiency |
10:10 | Nicola Longo University of Utah, USA |
Identification of Citrin Deficiency by Newborn Screening in Utah |
10:30 | Morning Break | |
Session 5 – Emerging Clinical Evidence on Citrin Deficiency (Chair: Robin Lachmann) |
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11:00 | Ituro Inoue National Institute of Genetics, Japan |
Lessons from liver tissues of CTLN2 patients |
11:30 | Masahide Yazaki Shinshu University, Japan |
Therapeutic Experiences including LOLA for CTLN2 Patients |
12:00 | Kimihiko Oishi The Jikei University School of Medicine, Japan |
Clinical Biochemical Characteristics of Citrin Deficiency in Japan |
12:30 | Shirou Matsumoto Kumamoto University, Japan |
Clinical trial in single center: Treatment with L-carnitine, MCT oil and Amino acids for Citrin Deficiency |
12:50 | Announcement | |
13:00 | Lunch | |
14:00 | Marc Hellerstein University of California at Berkeley, USA |
Metabolic Pathogenesis of CD: Applying New Stable Isotope-Mass Spectrometric Flux Measurements Combined with Innovative Tools to Manipulate Cytosolic Redox |
Session 6 – Novel Therapies II – Development of Therapeutic Interventions for Citrin Deficiency (Chair: Edmund Kunji) |
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14:30 | Paolo Martini Moderna, Inc., USA |
Messenger RNA therapy is a platform therapeutic for the treatment of Rare Genetic Disorders |
15:00 | Joseph Baur University of Pennsylvania, USA |
Modulating NAD+ Availability in Mice with Citrin Deficiency |
15:30 | Short Break | |
15:40 | Yukio Nagasaki University of Tsukuba, Japan |
Innovations in Amino Acid donors: Design and implementation using amphiphilic block copolymer micelles |
16:10 | Marc Prentki Montreal Diabetes Research Center, CRCHUM, Canada |
Targeting liver glycerol-3-phosphate phosphatase and the glycerol shunt for citrin deficiency |
16:30 | Afternoon Break | |
Session 7 – Global Insights on Citrin Deficiency and Other Relevant Inborn Errors of Metabolism (Chair: Nicola Longo) | ||
17:00 | Saikat Santra Birmingham Women’s and Children’s NHS Foundation Trust, UK |
Variation in the FTTDCD Phase of Citrin Deficiency in Two Ethnic Groups in the UK |
17:20 | Robin Lachmann University College London Hospitals NHS Foundation Trust, UK |
Citrin Deficiency and other UCDs in Adults |
17:40 | Ljubica Caldovic Children’s National Hospital, USA |
Transcriptional regulation of citrin gene: A datamining approach |
18:00 | Alice Sowton The University of Cambridge, UK |
Presentation by the winner of the poster walk |
18:15 | Nguyen Thi Mai Huong National Children’s Hospital Hanoi. Vietnam |
Presentation by the winner of the poster walk |
18:30 | John Walker The University of Cambridge, UK |
Closing remarks |
18:35 | Evening Break | |
19:30 | Gala Dinner (Speeches: Barbara Yu & Yen How Tai) |
Presenter | Title |
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Araceli del ARCO Universidad Autónoma de Madrid, Spain |
Citrin replacement with Aralar: dissecting Citrin-Aralar interactions |
Eri IMAGAWA The Jikei University School of Medicine, Japan |
A new drug trial for citrin deficiency with triheptanoin, a medium-odd-chain heptanoic acids (C7), using a mouse model |
Bosco JOSE The University of Cambridge, UK |
Development and characterization of cellular Citrin Deficiency models |
Jun KIDO Kumamoto University, Japan |
Selected amino acids and acylcarnitines may effectively detect newborns with citrin deficiency in the newborn screening |
Yuta KODA University of Tsukuba, Japan |
Poly(amino acid)-Based Self-Assembling Polymer Drugs Enhancing the Efficacy of Chemotherapy by Continuous Release of Amino Acids |
Li Eon KUEK Citrin Foundation |
From Challenges to Solutions: Advancing Pre-clinical Models in Citrin Deficiency Research |
NGUYEN Thanh Phuong National Institute of Genetics, Japan |
Molecular relevance of citrullinemia type II and liver cancer |
NGUYEN Thi Mai Huong National Children’s Hospital Hanoi, Vietnam |
The mutation spectrum of the SLC25A13 Gene in Pediatric Cohort in Vietnam |
Catherine PALMER The University of Melbourne, Australia |
The molecular mechanisms of Citrin biogenesis in health and disease |
Alice SOWTON The University of Cambridge, UK |
Bioenergetic Profiling of Cellular Models of Citrin Deficiency |
Toni VUKOVIC University Children’s Hospital Zürich, University of Zürich, Switzerland |
Citrin knock-out HepaRG cells as a model for citrin deficiency |