Rapid diagnostic testing for malaria has revealed that most febrile patients in Africa and Asia do not have malaria. FIEBRE will find out what they have and how to treat them.
Funded by the UK Foreign, Commonwealth and Development Office, FIEBRE collaborators include LSHTM, Liverpool School of Tropical Medicine, Universities of Barcelona, Oxford and Otago, and partners in Laos, Malawi, Mozambique and Zimbabwe.
Study protocols, standard operating procedures, data collection tools and related materials will be made available as they are finalised and approved.
The objective of FIEBRE is to provide evidence:
- on the most common infectious causes of fever;
- on antibiotic susceptibility of bacterial causes;
- on how local perceptions of fever affect treatment practices including the use of diagnostics and antimicrobial drugs;
- to inform clinical guidelines and algorithms on how to manage non-malarial fevers.
The FIEBRE study will help to fill the gaps in evidence by means of a multi-centre study in countries with a high burden of infectious disease from which few or no data are available. The clinical and laboratory components of the study will focus on detecting infections that are treatable and/or preventable. Ethnographic work with community members, prescribers and public health workers will seek to understand how fever is understood by different communities of practice, and how this affects treatment practices.
The results will help to inform updated, evidence-based algorithms for the management of febrile illness, and provide data that may be used to design new diagnostics and rational approaches to disease surveillance. These outputs will ultimately help health systems and providers to provide more appropriate care to patients and lead to better clinical outcomes.
Read the FIEBRE brochure (pdf) to find out more.
What are we looking for?
Some diagnostic tests are performed at or near the point of care at each study site. Further pathogen-based diagnostic tests and quality control tests will be performed at internationally recognised reference laboratories. For more details see the FIEBRE protocol paper.
|Diagnostic tests performed at/or near point of care|
|microscopy and rapid diagnostic test for malaria (Plasmodium species)|
|HIV rapid diagnostic test/s (African sites)|
|blood culture and antimicrobial susceptibility testing|
|urine dipstick and culture (small children and older patients with urinary tract infection symptoms)|
|mycobacterial blood culture (HIV infected African adults)|
|urinary lipoarabinomannan rapid test (uLAM) to detect Mycobacteria tuberculosis (HIV infected African adults)|
|cryptococcal antigen lateral flow assay|
|Infection||Reference laboratory for testing or quality control|
|arboviral infection: chikungunya, dengue, Japanese encephalitis, o’nyong nyong, Zika||ELISA, plaque reduction and neutralisation test; Unité des virus émergents, L'Institut de Recherche pour le Développement, France|
|bacterial/fungal bloodstream or urinary tract infection||MALDI-TOF; Southern Community Laboratories and University of Otago (national laboratory), New Zealand|
|bloodstream Mycobacteria infection||subculture, line probe assay or sequencing, & susceptibility testing; Leibniz-Centre for Medicine and Life Sciences, National Reference Center for Mycobacteria, Germany|
|brucellosis||microagglutination test (MAT); National Brucellosis Reference Unit, Liverpool clinical laboratories, UK|
|histoplasmosis||serum Histoplasma antigen detection; MiraVista Diagnostics, US|
|leptospirosis||microagglutination test (MAT); Institut Pasteur, France|
|malaria and other blood parasites||microscopy of blood smear; Liverpool School of Tropical Medicine, UK|
|respiratory viruses: influenza and respiratory syncytial virus, other||Luminex nucleic acid amplification test; Micropathology Ltd, UK|
|rickettsial infection: Q fever (Coxiella burnetii), scrub typhus, spotted fever group rickettsioses, typhus group rickettsioses||
immunofluorescence antibody test and PCR;Mahidol-Oxford Tropical Medicine Research Unit, Thailand; and Australian Rickettsial Reference Laboratory
Meet the team
|LSHTM||Partner teams||Social science team|
Prof David Mabey, Principal Investigator
Prof Quique Bassat, ISGlobal, Principal Investigator
Prof Clare Chandler, Co-investigator, Social Science Lead
For more details about each country team and the organisations involved see the Where we work section.
Watch our team in action
Find out what is really involved in FIEBRE by watching our team members explain their work.
|Dr Katharina Kranzer, Principal Investigator, Zimbabwe||Prof Clare Chandler, Social Science Lead|
|Dr Justin Dixon, Social Science Co-ordinator||Yuzana Khine Zaw, PhD Student, Myanmar|
|Dr Shunmay Yeung, Paediatric Lead||Dr Mayfong Mayxay, Principal Investigator, Laos|
Prof Quique Bassat, ISGlobal, Principal Investigator
Joseph Chipanga, BRTI, Database Administrator
Dr Vilayouth Phimolsarnnousith, LOMWRU
Mabvuto Chimenya, Lead nurse, MLW
|Dr Pio Vitorino, CISM||Dr Somvai Singha, LOMWRU|
|Dr Wamaka Msopole, Malawi||Felina Mhangami, Zimbabwe|
|Molly Sibanda, Zimbabwe||Laos team - summary of activities|
An External Advisory Committee (EAC) has been established to provide scientific oversight of the FIEBRE study. The members of the EAC are:
Prof Chris Whitty (Chair), Chief Medical Officer for England & Professor of Public and International Health, London School of Hygiene & Tropical Medicine, UK
Dr David Meya, Associate Professor, College of Health Sciences, Makerere University, Uganda
Dr T Jacob John, Professor Emeritus, Christian Medical College, (CMC) Vellore, India
Dr Amanda Walsh, Senior Scientist, Emerging Infections and Zoonoses, National Infection Service, Public Health England, UK
FIEBRE is funded by the UK Foreign, Commonwealth and Development Office. It is a multi-centre study conducted by the LSHTM, Liverpool School of Tropical Medicine, Barcelona Institute for Global Health (ISGlobal), Universities of Oxford and Otago, and partner institutions in Lao PDR, Malawi, Mozambique and Zimbabwe, and collaborating reference laboratories.
- ISGlobal – Barcelona Institute of Global Health
- Liverpool School of Tropical Medicine (LSTM)
- University of Otago, New Zealand
- University of Oxford
The Mahidol Oxford Tropical Medicine Research Unit (MORU) develops effective and practical means of diagnosing and treating malaria and other neglected diseases such as melioidosis, typhus, TB and leptospirosis. MORU was established in 1979 as a research collaboration between Mahidol University (Thailand), Oxford University (UK) and the Wellcome Trust UK. It is a network of a diversity of subunits including the Lao-Oxford-Mahosot Hospital-Wellcome Trust Research Unit, Lao PDR (LOMWRU). This is a small clinical tropical medicine research group based at Mahosot Hospital, Vientiane. LOMWRU builds diagnostic, clinical and research capacity to help improve global, regional and Lao public health. LOMWRU’s main areas of research interest are in the diagnosis, epidemiology and treatment of malaria, rickettsial infections, leptospirosis, melioidosis, community-acquired septicaemia, central nervous system infections, the causes of acute fevers and public health aspects of medicine quality problems.
The main study site is Vientiane provincial hospital, a 100-bed hospital approximately 70 km from Mahosot Hospital. The team consists three study doctors and two laboratory technicians. The principal investigator is Assoc Prof Mayfong Mayxay with Dr Elizabeth Ashley and Prof Paul Newton as co-investigators.
The Malawi site is in Chikwawa district in the southern region of Malawi. Chikwawa district is 5,000 km2 with a population of 350,000 and is served by Chikwawa District Hospital. The study is taking place in Chikwawa District Hospital and a second site at St Montfort Hospital, Ngabu 30 km away has been opened up to help increase inpatient recruitment.
The work is based out of the Malawi-Liverpool Wellcome Trust Clinical Research Programme (MLW) . Established in 1995, MLW is an internationally-recognised health research institution led by Malawian and international scientists with the aim of improving the health of people in sub-Saharan Africa. MLW is built around laboratories, located at Queen Elizabeth Central Hospital, in Blantyre.
CISM was established in 1996 with the objective of conducting biomedical research in those diseases that affect the most poor and vulnerable. The Centre includes a fully equipped laboratory including parasitology, haematology, biochemistry, microbiology, (including biosafety level III premises), molecular biology (including PCR and RT-PCR) and immunology. CISM has been running a Demographic Surveillance System (DSS) since 1996, covering the whole district’s population and it set up a morbidity surveillance system at Manhiça District Hospital (MDH) in 1998. Overall, data on over 70,000 paediatric admissions and more than 1.2 million outpatient visits have been collected in the past 18 years. CISM’s other activities include: malaria screening, microbiological surveillance; pneumonia surveillance and conducting studies on issues with an important impact on public health policies in the country.
The study is being conducted in the district of Manhiça (population 182,000 inhabitants, 2300 km2), a rural area located 90 km away from the capital Maputo. MDH acts as the referral health facility for the area. The study is also working at the Hospital Geral José Macamo in Maputo.
The study’s Principal Investigator at the site is Professor Quique Bassat, supported by co-investigators Dr Marta Valente and Dr Pio Vitorino, in addition to a larger team of Mozambican-based staff: Dr Nelson Tembe; Dr Sozinho Acácio; Dr Ajanovic Andelic, Campos Mucasse (Project manager); Vânia Afuale (Project assistant); Humberto Mucasse (Field coordinator); Teodimiro Matsena (Data manager); Anelsio Cossa (Laboratory coordinator); Manuel Muamede (Adult nurse coordinator); and Ilídio Cherinda (Paediatric nurse coordinator).
The researchers in Zimbabwe are based at the Biomedical Research and Training Institute (BRTI) in Harare. Established in 1995, the BRTI provides effective and professional research facilities including laboratory facilities for molecular diagnostics, micro-biology, serology, TB and immunology. BRTI aims to improve health and quality of life in Africa through conducting research and training. Its role is to provide the infrastructural support that researchers in all aspects of health need to become effective in influencing policy.
The study site incorporates major hospitals in Harare (urban setting) Harare Central Hospital (HCH) and Chitungwiza Hospital. These hospitals have both inpatient and outpatients care of all age groups with patients referred from local clinics and provincial hospitals. The hospitals serve urban and peri-urban communities in southern Harare. In addition, outpatients are being recruited from Glen View and Rutsanana polyclinics in south-western Harare.
The BRTI team is led by Dr Katharina Kranzer (Principal investigator) with Professor Rashida Ferrand (Co-principal investigator) and comprises: Dr Ioana Olaru (Study coordinator), Ethel Dauya (Field manager), Tsitsi Bandason (Data manager), Salome Manyau (Social science lead), Beauty Makamure (Laboratory manager) and Tendai Muchena (Administrator). Partners include the Department of Medicine and Paediatrics at Harare Hospital and Chitungwiza Hospital, the University of Zimbabwe and Harare City Health Services.
The BRTI team held a series of successful dissemination meetings following the completion of recruitment in Zimbabwe on 30 September 2020,
Preliminary clinical results were presented at the polyclinics during October and November for the nurses and staff involved in FIEBRE. These received interesting feedback and led to discussions about effective antimicrobials and antimicrobial resistance.
A research dissemination meeting for major stakeholders at a policy level took place in Harare (with online attendees) on 30 November. The meeting covered several projects as well as FIEBRE and ARGUS: B-GAP, FAST and BREATHE trial.
Representatives from the Ministry of Health and Childcare, Harare Central Hospital, Parirenyatwa Hospital, Medicines control authority of Zimbabwe, Zimbabwe College of Public Health Physicians, National Microbiology Reference Laboratory, MSF, UNAIDS and many other institutions participated in the meeting.
The FIEBRE and ARGUS presentations are available:
- Overview of FIEBRE: Evaluating causes of fever and antimicrobial resistance in sub-Saharan Africa and Southeast Asia (pdf), Heidi Hopkins
- FIEBRE: Preliminary results Ioana Ularu, Molly Sibanda
- The Zimbabwe typhoid outbreak & impact of vaccination on typhoid cases and antimicrobial resistance (pdf), Mutsawashe Chisenga
- FIEBRE Understanding the social context of antibiotic prescribing practices and antibiotic use in Zimbabwe (pdf), Salome Manyau, Justin Dixon
Recruitment of FIEBRE participants ended in Laos on 31 October 2020. The LOMWRU team started enrolling patients on 9 October 2018 at Vientiane Provincial Hospital. In total, 1961 participants were enrolled during this period. The team reached the adult recruitment target of 600 for both in- and outpatients.
Congratulations to everyone involved in contributing to the study’s success - the clinical and laboratory staff, hospital, participants and local communities.
The first set of samples were shipped to LSHTM in early 2020 and are now at international reference laboratories awaiting diagnostics. Analysis of these samples will produce the first results of the study aside from preliminary data from point-of-care tests carried out on site. The dried blood spots from Laos are also currently being used for the MOS-DEF biomarker project.
The team faced clinical and logistical challenges including difficulty in taking blood samples from children and travelling long distances to recruit controls (healthy people who were not always interested in taking part). The team continued working throughout the COVID-19 epidemic despite national restrictions which slowed down enrolment and limited field activities.
FIEBRE has helped with the clinical diagnostic capacity and treatment of infectious diseases in the local community, as blood culture and other tests were not available in the hospital previously. The information collected by the study may contribute to the development of treatment guidelines for fever and antibiotic stewardship in the future, especially in settings where there's limited laboratory diagnostics or little data available.
The American Society of Tropical Medicine and Hygiene 2020 Annual Meeting (ASTMH 2020) took place 15-19 November 2020 virtually.
There are four FIEBRE-related activities (two presentations and two posters):
Scientific Session 35: Bacteriology: Systemic Infections Session
Tuesday 17 Nov 9.00 am - 10.45 am US Eastern Time Zone
Antibiotic use among residents in Uganda, Zimbabwe and Malawi – a mixed methods study (pdf), Clare Chandler
Scientific Session 152: Global Health: Maternal, Newborn, Child Health and Neglected Tropical Diseases
Thursday 19 Nov 3.00 pm - 4.45 pm US Eastern Time Zone
- Evaluation of the CompactDry EC culture plates for the diagnosis of urinary tract infections in Harare, Zimbabwe (pdf), Ioana Olaru
- Poster Session A, Monday, 16 November
1.30 pm – 3 pm US Eastern Time Zone
- Poster Session A, Monday, 16 November
- Preliminary findings from the FIEBRE study in Mozambique: clinical findings and results of point-of-care tests and microbiology studies (pdf), Marta Valente
- Poster Session B, Tuesday, 17 November
11.45 am – 1.15 pm US Eastern Time Zone
- Poster Session B, Tuesday, 17 November
Join us online to find out more and share your news from the conference. Tweet @FeverStudies using #TropMed20
Participant recruitment in Zimbabwe finished on 30 September 2020. Many congratulations to everyone involved in contributing to the success of the study - the collaborators, participants and local communities.
Zimbabwe was the first FIEBRE site to start operating in June 2018. In total, 1923 participants were enrolled during this period. FIEBRE recruited patients presenting with fever to three major hospitals and three polyclinics in Harare.
The team at Biomedical Training and Research Institute (BRTI) continued working through outbreaks of cholera and typhoid, political and economic difficulties, despite all these challenges the outpatient adult target (of 600) was reached and many patients received life-saving diagnostics and treatment that otherwise they may not have been able to access. Through the study, a large number of patients with typhoid fever were diagnosed and received effective treatment. In addition, patients with other life-threatening infections such as tuberculosis, malaria and cryptococcal meningitis could be diagnosed.
Photos of team members working in Harare (before and during COVID-19)
A series of papers by Infectious Diseases Data Observatory (IDDO) that set out to explore the global distribution of infections that cause non-malarial febrile illness (NMFI) has been published in BMC Medicine.
The series was a collaboration by scientists and researchers from institutions across the world (including FIEBRE Pis from LSHTM, LOMWRU and University of Otago) who conducted large-scale systematic reviews of published literature to map the cause of febrile illness, once malaria had been excluded. Historically, malaria was assumed to be the cause of fever, however, the advent of rapid diagnostic tests, combined with intensified malaria control activities over the last decade, has substantially reduced incidence rates and it is now clear that most acute fever cases are of non-malaria aetiology.
The results of these systematic reviews, covering Africa, Latin America, and Southern and South-Eastern Asia, have been incorporated into an open-access online database that supports an interactive map that can filter data by country, microorganism type, patient age, sample type, pathogen family, genus and species, study year, geographic region and sub-region.
Non-malarial febrile illness: a systematic review of published aetiological studies and case reports from Africa, 1980–2015
Jeanne Elven, Prabin Dahal, Elizabeth A. Ashley, Nigel V. Thomas, Poojan Shrestha, Kasia Stepniewska, John A. Crump, Paul N. Newton, David Bell, Hugh Reyburn, Heidi Hopkins and Philippe J. Guérin
Febrile illness mapping—much of the world without data and without evidence-based treatments
Paul N. Newton and Philippe J. Guerin
When fever is not malaria in Latin America: a systematic review
José Moreira, Janaina Barros, Oscar Lapouble, Marcus V. G. Lacerda, Ingrid Felger, Patricia Brasil, Sabine Dittrich and Andre M. Siqueira
Non-malarial febrile illness: a systematic review of published aetiological studies and case reports from Southern Asia and South-eastern Asia, 1980–2015
Poojan Shrestha, Prabin Dahal, Chinwe Ogbonnaa-Njoku, Debashish Das, Kasia Stepniewska, Nigel V. Thomas, Heidi Hopkins, John A. Crump, David Bell, Paul N. Newton, Elizabeth A. Ashley and Philippe J. Guérin
Researchers from the Anthropology of Antimicrobial Resistance (AMIS) team at the LSHTM work in countries across Africa and Asia, including Ghana, Uganda, Malawi, Zimbabwe, China, Myanmar and Thailand, to understand how antibiotics are used in society. The FIEBRE social science team has contributed valuable insights into this work on antibiotics and the rise globally in antimicrobial resistance. See what their research has discovered about the differing roles of antibiotics in Malawi and Zimbabwe.
The FIEBRE protocol paper is now available on BMJ Open:
Febrile Illness Evaluation in a Broad Range of Endemicities (FIEBRE): protocol for a multisite prospective observational study of the causes of fever in Africa and Asia
Heidi Hopkins, Quique Bassat, Clare IR Chandler, John A Crump, Nicholas A Feasey, Rashida A Ferrand, Katharina Kranzer, David G Lalloo, Mayfong Mayxay, Paul N Newton, David Mabey, and FIEBRE Consortium co-authors
This paper provides an overview of FIEBRE’s clinical, epidemiological and laboratory activities. The study aims to identify infections that are treatable and/or preventable, to assess antimicrobial susceptibility of bacterial pathogens, to evaluate host response biomarkers that may help in predicting illness severity and distinguishing bacterial from other causes of fever, and to collect qualitative data on care-seeking and treatment behaviours in each study area.
The paper details the harmonised study design, clinical and laboratory assessments, and data analysis plan; gives information about the sites; and outlines the study’s strengths and limitations. Listen to Prof David Mabey introduce the paper:
It is with great sadness that we announce the sudden death last week of our dear friend and former colleague Dr Amit Bhasin, who was our FIEBRE programme manager from 2016-2019. Amit first joined the School in 2002 as manager of the Gates Malaria Programme, and moved to Cambridge University in 2019 to run the Cambridge-Africa Programme. He will be greatly missed by his many friends around the world. Read the full tribute to Amit here, find out how to send your condolences to his family, about a memorial scholarship and other memorial events to be arranged in the future.
Read about Ja Seng Bawk's experience in quarantine when she returned home to Myanmar in March. She works as a Research consultant for FIEBRE social science in Myanmar.
On 22 March 2020, I cut my trip to London for the FIEBRE Social Science Analysis meeting short due to the COVID-19 pandemic and ensuing lockdowns. When I arrived at Yangon International Airport, no one asked for a medical certificate (although this was stated as a requirement on the official website, resulting in me spending the last two days in London in a futile effort to acquire one). Instead, I had to fill out a Health Declaration card, which was handed out on the plane and I gave to the airport authorities on arrival. They gave me the choice of a public medical centre free of charge or a hotel at 7 MMK lakhs (around 500 USD) up front in cash for the 14 days of quarantine. I chose the hotel, which was assigned by the authorities at the airport.
During my time in quarantine at the hotel I was able to join the FIEBRE meeting online and work on transcription. I felt very safe as I was tested for fever and symptoms every morning by a team of about 2 doctors and 3 nurses wearing full personal protective equipment. Food was delivered to the hotel door. I also received approximately four phone calls a day from a department of the Ministry of Health and Sports asking me about my daily condition during quarantine. Because of the very limited availability of PCR testing at the time in the country, I wasn’t tested. After 14 days with no symptoms, I finally returned to my home, safe and sound.
Shortly after this, Yangon went into lockdown. I had to stop all fieldwork and since then, I have been focusing on transcription of interviews at home. As of today (29 May 2020), Myanmar authorities have reported 206 confirmed COVID-19 cases and six deaths since the first cases were reported on 23 March 2020.
The team at Centro de Investigação em Saúde de Manhiça (CISM) in Mozambique have been operational for a year. CISM began enrolling adult patients at Manhiça Health Research Centre on 13 March 2019 after paediatric recruitment started in 23 November 2018. They reached their 1000th patient in November 2019.
Recruitment started at a new site, Hospital Geral José Macamo, Maputo, on 28 November 2019. This has helped boost inpatient numbers considerably and improved the patients’ care with the performance of blood culture, urine culture and antibiotic susceptibility testing. Latest data from end of February shows 1406 patients enrolled of which 916 are outpatients and 490 inpatients. More children than adults have been enrolled.
The team has faced several recruitment challenges during the study. Over the years, inpatient numbers have dropped at Manhiça District Hospital and there has been overlap with other studies making inpatient recruitment particularly difficult.
Day 28 follow up has been challenging with a high rate of refusals and some loss to follow up due to migration, accessibility and local perception of loss of blood.
Throughout the study, the team has received positive feedback from both patients and the hospital. FIEBRE has contributed to the clinical diagnostic capacity at these hospitals through access to rapid diagnostic tests and laboratory cultures. This has helped both clinicians and patients, enabling clinicians to use the information to make an accurate diagnosis and therefore provide the right treatment.
The third FIEBRE Co-investigators meeting, hosted by LOMWRU, took place in Vientiane, Laos from 11-14 February 2020.
Over 45 members of the partner organisations involved in FIEBRE attended the meeting including London School of Hygiene & Tropical Medicine, Barcelona Institute for Global Health (ISGlobal), Biomedical Research and Training Institute (BRTI), Centro de Investigacao em Saude de Manhica, Liverpool School of Tropical Medicine, Malawi-Liverpool Wellcome Trust Research Programme, Mahidol Oxford Tropical Medicine Research Unit (MORU), University of Oxford, Bangladesh Institute of Tropical & Infectious Diseases and Chattogram Medical College Hospital.
Researchers from the Aga Khan University also joined the meeting to learn more about the possibility of setting up a similar study in Karachi, Pakistan.
The event was attended by representatives from all aspects of the study - data, clinical, laboratory, microbiology and social science. There was a packed agenda covering updates on:
- Country sites - personnel, number of patients and controls recruited, logistical recruitment challenges
- Sharing solutions to operational challenges
- Laboratory activities
- Reference laboratories – status on sample shipment
- Microbiology data and early analysis
- Quantitative data analysis plan
- Social science activities
- Complementary and associated studies
- Dissemination of results and engagement
- Publications, follow-on studies and future plans
- Potential new sites
The visit included a tour of the laboratory at Mahosot Hospital and the recruitment site Vientiane Provincial Hospital illustrating how the study operates from the initial recruitment of patients through data input to the samples being tested at the laboratory.
The meeting was very productive enabling all participants to share ideas and benefit from learning about the experiences of partners across sites and disciplines.
Members of the team and the DfID technical representative were also able to meet with the British Ambassador to explain the study.
A series of videos is being recorded of team members. These will give an insight into various different aspects of the study, from the hub at the London School of Hygiene & Tropical Medicine where FIEBRE is co-ordinated to the teams in Laos, Malawi, Mozambique and Zimbabwe who are enrolling the patients, taking samples and collecting the data.
The first video is with Dr Katharina Kranzer, the Principal Investigator in Zimbabwe, who explains how FIEBRE operates with BRTI in Harare.
The LOMWRU team started enrolling patients on 9 October 2018 at Vientiane Provincial Hospital “Maria Teresa hospital” 60 km from Vientiane. The team recruited its 1000th patient in early September.
Latest data from early October show 1165 patients enrolled of which 669 are inpatients and 495 outpatients.
The team comprises three doctors, two who are responsible for recruiting in- and outpatients, and one for control recruitment. There’s one laboratory technician and one person concentrating on 28-day follow-up.
The team has faced many challenges since the start due in part to the weather. Patients present with fever relating to the season. Recruitment increased during the rainy season (May to October) despite only having three doctors during a dengue fever outbreak. The enrolment rate has sped up since recruitment started 24 hours a day/7 days a week with the help of a local assistant doctor. Another challenge for the team is handling children while taking blood from them. Parents are often not willing to give consent.
Day 28 follow up is quite successful at about 80% and varies depending on the weather. Reasons for refusal include feeling much better so there's no desire for further blood tests; moving (work or life -related); geography and distance; and inability to leave work.
Community control recruitment can be like an adventure, as the countryside is very diverse and the distances so far. Some trips can take up to two hours each way. None of the trips are easy and can even involve transporting the vehicle and equipment by boat across a river.
Throughout the study, the team has always received positive feedback from both patients and the hospital. FIEBRE has been able to contribute to the clinical diagnostic capacity of infectious diseases locally, as blood culture and other tests are not available in the hospital.
FIEBRE will attending the 11th European Congress on Tropical Medicine and International Health (ECTMIH) from 16-20 September 2019 in Liverpool, UK.
Members of the team will be presenting on two topics:
- FIEBRE (Febrile Illness Evaluation in a Broad Range of Endemicities): a multi-site prospective observational study of causes of fever in sub-Saharan Africa and Southeast Asia
Hopkins H, Bassat Q, Chandler CIR, Crump JA, Feasey NA, Ferrand RA, Lalloo DG, Mayxay M, Newton PN, Mabey DCW
(Tuesday 17 September, Rm 1a, 14.00 h)
- Emergence of diminished ciprofloxacin-susceptibility Salmonella typhi in an ongoing outbreak from Harare, Zimbabwe
Ioana D Olaru, Nicholas Feasey, Rashida Ferrand, David Mabey, Heidi Hopkins, Sekesai Zinyowera, Ben Amos, Katharina Kranzer
(Thursday 19 September, Rm 1a, 15.00 h)
In Malawi, the first patient was enrolled on 4 July 2018; their 1000th patient, a child outpatient, was signed up at Chikwawa District Hospital on 11 June 2019.
The Malawi-Liverpool Wellcome Trust Research Programme (MLW) team initially comprised 11 front line staff, working at Chikwawa District Hospital, rising to 15 in April 2019, as the second site in Ngabu, was opened to speed up inpatient recruitment, and weekend work started. The laboratory and freezers, where samples are further tested and stored, are based at MLW in Blantyre.
Community engagement is integral to the study's success. FIEBRE has been helped by earlier community sensitisation work in the area. Two of the original fieldworkers are very well known and trusted in the community which has aided acceptance of the study. Before and during the study, there are regular engagement activities with the local community, including meetings with the district council where the local chiefs and villagers ask questions about the study. There's been particular interest and concern about the amount of blood taken (shown to a certain extent in some difficulties with getting blood samples from controls). Issues such as this are addressed by the team and their continued dedication in working with the local community.
Chikwawa district and the Chikwawa district hospital are resource poor and constitute one of the most deprived areas and facilities in the country. The hospital is situated by the Shire river, in a largely rural district. In March, the study had to close for a week due to severe floods. The main road was washed away and one of the villages was badly affected with scores of homes washed away. Many of these people are living in temporary shelters and awaiting support for new homes to be built. The situation was further compounded by Cyclone Idai causing flash floods shortly afterwards. St Montfort Hospital the second site is 30 km away from Chikwawa. This hospital is located in the major town in the district which services the main employer: Illovo Sugar.
In these settings, the FIEBRE team have been able to help support and add to the overall level of care and treatment in the area. Moreover, a clinical microbiology and blood culture service has been provided enabling FIEBRE to contribute to the clinical diagnostic capacity at these hospitals. Even patients not on the study can access this service. Six cases of TB have been diagnosed in patients who otherwise would not have been diagnosed. This is likely to have been life-saving for some. There have been 16 positive blood cultures indicating septicaemia or blood poisoning. This is often fatal but thus far the patients have survived demonstrating further benefits to the community.
Data for the year shows almost 4700 patients have been screened with about 1100 recruited. Loss to 28-day follow-up is at 7%, which reflects the good work of the team, as it can be challenging with inpatients as some reside outside the usual catchment area.
A year ago, the BRTI team in Zimbabwe started recruiting patients for FIEBRE. The first participant signed up for the study was a child outpatient enrolled on 22 June 2018. Since then more than 1000 participants have been recruited from five clinics across Harare and Chitungwiza. The team has diagnosed a large number of typhoid fever cases and collected invaluable data about the extent of antimicrobial resistance. Patients have received life-saving treatment that otherwise they may have had difficulties in accessing. FIEBRE has contributed to the clinical diagnostic capacity at these sites and also to regional antimicrobial resistance surveillance efforts.
Our dedicated field staff, comprising eight nurses and six research assistants, are currently working in two major hospitals (Harare Central and Chitungwiza General), three primary care clinics (Budiriro, Glen View and Rutsanana Polyclinics) and their surrounding communities. Three MSc students (two from LSHTM and one from University of Oxford) are helping with various aspects of the study. Felicity Aiano is working with the social science team; Michael Blank is working in the laboratory on the ARGUS study; and Zay Yar Aung has been investigating antimicrobial prescribing at Budiriro clinic.
The latest data show out of almost 1800 patients screened, 1038 were enrolled. The reasons for ineligibility vary and are monitored to establish if there are steps that can be taken to aid recruitment such as encouraging patients to consent through raising local community awareness of the study and its potential benefits. The amendment to the protocol to discard 'elevated respiratory rate' and 'cough' as an exclusion criterion for outpatients <15 years has helped recruitment in this category. Outpatient recruitment has gradually increased, particularly with the opening up of new sites in April. Control recruitment has been steady (67% of selected outpatients have been matched and recruited). The loss to follow up for Day 28 recruitment is low with 92% of patients having a Day 28 visit.
Recruiting a community control is not not as simple as it seems. There's many stages involved behind the scenes as community controls must be frequency matched to the cases by age, sex, seasonality and geographical area. These data are calculated by the team at LSHTM. The LOMWRU team in Laos then spends a considerable amount of time and effort travelling long distances to locate and ask healthy individuals to take part in the study as community controls.
Dr Somvai Singha produced a video of one such trip, which took 2 hours by motorbike and boat, to a village in Viengchan province 90 km away from the capital Vientiane. This shows the lengths people will go to seek care, the same journey can take 4 hours by road.
Watch this fascinating video of a journey to locate a control:
Read about a study participant's experience in Malawi.
Fletcher Nangupeta and Frank Mlumbe, FIEBRE fieldworkers, organised a visit to meet two FIEBRE study participants, a mother and daughter, and the village elder, at William village, in Chikwawa district. The mother explained how her daughter had been enrolled in the study when she had presented with a fever, how the daughter had recovered after treatment and subsequently, when the mother herself became ill with a fever, she had no hesitation in taking part.
FIEBRE in practice: Malawi FIEBRE visit to William village, T/A Katunga
Report produced by Fletcher Nangupeta and Frank Mbalume
On 8 February 2019, we received three visitors from London School of Hygiene & Tropical Medicine namely; Amit Bhasin, Ruth Lorimer and Rebecca Handley. Staff from the Malawi Liverpool Wellcome Trust Research Programme (MLW) were also in attendance: Edward Green, Kate Haigh, Fletcher Nangupeta and Frank Mlumbe
We visited William village, in the traditional authority (T/A) area of Katunga, where we went to the house of a FIEBRE study participant. The main purpose of the visit was to find out what she understood about the study and to see how people in the community perceived the FIEBRE study. On arrival at the village, we were received by the village headwoman herself, the participant and her children. The team was introduced to both the participant and the village headwoman.
When she was asked about how she feels taking part in the study, she said ‘’it is a good experience to participate in the study, this is my second time taking part in the study and two of my children also took part in study”. She appreciated that now she knows the status of her body and the general health of the children. When asked about the blood volume and blood stealing myths which can occur in Malawi, she said, ‘’The myths were circulating sometime ago but nowadays people realise the importance of being in the study”. One inquisitive neighbour had enquired about FIEBRE: a lady from a village nearby who came and asked her if any of her children became sick or were weak after participating in the study and having their blood taken. She assured the lady that the child would be fine and she should not get worried.
The team was interested in what people in the village do when they get sick; the participant and the village headwoman explained that a few individuals buy medicine mainly painkillers from within village shops while many of them go to the hospital when they became sick.
The team asked about the demographic and ethnic composition of the village. The village headwoman said that there are about 300 households in the village mainly headed by males apart from few households which are headed by females and children, and majority of them are from the Mang’anja tribe. The majority of the inhabitants of William village rely on farming as their main economic activity almost every household has a piece of land for farming and others keep livestock such as cattle, goats and chicken. Apart from farming, a few individuals have other jobs while others have small scale businesses.
One of the visitors asked how the village had changed over the years. The participant said that in the past most of the houses were grass thatched whereas now people are able to build iron-roofed houses, and people used to drink water from the wells and river and needed to walk long distances to get water, but now water comes from taps and boreholes.
The meeting concluded after approximately one hour with friendly farewells and handshakes.
Meeting with FIEBRE participants and village elder
All four sites, Laos, Malawi, Mozambique and Zimbabwe, are now operating fully recruiting both adult and children out- and inpatients.
The team at Centro de Investigação em Saúde de Manhiça (CISM) in Mozambique began enrolling adult patients at Manhiça Health Research Centre in mid-March after paediatric recruitment started in December 2019.
Two sites have now recruited over 500 patients. In January, Zimbabwe became the second site following Malawi. To enable enrolment of the full cohort expansion is under way in Malawi and Zimbabwe where nurses and research assistants have been taken on to recruit participants at new sites. The plan is to train staff and be ready to open up the new sites in April.
All sites receive regular recruitment reports tailored to their specific data requirements providing details about the participants, number of controls, 28-day follow ups etc. These updates enable the teams to chart their progress and identify any potential issues.
Study documents are available from this page, including the study protocol and standard operating procedures (SOPs). For access to other study materials, including data collection tools (case report forms, CRFs), please contact email@example.com
You are welcome to contact us with any questions or to request documents that are not yet published.
|FIEBRE central protocol version 1.0, 1 Oct 2017 – the study protocol originally approved and implemented at study sites|
|v3.0 (pdf)||FIEBRE central protocol version 3.0, 31 Oct 2018 – supersedes all previous versions|
|v4.0 (pdf)||FIEBRE central protocol version 4.0, 28 Feb 2019 – supersedes all previous versions|
|v4.2 (pdf)||FIEBRE central protocol version 4.2, 15 Apr 2019 – supersedes all previous versions|
|Social science forms|
|Drug bag questionnaire data collection form (pdf)|
|F.01 (pdf)||Study enrolment: Patient recruitment, screening and enrolment|
|F.02 (pdf)||Informed consent/assent procedures|
|F.03a (pdf)||Completion of clinical CRF for child patients (aged <15 years) on Day 0|
|F.03b (pdf)||Completion of clinical CRF for adult patients (aged ≥15 years) on Day 0|
|F.04 (pdf)||Collection of patient samples on Day 0: venous blood, pharyngeal swabs, and urine|
|F.05 (pdf)||Processing of patient samples on Day 0: blood, pharyngeal swabs, and urine|
|F.06a (pdf)||Malaria RDT preparation, reading and results recording|
|F.06b (pdf)||HIV testing and results recording|
|F.06c (pdf)||Processing urinary lipoarabinomannan (LAM)|
|F.06d (pdf)||Cryptococcal antigen testing and results recording|
|F.07a (pdf)||Blood smear preparation and staining|
|F.07b (pdf)||Malaria microscopy: slide reading, recording and internal quality control|
|F.07c (pdf)||Selection of slides for external quality control|
|F.08a (pdf)||Blood culture preparation, interpretation, and results recording|
|F.08b (pdf)||Blood mycobacterial culture preparation, interpretation, and results recording|
|F.08c (pdf)||Urine dipstick use and culture preparation, interpretation, and results recording|
|F.09 (pdf)||Scheduling a patient’s study follow-up and storage of contact information|
|F.10 (pdf)||Completion of CRF for patients on Day 28|
|F.11 (pdf)||Collection and processing of samples on Day 28: venous blood|
|F.12 (pdf)||Selection, recruitment, and enrolment of community controls|
|F.13 (pdf)||Completion of CRF for controls|
|F.14 (pdf)||Collection and processing of samples from controls: venous blood, pharyngeal swabs|
|F.15a (pdf)||Storage and shipping of dried blood spots from study sites to LSHTM|
|F.15b (pdf)||Sample storage at sites and selection and preparation for shipping participant samples (whole blood, plasma, serum, blood cell pellet, buffy coat, PAXgene tubes and NP/OP swabs)|
|F.15e (pdf)||Lysis of bacterial and fungal cells for DNA|
|F.15f (pdf)||Shipping FIEBRE samples from LSHTM to reference laboratories|
|F.15g (pdf)||Receiving and storing samples at LSHTM|
|F.16 (pdf)||Identifying and reporting serious adverse events (SAEs)|
|F.19 (pdf)||Collection and storage of PAXgene tube|
|F.20 (pdf)||Processing and storage of FIEBRE samples at LSHTM|
|FD.01 (pdf)||Procedure to request updates to eCRF forms|
Publications, research and data produced and contributed to by FIEBRE team members is available including:
- Journal articles
- Conferences, workshops and presentations
- Books, chapters and sections
- Seminars and lectures
Other research, masters projects and sub-studies will take place in association with the main FIEBRE study, information about these is detailed in this section.
Impact of the COVID-19 pandemic on health care workers and the health care system in Zimbabwe (ICAROZ)
ICAROZ aims to implement comprehensive occupational health services including SAR-CoV-2 testing integrated with screening for major causes of morbidity and mortality in frontline health care workers, with rapid feedback of results to reduce nosocomial spread and trace household contacts.
The occupational health service will be set up in the eight communities and three hospitals (where FIEBRE operating). This will include community health care workers, nurses, midwives, auxiliary nurses, student nurses, cleaners, clerks, security, doctors, radiographers and other staff. The service will include a respiratory symptom screen, temperature, blood pressure and HbA1c measurement as well as an abbreviated physical exam. Anybody with fever and/or respiratory symptoms will be asked to submit a sputum sample for tuberculosis testing (depending on the duration of symptoms) and a nasoparyngeal swab will be taken for SARS-CoV-2. HIV testing either provider-delivered or self-testing using oral mucosal kits will also be offered. Results will be fed back to clients within 24 hours and appropriate measures for self-isolation will be discussed. Contact tracing will be conducted as per the national guidelines.
Lead investigator: Prof Katharina Kranzer
Funder: University of Bristol (Elizabeth Blackwell Institute Global Public Health Research Strand)
Host institute: Biomedical Research & Training Institute
Collaborators: Dr Justen Manasa (Biomedical Research & Training Institute), Prof. Chiratidzo Ndhlovu (University of Zimbabwe), Dr. Hilda Mujuru (University of Zimbabwe), Professor Simbarashe Rusakaniko (University of Zimbabwe)
Setting: hospitals and primary care clinics in/aroundHarare
Population: 6620 community health care workers, hospital and clinic staff
Marker of Severity Diagnostics for Evaluating Fever (MOS-DEF)
The Marker of Severity Diagnostics for Evaluating Fever (MOS-DEF) project is a sub-study of FIEBRE funded by Global Good. The objective of MOS-DEF is to develop, evaluate and deploy multiplex assays to measure human blood-borne factors that are released during an immune response. These factors may be informative to indicate the potential causes of fever, and/or, the severity of fever.
Analysis of the assay data will take the form of statistical and computational approaches to identifying individual markers or combinations of markers that could assist in identifying the root cause of fever, the severity of disease in patients presenting with fever and 28 day outcomes of fever cases.
As a sub-study of FIEBRE, the source materials of MOS-DEF are blood plasma collected from inpatient and outpatient settings in the FIEBRE study countries. Analyses will be informed by pre-existing clinical and laboratory data collected during FIEBRE.
Tegwen Marlais is leading the MOS-DEF multiplex assay development at LSHTM.
Markers of immune and endothelial activation
|Azu/HBP||azurocidin 1/heparin binding protein|
|FLT-1||fms-like tyrosine kinase-1|
|sTNFR-1||soluble tumour necrosis factor receptor -1|
|TREM-1||triggering receptor expressed on myeloid cells-1|
|TRAIL||TNF-related apoptosis-inducing ligand|
|IP-10||interferon gamma-induced protein 10|
|MxA||myxovirus resistance protein A|
Antimicrobial resistance of Gram-negative bacteria from urine specimens (ARGUS)
Antimicrobial resistance (AMR) is a global problem affecting all countries irrespective of income and geographical location, and has been highlighted by the World Health Organization as one of the three most important public health threats of the 21st century. The increase in AMR is driven among others by inappropriate antibiotic use, insufficient or lacking infection control systems and the dissemination of successful bacterial clones harbouring resistance genes. Infections due to drug-resistant organisms are associated with increased mortality and risk of onward transmission, particularly in low-income settings where alternative antibiotics are not readily available, and pose an immense burden on weak health systems.
The ARGUS study aims to investigate the prevalence of and underlying molecular mechanisms for AMR in Gram-negative bacilli causing urinary tract infections in Zimbabwe. Taking into account that inappropriate antibiotic use is a main driver of AMR, this study plans to investigate antibiotic consumption in adults presenting to primary care. This information may be used to interpret the results on prevalence of antibiotic resistance.
The results from this study will be used to inform policy and development of treatment recommendations. Whole genome sequencing results will provide a better understanding of the prevalent resistance genes in Zimbabwe, of the spread of successful clones, and potentially will contribute to developing strategies to tackle AMR.
Lead investigator: Dr Ioana Olaru is an infectious diseases physician and currently undertaking a PhD with LSHTM
Setting: primary care clinics from Harare
Population: 1500 participants with suspected urinary tract infections
Supervisors: Katharina Kranzer, Rashida Ferrand, Shunmay Yeung
Carriage of antimicrobial resistance genes in children enrolled in the FIEBRE study
Antibiotic resistance (or antimicrobial resistance - AMR) is a well-recognised threat to global health. Few studies have examined how frequently people in Africa carry bacteria with genes that confer resistance to different antibiotics. The limited data available suggest that the rate of carriage of bacteria with resistant genes is high, even when the antibiotics in question are not widely available locally. There are unanswered questions as to where these genes have come from: previous antibiotic use (either prescribed or over-the-counter); environmentally from the hospital or community, or from eating food where antibiotics have been used in production. We also do not know how often carrying bacteria with AMR genes leads to disease, and whether this leads to a worse outcome for African children.
This study aims to investigate how often children with fever attending inpatient and outpatient facilities in Zimbabwe carry AMR bacteria, whether this relates to the cause of their fever, and leads to worse outcome. The rates of AMR bacterial carriage will be compared before and after admission (for inpatients) and with community controls. In a small number of samples, AMR genes within bacteria will be analysed and compared, to see if the spread of particular genes in hospitals and communities can be mapped, and to explore where the genes may have come from. This study is planned to produce initial data for a wider study in collaboration with vets and geographers looking at the spread of AMR genes in Zimbabwe, and what can be done to prevent that spread.
Project duration: 2017 – 2021
LSHTM lead investigator: Felicity Fitzgerald, UCL Great Ormond Street Institute of Child Health
Co-investigators: Rashida Ferrand, Shunmay Yeung, David Mabey, Ioana Olaru
Funding: Academy of Medical Sciences and the funders of the Starter Grant for Clinical Lecturers scheme