|
SARS-related
research projects in HKU |
| Investigators | Department | Project title | Key words |
| Mr. K.P. Cheung | Architecture | Multi-disciplinary research on devices and systems for protecting patients and health care workers against SARS |
Personal protection devices and systems for patients, and for health care workers; portable, mobile, and fixed, powered HEPA air filtering systems, optimized virus-control design for ventilation and air conditioning for SARS wards, conversion of existing hospital wards/rooms for combating SARS and similar infectious diseases |
| Mr. S.S.Y. Lau | BHI as a benchmarking tool to classify residential buildings in respect of health & hygiene environment for Hong Kong |
health and hygiene, building, thermal hygiene indicator, temperature, ventilation (see | |
| Mr. S.S.Y. Lau | The study of Urban Heat Island (UHI) effect to alleviate bad ventilation and enhancing thermal comfort in the layout of mass housing in high density Hong Kong by developing a Thermal Hygiene Indicator (THI) | Urban Heat Island, urban planning, external environment, mass housing | |
| Mr. W.S. Wong | An analysis of the health and hygiene issues in public housing with special reference to non-compliance of Buildings Ordinance (CAP 123) | Public housing, Buildings Ordinance, health and hygiene | |
| Mr. W.S. Wong | Review of building regulations and legislative control to achieve healthier living conditions for private residential buildings | Private residential buildings, building regulations, control, living conditions | |
| Ms J.A. Karakiewicz | SARS and high-density development in Hong Kong | ||
| Professor A.G.O. Yeh | CUPEM | Spatial simulation of SARS using Geographic Information System (GIS) and Cellula Automata (CA) | Mapping, Spatio-Temporal Analysis, Simulation, Cellular Automata |
| Professor A.G.O. Yeh | Spatio-temporal analysis and simulation of SARS | ||
| Dr. D.C.W. Ho | Real Estate and Construction | Assessing health and hygiene in Built Facility - a pilot study. | |
| Professor K.W. Chau | Constructing a health and hygiene index for residential buildings in Hong Kong | ||
| Dr. P.C. Lai | Harnessing the geographic information system (GIS) technology to develop a community disease surveillance system | Geographic Information System, GIS, disease surveillance | |
| Dr. P.C. Lai | Mapping Atypical Pneumonia (SARS) - A website and workshops to develop mapping and spatial awareness | mapping awareness, spatial analysis, disease mapping | |
| Dr. A.B. Bodomo | Linguistics | Atypical lectures in an environment of atypical pneumonia and other contagious diseases | SARS, Class Suspension, Interactive ICT learning, Effective Course Delivery on WebCT, Conversational Learning Community (CLC), Languages and Linguistics |
| Dr. A.F.
Farhoomand |
School of Business | Project SARS Rebound - a study of the impact of SARS on various major industry sectors in Hong Kong and the road to recovery | positive outcomes, retail, travel, property, banking & finance, trading, logistics hotel, crisis management, crisis communication, IT in managing adversity |
| Dr. H.K. Yip | Faculty of Dentistry | An investigation of the aerosoal loading of a coronavirus in severe acute respiratory syndrome (SARS) in dental office | Coronavirus pneumonia infection, new infection, virus-loaded aerosol dental office, air quality, air filter |
| Dr. H.K. Yip | Is your dentist a likely source for transmission of Severe Acute Respiratory Syndrome (SARS)? | Coronavirus pneumonia infection, SARS, dentists, virus-loaded aerosol dental office | |
| Dr. H.K. Yip | Impact of a major outbreak in Hong Kong of Severe Acute Respiratory Syndrome (SARS) on dental patients seen in private dental practices and a teaching dental hospital | Coronavirus pneumonia infection, SARS, patients, virus-loaded aerosol | |
| Dr. S.L. Wong | Faculty of Education | Understanding science teachers' conceptions of the nature of science and science teaching using the scientific investigation of the SARS virus as the context | Nature of Science, Science Education, Teachers' conception |
| Dr. J. P. Maxwell | Institute of Human Performance | Impact on SARS on the health and exercise behviours of Hong Kong residents | Exercise, disease prevention and healthy living |
| Dr. D.W.L. Cheung |
Computer Science and Information Systems |
Development of an ebXML Messaging System for SARS and Other Infectious Diseases |
Department of Health, NIDIMS, SARS, notifiable infectious disease information messaging system, centralized and standardized disease surveillance system, electronic surveillance system, XML, ebXML, e-commerce, e-business, Web Services, open source, integrated IT solution |
| Professor J.H.W. Lee | Civil Engineering | Project Amoy - Investigating the transmission routes of the large SARS outbreak in Amoy Gardens | |
| Professor F.H.Y. Chan | Electrical and Electronic Engineering | Positioning system for SARS infrared scanners at border control check points | Automatic Detection of Travellers at Infrared Scanning positions, Rapid SARS Screening |
| Dr. G.Q. Huang | Industrial and Manufacturing Systems Engineering | Information and coordination strategies and technological infrastructure for effective and efficient resources and operation management in SARS-related disease control | Information Strategies, Coordination Strategies, Resource Planning, Operation Management , Disease Control, Trace and Track, Workflow Management, Call Centre |
| Dr. G.Q. Huang | SARSic: Online SARS INFORMATION AND coordination Call Centre | Spreading spot, Spreading Clusters, Super Spreader, Cross Spreading, Origin / Source Spreader, Decision support system, Web services | |
| Dr. T.L. Lau | To design ergonomic equipment and procedures for the prevention of SARS | SARS Prevention Strategy, Ergonomic Design, Non-contact Devices | |
| Dr. K.C. Cheung | Mechanical Engineering | Investigation in techniques to sanitise banknotes | |
| Dr. M.K.H. Leung | Local exhaust ventilation for protection against noscocomial infection of SARS | contagious bioaerosols, dispersion, nosocomial transmission, local exhaust ventilation, computation fluid dynamics, photocatalytic disinfection | |
| Dr. M.K.H. Leung | Local exhaust ventilation for protection against nosocomial transmission of SARS | ||
| Dr. Y.G. Li | A proposal for constructing a SARS patient ward test chamber | Transmission routes, Amoy Gardens, Epidemiological study, Environmental study, Building design | |
| Dr. Y.G. Li | An investigation of the transmission routes of the major SARS outbreak in Amoy Gardens | ||
| Dr. R.M.W. Chau | Anatomy | "Dermal-thermo-natural medicinal herb treatment" for rehabilitation of recovering SARS patients: a pilot study | TCM, Dermal, Thermal, Natural medicinal herb, Luteolin, SARS CoV infection, Treatment, Rehabilitation, Respiration, Circulation, Prognosis |
| Dr. R.M.W. Chau | Drug development specific for inhibiting SARS-Coronavirus infectivity:targeting on S, M, E, 3cLpro and RNA polymerase | SARS Coronavirus, Molecular modelling, Drug development and design, Anti-SARS CoV drug, Gramm docking, SwissViewer, Molecular interaction | |
| Dr. R.M.W. Chau | Study on the physical and biochemical properties of the S, M, E proteins of the SARS-Coronavirus in relation to its very unique penetrating property of infectivity | SARS Coronavirus, Spike protein, Membrane protein, Envelop protein, Gene cloning, Gene Expression, Physical property, Circular Dichroism, Nuclear Magnetic Resonance, X-ray Crystallography | |
| Dr. R.M.W. Chau | Study on the physical and structural properties of the S, M, E proteins of the SARS-coronavirus (SARS-CoV) and anti-SARS viral drug design | SARS Coronavirus, Spike protein, Gene cloning, Gene Expression, Physical property, Circular Dichroism, Nuclear Magnetic Resonance, X-ray Crystallography, Yeast two hybrid, CD13, minopeptidase N, Receptor, Molecular modelling, Drug design, Gramm docking, Molecular interaction | |
| Professor K.F. So | Neuroprotection in steroid treated SARS patients: an animal model | steroid induced neurodamage, hypercortisolemia, neuroprotection | |
| Professor K.F. So | Neuroprotection in steroid therapy: an animal model | hypercortisolemia, hippocampal damage, neuroprotection | |
| Dr. D.Y. Jin | Biochemistry | Roles of spike protein in the biology and pathogenesis of SARS coronavirus | SARS coronavirus (SCoV, SCV), spike (S) protein, SCV receptor, membrane fusion, cell-to-cell fusion, NF-kappaB, ER stress |
| Dr. I.H.N. Wong | Epigenetic modification of the human genome after coronaviral infection in the development of SARS | ||
| Dr. J.D. Huang | Biochemical characterization and therapeutic targeting of the helicase/NTPase from SARS coronavirus | helicase; drug target; meta ions; antivirus | |
| Dr. J.D. Huang | The Helicase/NTPase and RNA-directed RNA Polymerase from SARS Coronavirus: Biochemical characterization and antiviral assay development | ||
| Professor J.P.E. Karlberg | Clinical Trials Centre | Web-based SARS data capturing and reporting system | SARS statistics, SARS data, SARS daily update, Clinical Trials, Health communication, Medical communication, Social Impact |
| Dr. G.M. Leung | Community Medicine | Determination of the prevalence of the SARS-CoV and associated seroconversion in close contacts of confirmed SARS patients in the Hong Kong epidemic | prevalence, seroconversion, contacts |
| Dr. G.M. Leung | The development and validation of a clinical prediction rule for SARS | clinical prediction rule, validation | |
| Professor A.J. Hedley | SARSID: development and implementation of an integrated database for the analysis of the epidemic | epidemiological determinants, informatics, database | |
| Professor A.J. Hedley | Validation of diagnostic tests for the SARS agent | diagnostic test, validation | |
| Professor T.H. Lam | Extended public health serveillance and one year follow-up on anxiety, risk perception and precautionary measures in relation to the severe acute respiratory syndrome (SARS) epidemic in Hong Kong | public health surveillance, public risk perception, precautionary measures | |
| Professor T.H. Lam | June to August 2003 (Phase 2) Public Health surveillance on anxiety, risk perception and precautionary measures in relation to the SARS epidemic in Hong Kong. | ||
| Professor T.H. Lam | March to May 2003 (Phase 1) Public Health surveillance on anxiety, risk perception and precautionary measures in relation to the SARS epidemic in Hong Kong. | ||
| Professor T.H. Lam | Studies on epidemiological determinants of SARS | ||
| Dr. C.G.C. Ooi | Diagnostic Radiology | Clinical utility of radiological assessment of Severe Acute Respiratory Syndrome: a retrospective and prospective study on a cohort of SARS patients | |
| Dr. M.C.M. Lin | Institute of Molecular Biology | Combating SARS with interferons | interferons, SARS therapy, SARS prevention, preclinical study |
| Dr. M.L. He | Silencing the SARS - co virus by RNA interference | siRNA, SARS therapy, replicase, FRhk-4 cells, gene silencing | |
| Dr. S.S.M. Chung | Development of helper-dependent SARS coronavirus and use of this virus to study SARS pathology at cellular level | ||
| Dr. S.S.M. Chung | Helper-dependent SARS-coronavirus | ||
| Professor H.F. Kung | Silencing the SARS-coronavirus by RNA interference | Adenovirus vector, Adeno-Associated Virus vector, siRNA, SARS therapy, Preclinical study | |
| Professor H.F. Kung | Studies on the anti-SARS effect of MAP30 from bitter melon | Natural product, Food, SARS therapy, SARS prevention | |
| Dr. B.M.Y. Cheung | Medicine | Detection of human body temperature with infrared thermographic imaging | SARS, severe acute respiratory syndrome, infra-red thermography, infra-red, screening, body temperature, pyrexia, fever |
| Dr. G.K.K. Lau | Characterisation of T-cell response of Hepatitis B infected patients to human coronavirus causing Severe Acute Respiratory Syndrome | ||
| Mr. J.C.K. Leung | Serum markers for monitoring the onset and outcome of SARS - associated acute respiratory distress syndrome (ARDS) | severe acute respiratory syndrome (SARS), acute respiratory distress syndrome (ARDS), serum markers, proinflammatory cytokines | |
| Mr. J.C.K. Leung | Anti-inflammatory therapy for Acute Respiratory Distress Syndrome (ARDS): challenge of the major mortality issue in Severe Acute Respiratory Syndrome (SARS) | severe acute respiratory syndrome (SARS), acute respiratory distress syndrome (ARDS), anti-inflammatory therapies, animal model, macrophage | |
| Dr. J.C.W. Mak | Serum cytokine levels in convalescent patients with SARS | ||
| Dr. J.C.W. Mak | The role of matrix metalloproteinases (MMP-2, -8 and -9) and tissue inhibitor of metalloproteinases (TIMP-1 and -2) in severe acute respiratory syndrome (SARS) | ||
| Dr. K.W.T. Tsang | A retrospective analysis of the efficacy of various treatment regiments in short term clinical outcome for patients with SARS | ||
| Professor C.S. Lau | A study to evaluate the immunopathology of Severe Acute Respiratory Syndrome | ||
| Professor K.N. Lai | Development of monoclonal antibodies against SARS-associated coronavirus: specific targeting for early diagnosis and future treatment | ||
| Professor K.N. Lai | Establishment of immortalized B-lymphocyte cell lines for subsequent development of monoclonal antibodies against SARS - associated Coronavirus with clinical application in early diagnosis and future treatment. | ||
| Professor J.S.M. Peiris | Microbiology | Innate immune responses and the SARS coronavirus | macrophages, cytokines, immunopathology, pathogenesis |
| Professor J.S.M. Peiris | Molecular epidemiology of SARS | virus evolution, epidemiology, transmission | |
| Dr. B. Zheng | A study of antiviral peptides targeting spike and matrix proteins of SARS coronavirus | Antiviral peptides against SARS coronavirus | |
| Dr. B. Zheng | Primary study for development of an inactivated coronavirus vaccine | Inactivated coronavirus vaccine | |
| Dr. L.L.M. Poon | Rapid molecular diagnosis of SARS coronavirus | Rapid diagnosis, SARS, RT-PCR, real-time PCR, quantitative PCR | |
| Dr. L.L.M. Poon | Reverse genetic for a coronavirus responsible for severe acute respiratory syndrome | Reverse genetic, genetic, molecular biology, virology, SARS, replication, transcription | |
| Dr. P.C.Y. Woo | Development of an ELISA-based antibody test for SARS associated coronavirus infection | Seroepidemiology
study |
|
| Dr. P.C.Y. Woo | Longitudinal seroepidemiology of SARS associated coronavirus infections | ||
| Dr. P.L. Ho | Risk factors for SARS in health care workers following incubation of SARS patients | ||
| Dr. R.Y.T. Kao | Identification and characterization of small molecule compounds perturbing the pathogenic pathways of the SARS-associated coronavirus | SARS-associated coronavirus, high-throughput screening, small molecule inhibitors, chemical genetics | |
| Dr. R.Y.T. Kao | The application of high-throughput screening (HTS) technologies to identify inhibitors of SARS-associated coronavirus main proteinase | High-throughput screening, inhibitor, SARS-associated coronavirus, 3C-like protease | |
| Dr. S.K.P. Lau | Detection of nucleocapsid protein in patients with SARS related coronavirus infections | Rapid Diagnostic Tests | |
| Dr. S.K.P. Lau | Enzyme-linked immunosorbant assay (ELISA) - based antigen test for rapid diagnosis of severe acute respiratory syndrome (SARS) | ||
| Dr. S.W.K. Im |
Investigation of community exposure to a novel coronavirus associated with
SARS and Herd Immunity developed among healthy population |
Severe Acute Respiratory Syndrome (SARS); Community exposure; Herd Immunity | |
| Dr. Y. Guan | Identification of the possible animal reservoirs for SARS-like coronavirus in southern China | ||
| Dr. Y. Guan | Searching for the precursor of SARS-Cov in Southern China | ||
| Professor K.Y. Yuen | An oral DNA vaccine for SARS associated coronavirus infections | ||
| Professor K.Y. Yuen | An oral mucosal DNA vaccine for SARS associated coronavirus infections | ||
| Dr. A.F.Y. Tiwari | Nursing Studies | An investigation into the needs of patients with SARS | SARS patients' needs |
| Dr. A.F.Y. Tiwari | Psychosocial risk, vulnerability and protective factors in SARS infections: a controlled case-match study of hospital and community infected patients | Psychological risk, protective factors, SARS infections | |
| Dr. S.S.C. Chan | A one year surveillance study of nurses' preventive measures and health status in relation to the Severe Acute Respiratory Syndrome (SARS) epidemic in Hong Kong | Nurses, preventive measures, SARS | |
| Dr. S.S.C. Chan | A study of the physical, psychological, and social needs of a cohort of suspected SARS paediatric patients and their parents during hospitalization | needs, Paediatric patients, nursing, SARS | |
| Dr. S.S.C. Chan | The effectiveness of a telephone health assessment and health education intervention to vulnerable elderly during the SARS epidermic | health education, elderly, SARS | |
| Ms. E.M.Y. Wong | Evaluation of nursing knowledge and practices for the infection control precaution in the paediatric units during SARS crisis | ||
| Dr. W.M. Tang | Orthopaedic Surgery | Avascular necrosis of femoral head in patients with history of SARS treated with high dose steroid. A prospective study of the epidemiology | |
| Dr. A.S.Y. Lau | Paediatrics and Adolescent Medicine | Mechanism of SARS-coronavirus pathogenesis - identification of viral genes implicated in immune dysregulation | SARS coronavirus, immunity dysregulation, macrophages, cytokine, signaling pathways |
| Dr. P.T. Cheung | The efficacy of RNA interference in silencing coronavirus genes in vivo - towards establishing a platform for exploring for novel therapeutic interventions upstream of live-virus infection models testing | ||
| Dr. S.S.S. Chiu | Seroepidemiology survey of SARS-associated coronavirus antibody in healthcare workers and patients in private clinics in a community with SARS outbreak | ||
| Professor Y.L. Lau | Is low serum mannose-binding lectin (MBL) associated with poorer outcome in patients with SARS | mannose binding lectin, SNP, SARS-CoV | |
| Professor Y.L. Lau | The role of manose binding lectin (MBL) and MBL associated serine protease-2 (MASP-2) in the pathogenesis of SARS associated coronavirus infection | ||
| Dr. B.M. Jones | Pathology | Cytokines in patients with CVP and analysis of laboratory database for SARS | Immunology, cytokines, inflammation, SARS |
| Dr. I.O.L. Ng | Developing mouse models expressing viral proteins of SARS coronavirus and its pathogenetic study | Transgenic mouse models, viral proteins, SARS coronavirus, pathogenetic study | |
| Dr. I.O.L. Ng | Study on the pathogenesis of SARS -Coronavirus by establishing transgenic mouse lines expressing SARS-CoV viral proteins | Study of the pathogenesis, SARS coronavirus, establishing transgenic mouse lines, SARS-CoV viral proteins | |
| Dr. J.M. Nicholls | Ultrastructural characterization of the SARS Coronavirus (SARS-CoV) | SARS-associated Coronavirus, Electron microscopy, Viral proliferation | |
| Dr. L.W. Lu | Effects of SARS-associated coronavirus infection on the lymphoid system | SARS-associated coronavirus; Immune system; Lymphocyte function | |
| Dr. M.P. Wong | Analysis of the pathology and pathogenesis in the lungs of patients suffering from the SARS | SARS, Human-CoV, Acute Lung Injury, Diffuse alveolar damage, Pathology, Pathogenesis, Electron microscopy, Cause of Death | |
| Dr. M.P. Wong | Pathology and pathogenesis of Severe Acute Respiratory Syndrome (SARS)-associated coronavirus (SARS-CoV) infection in the lung and other organs | ||
| Dr. S.L. Beh | A study of the profile of causes of death in patients suspected to suffer from SARS and its impact on subsequent clinical management | SARS, Autopsy findings, Clinical Pathological Correlation, Diagnosis, Diagnostic Criteris | |
| Dr. U.S. Khoo | Genetic polymorphism study of the immune response genes in relation to susceptibility, clinical outcome and treatment response of SARS | SARS, Genetic polymorphisms, susceptibility, clinical outcome, immune response genes | |
| Professor L.C. Chan | Pathogenic effects of SARS-associated Coronavirus infection on lymphoid System | ||
| Dr. R.Y.L. Chen | Psychiatry | Neurobiological dysfunction in patients with severe acute respiratory syndrome (SARS) following corticosteroid treatment: A 6-month follow-up study | Neuropsychology, neuroimaging, hippocampus, brain derived neurotrophic factor |
| Dr. S.E. Chua | The psychological effects of SARS in health-care workers, their patients and the community | psychological,
health-care workers, community, SARS patients |
|
| Professor P.W.H. Lee | The attitudes towards life and death among Hong Kong general public before and after the outbreak | ||
| Professor J. Wu | School of Chinese Medicine | Studies on the anti-SARS effect of herbal medicine | |
| Dr. C.L. Lin | Surgery | The effect of SARS-associated coronavirus Spike protein on immune regulation of SARS | |
| Dr. Y. Ren | Proteomics computational analysis of severe acute respiratory syndrome (SARS) | ||
| Professor W.I. Wei | Immunity status against coronavirus among health care personnels working in a moderately high risk environment | ||
| Professor W.I. Wei | Quantification of droplet and aerosol production during medical procedures | ||
| Dr. C.B. Ko | Chemistry | Development of high throughput screening platform for the identification of anti-SARS CoV agents from TCM | |
| Dr. G.H. Chen | Computer-aided design of SARS coronavirus main proteinase inhibitors | SARS-CoV, 3CL^pro, homology model, AG7088, RNA | |
| Dr. H. Sun | Helicase as a drug target for virus: toward finding new metal-containing antivirus agents | helicase; drug target; meta ions; antivirus | |
| Professor C.M. Che | Development of environmental-friendly broad spectrum anti-viral disinfectants | ||
| Dr. L.S. Chan | Earth Sciences | Feasibility study of infrared thermographic measurement of human body temperature | |
| Dr. T.W. Ng | Mathematics | A double epidemic model for the SARS propagation | double epidemic hypothesis, SEIRP epidemic model, SARS propagation |
| Dr. F.C.C. Leung | Zoology | Cloning of the viral genes from the newly identified SARS Coronavirus | |
| Dr. F.C.C. Leung | Development of a rapid high throughput RT-PCR assay to detect SARS-CoV | ||
| Dr. F.C.C. Leung | Rapid accurate diagnostic assay for the SARS coronavirus | ||
| Dr. J.C.W. Chan | Politics and Public Administration | Lessons from civil society's response to SARS | |
| Dr. P.T.Y. Cheung | The politics of the SARS outbreak in South China: cross-boundary inter-governmental cooperation and crisis management | ||
| Dr. I.Y.M. Lau | Psychology | Psychosocial problems of the reintegration of ex-SARS patients back to the community | Intolerance of ambiguity, avoidance of SARS affected individuals |
| Dr. I.Y.M. Lau | Recovering from SARS: the relation between need for cognitive closure and accepting ex-SARS patients | Need for cognitive closure, acceptance of SARS affected individuals, public education | |
| Dr. S.M.Y. Ho | Psychological adjustment to SARS among healthcare professionals in public hospitals: a follow-up study | Psychological Adjustment, SARS Fear, Post-Traumatic Stress, Post-Traumatic Growth, Health Care Professionals | |
| Professor T.K.F. Au | SARS-prevention: primary and secondary school students' SARS-risk behaviours upon returning to school | SARS Prevention Blind spots, primary schools, secondary schools | |
| Professor T.K.F. Au | Think Biology: A new approach to SARS education | SARS education, public health education, schools, community centres | |
| Professor I. Chi | Sau Po Center on Ageing | Relationship between SARS outbreak and psychological well-being in Hong Kong older adults | |
| Professor C.L.W. Chan | Social Work and Social Administration | A meaning-oriented group-based preventive intervention study on the psychological impact of Severe Acute Respiratory Syndrome (SARS): morbidity versus grow | post-SARS growth, chronic patients, debriefing, psychosocial support |
| Professor C.L.W. Chan | Post-SARS growth among recovered health care workers in Hong Kong | Post-traumatic growth, HA infected staff, resilience | |
| Professor C.L.W. Chan | Intervention for Chronic Patients [see flyer and survey results] |
||
| Dr. Y.W. Chu | Sociology | Managing the socio-political implications of public health: an international perspective | |
| Dr. P.S.F. Yip | Statistics and Actuarial Science | An epidemiological study of severe acute respiratory syndrome (SARS) and assessing the effectiveness of interventions in Hong Kong SAR | Mean reproductive number, case-fatality rate, infectious disease, competing risk model, Susceptible-Infected-Removal model, multi-type epidemic process, branching process |
| Dr. P.S.F. Yip | Statistical analysis of SARS epidemic and assessing the effectiveness of interventions in Hong Kong SAR | ||
| Professor T.W.K. Fung | Diagnosis and prognosis prediction using high-resolution computed tomography for SARS | High-resolution computed tomography; chest X-ray; sensitivity and specificity; prognosis | |
| Professor T.W.K. Fung | Estimation of case fatality rate of SARS, and related issues | Case fatality rate; auto-regressive model; time series analysis | |
| Mr Allen Fung | China Study Society, HKUSU | Campaign on "Sustainable Actions for Rejuvenating Society" |
25 June 2003