Getting involved
“Taking part in research studies can mean anything from filling in a quick survey to giving just a teaspoon more blood when you next go to the clinic.
“I’m not a fan of needles but it didn’t hurt and it felt great to be contributing to developing better treatments and really making a difference.”
The goal of our Centre is to improve health and wellbeing of adolescents and young adults living with arthritis, lupus, or other chronic inflammatory rheumatic conditions. We need to work together with young people and families to achieve this aim, and ensure that their ideas are heard, understood, and prioritised.
If you are, or know a young person who is affected by juvenile rheumatic conditions, then please contact us about how you can be involved as a research collaborator or make a difference by sharing your stories. Successful research can only be possible with regular feedback from you on how we can improve our current research designs, and how we can develop future research questions that are even more relevant and meaningful for you!
“We are always in need of more volunteers for our research”
Volunteers without arthritis, lupus or myositis who are not on any treatment are extremely important to our research efforts.
Comparing blood samples from volunteers with and without arthritis or lupus leads to the identification of processes in the body that may be responsible for driving these conditions. This in turn can lead to development of new treatments to block these processes.
Check out ‘Health research: making the right decision for me’ – a short animation produced jointly by the Nuffield Council on Bioethics & Mosaic Films to learn more about participating in research!
If you know of anyone who would like to help such as friends, brothers, sisters (or any other young person!) please do let us know.
Please click to register your interest
Investigating the immune system of young people that have JDM
Investigating metabolism, cardiovascular risk and development of Lupus
Why does the immune system change during adolescence?
Understanding ERA in order to develop better treatment
Developing an MRI scanning score in enthesitis related arthritis
Influence of the gut bacteria on JIA
Investigating the impact on blood vessels of Juvenile Dermatomyositis
Investigating service quality and new technology
Storage of biological samples such as blood that feed into lots of research projects
Belimumab treatment in childhood lupus
Identify happens in the short and long-term future in JIA
Working out what genes are important in JIA
Improve treatments and understand long-term outcomes
Improve treatments and understand long-term outcomes
Understanding why children respond or fail to respond to treatment for Juvenile Idiopathic Arthritis
Monitor treatments and understand short and long term outcomes in JIA taking Etanercept or Methotrexate
Monitor treatments and understand short and long term outcomes in JIA taking biologic treatments (but not Etanercept)
Project lead: Meredyth Wilkinson
Investigating the immune system of young people that have Juvenile Dermatomyositis (JDM)
• Patients with JDM of all ages being cared for by UCLH or GOSH will be invited to take part or those already participating in the JDRG study.
• Each person that would like to be a part of the study will be asked to give a blood sample.
• We would like to gain a blood sample from each person before they start any treatment, during treatment (1 year after diagnosis) and when the symptoms have become stable or resolved.
• The blood samples will enable us to isolate the B cells and examine their role in the disease in detail.
• If you have JDM and are being cared for at UCLH or GOSH, please discuss this with the nurse or doctor when you next attend clinic if you would like to take part. For more questions please contact Dr. John Ioannou via the Centre Research Co-ordinator – Hema Chaplin – h.chaplin@ucl.ac.uk
Project lead: Meredyth Wilkinson
Investigating the immune system of young people that have Juvenile Dermatomyositis (JDM)
JDM is a condition caused by autoimmunity; this is where the immune system reacts to itself causing inflammation. In JDM the immune system mainly causes inflammation in the skin and muscles, resulting in a rash and muscle weakness. This project aims to look in detail at the role of a specific white blood cell, B cells, in the disease course. Young people with JDM and a group without the disease will be asked to take part in the study. Those with JDM will mainly be asked to participate in the study when they attend clinic. Blood samples and clinical information about the disease state will be taken, and this information will be gathered over time before treatment is given and also during treatment. The information gathered for this project will aim to improve our knowledge of the underlying disease mechanisms and lead to more specific treatments.
So far she has recruited 29 adults with myositis, analysed samples from 32 children and young people with JDM and have helped to recruit healthy controls from the age of 6+. Analysis in the laboratory has shown differences in B cells and the proteins they release in the blood between newly diagnosed patients, patients on treatment for a while and healthy controls. These proteins could possibly be the key to development of new treatments.
Project lead: Mr George Robinson
Understanding the immune system of juvenile-onset Lupus (JSLE): could targeting fat metabolism control disease progression and reduce cardiovascular risk?
Anyone with JSLE cared for at UCLH will be invited to take part as the study plans to look at JSLE at different ages and the impact of puberty on the immune system.
Also adults with their lupus starting before the age of 18 (juvenile onset) or starting when they were over 25 (adult onset).
Males and females included as the project plans to look at the different response of males and females to hormones and other factors that may drive lupus.
Project lead: Mr George Robinson
Understanding the immune system of juvenile-onset Lupus (JSLE): could targeting fat metabolism control disease progression and reduce cardiovascular risk?
A specific white blood cell type called T-cells are implicated in the development of both Lupus and atherosclerosis (a disease of the blood arteries). Lupus patients are at an increased risk of cardiovascular disease and my project aims to understand the development of the disease in juvenile-onset patients and to find reasons for the increased cardiovascular disease risk in these patients.
Juvenile onset-Lupus patients tend to have a more aggressive disease to adult onset-Lupus patients and the reason for this is unknown.
We hypothesize that defects in fat metabolism in immune cells contributes to disease development in patients with JSLE and this may be related to puberty.
The overall objective is to investigate factors that contribute to changes in immune cell fat metabolism. One of these factors that will be looked at is estrogen. 9 in every 10 lupus patients are female and therefore we believe there may be a hormonal role in the development of the disease and the increased cardiovascular risk for patients.
Project Lead: Dr. Kate Webb
Investigating how the immune system changes during adolescent development
• Patients with Lupus aged between 13-19 yr being cared for by UCLH will be invited to take part.
We also ask young people without rheumatic disease to participate through inviting friends of those with JIA or Lupus or through contacting secondary schools. We may also invite young people being cared for by doctors who are not rheumatologists, (such as those that look after problems with hormones i.e. endocrinologists) to take part.
• For all those taking part the stage of puberty will noted (through asking some simple questions related to this).
• Blood samples (4 table spoons) will be taken at the same visit.
• This will be repeated every few months around 2-4 times.
• The blood samples will be looked at in the laboratory for different substances that relate to adolescent physical development through puberty and Lupus.
• Through this study, we will gain an understanding as to what makes Lupus switch on during adolescence. This information can then be used to develop ways that we can affect these biological switches.
• If you have Lupus, are 13-19 years and are being cared for at UCLH, please discuss this with the nurse or doctor when you next attend clinic if you would like to participate. For more questions please contact Dr. John Ioannou via the Centre Research Co-ordinator – Brenda Bell – brenda.bell@ucl.ac.uk
Project Lead: Dr. Kate Webb
Investigating how the immune system changes during adolescent development
Adolescence is a time when lots of things change and a time during which many conditions that affect joints such as arthritis either develop for the first time, or get better. Some types of JIA often come on during adolescence (such as enthesitis related arthritis) and others tend to get better such as oligoarticular JIA. Childhood onset lupus most often develops at the same time as puberty and myositis gets better during adolescence in some people but not others. Kate’s PhD project aims to understand what it is about adolescent and pubertal development that changes the immune system, which in turn leads to these observations. Working out what makes these diseases switch on or switch off during adolescence will allow for treatments that can affect these biological switches. Kate has been successfully awarded a prestigious Action Medical Research Fellowship to fund her project for a further 3 years! Check out their website to read more about this exciting project!
Project lead: Dr. Corinne Fisher
Understanding ERA in order to develop better treatment
• Patients with JIA aged between 13-19 yr being cared for by UCLH will be invited to take part. We also ask young people without JIA to take part through inviting friends of those with JIA or through liaising with secondary schools.
• This study involves donating an extra blood sample (4 table spoons) when having routine blood tests. There are no other extra visits to the hospital involved.
• The cells in the blood sample are then tested by Dr Corinne Fisher in the laboratory to see how likely they are to cause inflammation.
• This information should lead to us understanding what it is about the body the can lead to ERA.
• If you have ERA, are 13-19 years and are being cared for at UCLH, please discuss this with the nurse or doctor when you next attend clinic if you would like to take part. For more questions please contact Dr. Corinne Fisher via the Centre Research Co-ordinator – Brenda Bell – brenda.bell@ucl.ac.uk
Project lead: Dr. Corinne Fisher
Understanding ERA in order to develop better treatment
ERA is one type of JIA that most often comes on during adolescence and is the only subtype of JIA to occur more frequently in boys. Of all the sub-types of JIA this is the one where probably the least amount of research has been done. Corinne’s project is focused on studying key aspects of the immune system in patients with ERA to try and understand why these patients are more likely to developing arthritis and aim to identify new treatments to treat this disease.
Project lead: Dr. Timothy Bray
Developing an MRI scanning score in enthesitis related arthritis
• If you have ERA and are being cared for at UCLH and wish to be involved with this study please let your Doctor or nurse know at the next clinic appointment
• The study involves having an MRI scan and the image of the scan is then analysed by special computer software that generates a score that may relate to how severe the arthritis is.
• If you would like to find out more information please contact Dr. John Ioannou via the Centre Research Co-ordinator – Brenda Bell – brenda.bell@ucl.ac.uk
Project lead: Dr. Timothy Bray
Developing an MRI scanning score in enthesitis related arthritis
Young people with ERA develop arthritis of the lower back in joints called the sacroiliac joints. MRI scans can show arthritis but there is no way to know how bad the arthritis is in these. This makes it very difficult to know if a treatment is working and preventing the arthritis from damaging the lower back. Tim is working with Professor Margaret Hall-Craggs (who is an international expert in musculoskeletal radiology) and Dr Alan Bainbridge (a medical physics expert at UCLH) to develop new methods for imaging inflammation of the spine in ERA patients. We hope that these new techniques will provide the doctors with more information about the type and severity of arthritis, which will help us to better target treatments. We also hope that giving patients more information about their disease will help them to feel more involved and more in control of their healthcare.
Who can volunteer for the project?
Project lead: Lizzy Rosser
Influence of the gut-microbiota on peripheral B cells responses in Juvenile Idiopathic Arthritis.
In healthy people, white blood cells called “B-cells” and “T-cells” target infections. In childhood arthritis, B-cells and T-cells malfunction and start targeting proteins in the human body. T-cells in arthritis have been extensively studied. However, there is little known about B-cells and disease. Recent studies have demonstrated that ‘good’ bacteria in the gut affect immune responses and arthritis. I aim to investigate how gut-bacteria affect B-cells in children and whether this influences arthritis development. By understanding how gut-bacteria impact B-cell responses, new ways to treat childhood arthritis can be discovered.
Who can volunteer for this project?
Project Lead: Dr Charris Papadopoulou
The vasculopathy of Juvenile Dermatomyositis (JDM)
Juvenile dermatomyositis (JDM) is an inflammatory disease of the muscle (myositis), skin and blood vessels (vasculitis) that affects about 3 children per million each year. Whilst the cause of JDM is unknown it is believed that the child’s own immune system attacks the blood vessels in the muscle and skin, and sometimes there is also activation of the blood clotting machinery ultimately leading to tissue damage. The impact of JDM can vary from mild skin involvement, to severe weakness and multi-organ involvement in up to 40% of cases. The development of vasculitis is often associated with severe disease and poorer outcomes and may have long term consequences such as hardening of the arteries, heart attack and possibly stroke at a young age. There are currently no tests to detect or monitor this. This project addresses this unmet need, and will study novel tests that could identify and track vasculitis and its outcomes in patients with JDM. The ultimate goal is to use these discoveries to help us identify new treatments to allow a more ‘personalised’ approach for the treatment of JDM.
Project Leads: Alice Cai and Despina Eleftheriou
Improving adolescent health care and outcomes in arthritis through service quality and technology
Who can volunteer for the toolkit project?
• We would like to invite patients with rheumatic disease such as JIA, Lupus or JDM aged 10-24 years to take part in focus groups or interviews to evaluate the toolkit. If you are interested in taking part or have any questions then please contact the Centre Research Facilitator – Hema Chaplin – h.chaplin@ucl.ac.uk
Who can volunteer for JIApp project?
• We would like to invite patients with JIA aged between 10-24 years old who are cared for UCLH or GOSH to take part in a study where you can try out the app.
• Young people with JIA will be given the app to use for 12 weeks.
• Young people with JIA will also be given questionnaires to complete at baseline and after using the app. The questionnaires will cover issues relating to symptoms, mood, well-being, self-management, and thoughts on the app. These should take around 20-30 minutes to complete.
• If you have JIA, are 10-24 years and are being cared for at UCLH or GOSH, and are interested in taking part, then please discuss this with your Rheumatologist at UCLH or GOSH when you next attend clinic. For more questions please contact Dr. Despina Eleftheriou via the Centre Research Facilitator – Hema Chaplin – h.chaplin@ucl.ac.uk
Project Leads: Alice Cai and Despina Eleftheriou
Improving adolescent health care and outcomes in arthritis through service quality and technology
Young people’s health outcomes are highly dependent on the quality of healthcare that they receive as well as how well they look after themselves such as taking medications properly and exercising. It is therefore important to establish appropriate services and support for young people with inflammatory rheumatic disease. One of our projects is developing a clear toolkit reflecting young people’s perspectives through which quality of care can be measured and benchmarked. We will work together with young people across the UK to develop and evaluate the toolkit using focus groups, one-to-one interviews, and questionnaires.
In another project we are creating a comprehensive and age-appropriate smartphone app for young people with JIA to monitor things that are interesting for young people such as symptoms, exercise and mood, and to help with their treatment in general. We hope that using the app can increase patient’s understanding of their arthritis, promote self-management, and improve the quality of information available to their doctor.
• If you would like more information please contact Drs Alice Cai or Despina Eleftheriou via the Centre Research Facilitator – Hema Chaplin – h.chaplin@ucl.ac.uk
Project lead: Ms. Ania Radziszewska
Storage of biological samples such as blood that feed into lots of research projects
Everyone that attends the adolescent clinic at UCLH who has JIA, lupus, JDM, Sjogren’s syndrome or any other disease that is due to inflammation will be invited to donate a blood sample (4 table spoons). Pending approval we also hope to be able to invite patients aged 13 years and above being cared for at GOSH.
• We would also like blood samples from young people without these conditions to compare.
• If you would like to take part and donate a blood sample to this research effort please contact Linda Suffield via the Centre Research Co-ordinator – Brenda Bell – brenda.bell@ucl.ac.uk
Project lead: Ms. Ania Radziszewska
Storage of biological samples such as blood that feed into lots of research projects
Each of these projects listed in this section all require biological samples such as blood. Ania is involved in lots of projects but she is also responsible for processing and storing the many biological samples that are donated from young people in clinic. Hence when a new research project at the Centre is set up, the samples are ready and available to be looked at in the laboratory leading to results much quicker. We now have nearly 1400 samples from our patients and over 200 samples from healthy volunteers!
National study we are taking part in:
Belimumab treatment in childhood lupus
National study we are taking part in:
Belimumab treatment in childhood lupus
We are participating in a clinical trial looking to establish the effectiveness and safety of a new treatment in childhood lupus. Belimumab (the new drug tested in this study) works through attacking the cells that are responsible for causing disease in lupus and has already been proven to be effective in adults. This represents a potential new treatment for patients with childhood SLE.
National study we are taking part in:
Identify what happens in the short and long-term future in JIA
National study we are taking part in:
Identify what happens in the short and long-term future in JIA
This study collects detailed information on patients with JIA from the time that they are diagnosed. The information relates to JIA in terms of how it is affecting the body as well as questionnaires completed by the patient and the parents relating to different aspects of well-being such as mood and quality of life. Also DNA is collected from each patient in the form of a blood test or a sample of saliva. This study, which has now over 2000 patients with JIA participating will help define the long-term outcome of JIA and also work out what are the important genes that are involved. We have recruited 26 patients seen at UCL Hospital so far.
National study we are taking part in:
Working out what genes are important in JIA
National study we are taking part in:
Working out what genes are important in JIA
The aim of this study is to collect DNA from patients with JIA to work out what genes are important in this condition in causing arthritis. DNA is sent to Manchester to make up a genetic library of 1000s’ of patients with JIA. This is usually from a sample of saliva or blood. This allows for important genes to be identified that are important in JIA.
National study we are taking part in:
Improve treatments and understand long-term outcomes in JSLE
National study we are taking part in:
Improve treatments and understand long-term outcomes in JSLE
This study aims to collect detailed to understand JSLE better, see which are the best treatments and tests and define the long-term outcomes. Young people with JSLE have information of their condition, treatment and blood results stored centrally at the study Centre in Liverpool in an anonymised fashion, which means no identifiable information such as name or address is stored. This is collected over the long-term. A blood sample is also sent and from this DNA is stored. To date over 500 young people with JSLE are participating in this study.
National study we are taking part in:
Improve treatments and understand long-term outcomes in JDM
We have also set up the JDRG Young Person’s Advisory Group who meet regularly to give advice on JDM specific projects, help set research priorities and tell the researchers what questions are most important for them as young people with this condition to be answered.
National study we are taking part in:
Improve treatments and understand long-term outcomes in JDM
Juvenile Dermatomyositis is a rare condition affecting around 3 million children per year in the UK. A proportion of these children go on to need treatment into their adolescent and adult years. The aim of this study is to understand JDM better and work better treatments, tests and also work out why it is that a few patients continue to need treatment into adult years. This study collects information and blood samples from children with JDM and this is stored in an anonymised fashion (which means no identifiable information such as name or address is stored) at the study Centre within the Institute of Child Health which is linked to GOSH. This study has been going on for 15 years and has recruited over 500 patients with this rare condition!
Check out the JDRG web site for more specific information!
National study we are taking part in:
Understanding why children respond or fail to respond to treatment for Juvenile Idiopathic Arthritis
• Patients diagnosed with JIA starting either methotrexate or anti-TNF therapy will be invited to participate in this study.
• For patients who have already started one of these treatments, one small blood or saliva sample for DNA analysis will be taken. Patients who are about to start one of these treatments, will be asked for a small blood sample (1-3ml) at 0 and 6 months of treatment.
• All samples will be stored in an anonymised fashion at the Institute of Child Health (linked to Great Ormond Street Hospital). The samples are then analysed to see if there are any markers in the blood or DNA that can help to predict which children will respond to methotrexate.
• By collecting data before and after treatment we look at what tests could be used to predict this response. We have found some markers in the blood which predict this and continue to look further for more.
If you would like more information please contact Emily Robinson or Clare Heard via the Centre Research Co-ordinator – Brenda Bell – brenda.bell@ucl.ac.uk.
National study we are taking part in:
Understanding why children respond or fail to respond to treatment for Juvenile Idiopathic Arthritis
The Childhood Arthritis Response to Medication Study (CHARMS) hopes to improve our understanding of why young people respond differently to standard treatments for juvenile idiopathic arthritis (JIA). The study tests many factors (immune cells, genes and psychology) to determine what affects response to methotrexate. We want to see if we can predict which young people will respond well, and help families cope with methotrexate better, in order to improve the lives of young people with arthritis. CHARMS has recruited 1250 patients, involving 7 UK centres.
The CHARMS study has also fed directly into a large National and International effort in this field which has been led by our team at UCL, bringing together experts in JIA from all over the world to work together more closely. This means through collaboration, we have a greater ability to confirm our results and improve the lives of young people with arthritis. The CHARMS study is also one of the four key partner studies (CAPS, CHARMS, BCRD, BSPAR-ETN) in the CHART (Childhood Arthritis Response to Treatment) Consortium. CHARMS is funded by the Medical Research Council (MRC) and SPARKS.
National study we are taking part in:
Monitor treatments and understand short and long term outcomes in JIA taking biologic treatments (but not Etanercept)
• Patients with JIA seen at GOSH or UCLH who have started taking Etanercept (Enbrel) or methotrexate in the last 6 months will be invited to participate in this study.
• A past medical history questionnaire is filled in by nurse once at the beginning, as well as things normally completed in clinic such as joint count and medications list, and an activity questionnaire is filled in by the young person and then sent to centre in Manchester. During subsequent visits to clinic, at 6 months, 1 year then every year after that first visit, information from medical records is taken such as joint counts and medications list as well as the activity questionnaire.
• This information is sent to the study Centre in Manchester and stored in an anonymised fashion, which means no identifiable information such as name or address is stored.
• One off blood sample is also taken at any point of the 5 year follow up (around 2 table spoons) and DNA is purified and stored in Manchester.
• If you would like more information please contact Francesca Josephs via the Centre Research Co-ordinator – Brenda Bell – brenda.bell@ucl.ac.uk
National study we are taking part in:
Monitor treatments and understand short and long term outcomes in JIA taking Etanercept or Methotrexate
This study has been going for over 12 years and aims to record responses to treatment in children with JIA taking etanercept or methotrexate specifically. This study will look at the effectiveness and safety of these drugs whilst comparing side effects and long term outcomes between these two drugs. Young people with JIA, aged 18 or below at the first visit, have information of their condition, treatment and blood results stored centrally at the study Centre in Manchester in an anonymised fashion, which means no identifiable information such as name or address is stored. This is collected over the long-term over 5 years. Only one blood sample is taken over this period and is also sent and from this DNA is stored. To date over 1400 young people with JIA have participated in this study across 22 centres.
Click here to learn more!
National study we are taking part in:
Monitor treatments and understand short and long term outcomes in JIA taking biologic treatments (but not Etanercept)
• Patients with JIA seen at GOSH or UCLH who have started taking biologic treatments e.g. Humira, Infliximab, or Methotrexate in the last 6 months will be invited to participate in this study.
• A past medical history questionnaire is filled in by nurse once at the beginning, as well as things normally completed in clinic such as joint count and medications list, and an activity questionnaire is filled in by the young person and then sent to centre in Manchester. During subsequent visits to clinic, at 6 months, 1 year then every year after that first visit, information from medical records is taken such as joint counts and medications list as well as the activity questionnaire.
• This information is sent to the study Centre in Manchester and stored in an anonymised fashion, which means no identifiable information such as name or address is stored.
• One off blood sample is also taken at any point of the 5 year follow up (around 2 table spoons) and DNA is purified and stored in Manchester.
• If you would like more information please contact Francesca Josephs via the Centre Research Co-ordinator – Brenda Bell – brenda.bell@ucl.ac.uk
National study we are taking part in:
Monitor treatments and understand short and long term outcomes in JIA taking biologic treatments (but not Etanercept)
This study has been going for over 6 years and aims to record responses to treatment in children with JIA who are being newly treated with biologic agents (other than etanercept). This study will look at the effectiveness and safety of these drugs whilst comparing side effects and long term outcomes between these two drugs. Young people with JIA, aged 18 or below at the first visit, have information of their condition, treatment and blood results stored centrally at the study Centre in Manchester in an anonymised fashion, which means no identifiable information such as name or address is stored. This is collected over the long-term over 5 years. Only one blood sample is taken over this period and is also sent and from this DNA is stored. To date over 800 young people with JIA have participated in this study across 21 centres.
Click here to learn more!
Lauren and Polly Livermore
One of amazing Young People, Lauren from Cardiff, raised a total of £1,198 with the help of her school Ysgol Gyfun Plasmawr.
She spoke in school assemblies about her condition and how it affects her life as part of her fundraising and awareness raising.
She is a brave and fantastic member of Young People United and we really appreciate her support!
Thank you Lauren, and to her friends, family and school that helped too!
© Centre for Adolescent Rheumatology Versus Arthritis, all rights reserved
Privacy policy | Terms & Conditions
Designed by Bold Creative
We have taken every care to ensure that the information contained in this website is accurate, complete and kept up-to-date. However, medical and research knowledge is constantly changing and we cannot guarantee that all of the information is accurate and consistent with current NHS practice and advances in research.
We cannot guarantee uninterrupted access to this website, or the sites to which it links. We accept no responsibility for any damages arising from the loss of use of this information.
UCL is not responsible for the contents or reliability of the linked web sites and does not necessarily endorse the views expressed within them. Listing should not be taken as endorsement of any kind. We cannot guarantee that these links will work all of the time and we have no control over the availability of the linked pages.
UCL is committed to the privacy of individuals using this website. The site does not collect any personal information about those using this site, or use cookies to track and log information about users. We do analyse the server log files which contain details of the Internet address (IP address) of computers using the site, pages looked at, the times of day and the type of web browser used. None of this information is linked to individuals.
This privacy statement discloses the privacy practices for adolescent-rheumatology.uk It applies solely to this website.
53 years, 5 months ago