View clinical trials related to Lyme Disease.
Filter by:This study is to understand if the study vaccine (called VLA15) is safe in healthy children. We are looking for children who: - are healthy - are age 5 through 17 - have not been diagnosed with any form of Lyme disease in the past - have not received any vaccines for Lyme disease in the past Lyme disease happens most often in children of this age. The study vaccine may be used potentially to help prevent Lyme disease. The goal of this study is to get more information about the safety of the study vaccine in this age group. Participants will be in this study for about 2 years. During that time, they will receive VLA15 or placebo (sterile saltwater solution) by a "shot" in the arm. We will compare experience of children receiving VLA15 to those receiving the placebo. Participants will not know whether they get VLA15 or placebo. Everyone participating in this study will: - get the shots in a clinic or in a hospital office - receive a total of 4 shots - receive the first 3 shots within 6 months - receive the last shot about 1 year afterwards - need to come to the trial site for 6 planned visits; 4 of these are vaccination visits and 2 are follow-up visits. We will contact you by phone 1 time every year during the study to monitor your experience. You may have extra visits if you experience a severe reaction after a vaccine dose.
Neuroborreliosis (NBL) is diagnosed in 10-15% of patients with Lyme borreliosis. In Europe in adults, the main clinical manifestation is called "Bannwarth syndrome". This includes painful meningoradiculitis, sometimes accompanied by cranial nerve neuritis. Current European guidelines issued by the European Federation of Neurological Societies (EFNS) recommend the following triad for the diagnosis of "definite NBL": (i) Neurological symptoms suggestive of NBL without any other obvious cause; (ii) CSF pleocytosis; (iii) Intrathecal production of specific anti-Borreliella antibodies. CXCL13, C-X-C chemokine motif ligand 13, is a chemokine implicated in B cell chemotaxis. Extensive literature exists on the analysis of CXCL13i as a diagnostic marker for acute NBL. A recent meta-analysis from 2018, published by Rupprecht et al finds an overall sensitivity and specificity of 89% and 96% respectively, indicating satisfactory diagnostic value. In this study, the investigators wish to assess the place of this new marker in the diagnosis of neuroborreliosis before proposing it as a test carried out by the Borrelia CNR.
The main purpose of this clinical study is to evaluate a 6-valent OspA-based Lyme disease vaccine (VLA15) for prevention of Lyme disease within North America and Europe. Approximately 9,400 healthy participants (this number excludes participants from 8 sites which were terminated for quality issues) 5 years and older will be recruited from areas with high levels of endemic Lyme disease to receive VLA15 or placebo (an inactive substance consisting of saltwater). Each participant will have about a 50% chance of receiving VLA15 and about a 50% chance of receiving placebo. A subset of participants will receive VLA15 from 3 different lots or placebo (1:1:1:3 ratio) to assess lot equivalence. Participants will receive a 3-dose primary vaccination series at about 0, 2, and 5 to 9 months and then receive a booster dose about 12 months after end of primary vaccination series. Vaccination of participants will occur at a time of year such that the primary series is completed before the peak Lyme disease season followed by a booster dose just prior to the beginning of the second Lyme disease season. A subset of participants will be followed for a third Lyme disease season. Comparison will be made between the Lyme disease cases of people receiving the study vaccine to those of the people who are not. This will help us determine if the study vaccine is safe and effective. If enrolled, participants will need to visit the research site at least 7 times during the study, and for a subset of participants up to 9 times. There will also be at least 5 telephone contacts. It is expected that each participant will take part in this study for up to about 2 and a half years. The subset of participants followed for a third Lyme disease season will take part in this study for up to about to 3 and a half years.
A cross-sectional descriptive survey of the BOLD for individuals after having been ill with COVID-19 or have taken the COVID-19 vaccine will be compared with that of individuals who have neither been ill with COVID-19 nor taken the COVID-19 vaccine. Individuals who have both been ill and taken the COVID-19 vaccine will be compared to identify any additive risk factors.
This study will examine the effects of psilocybin on Lyme disease symptom burden and quality of life in people with Post-Treatment Lyme Disease (PTLD).
Randomized, double-blind, placebo-controlled study (with a one-week washout period) where subjects receive either 3 months of tetracycline or 3 months of placebo. After the 3 month primary endpoint, in the follow-up period, patients will be assigned to the alternate treatment for 3 months with blind maintained.
The primary objective is to obtain whole blood from subjects with signs and/or symptoms of early Borrelisois. Whole blood will also be obtained from subjects with suspicion of acute Borreliosis and under medical examination for Lyme disease. In addition, whole blood will be obtained from apparently healthy subjects residing in areas endemic to Lyme disease and may also inlclude apparently healthy subjects residing in areas non-endemic to Lyme disease.
Background: Each year, the number of cases of tick-borne diseases increases. The deer tick (Ixodes scapularis) is the vector of at least 7 pathogens that cause human diseases, including Lyme disease. Researchers want to learn more to help them develop vaccines against ticks in the future. Objective: To learn how people s bodies, particularly the skin, respond to tick bites. Eligibility: Healthy adults aged 18 years and older who have no known history of a tick-borne disease or tick bite exposure. Design: Participants will be screened with a medical history, physical exam, and blood tests. Participants will have 2 skin punch biopsies of healthy skin. For this, a sharp instrument will be used to remove a round plug of skin about the size of a pencil eraser. Participants will then have 10 clean laboratory-bred ticks placed at 2 different sites on their skin (20 ticks total). The ticks will be removed from the first site 1 day after placement and from the second site 2-4 days after placement. Participants will complete symptom diary cards. They will answer questions about itching at the tick feeding sites. They will give blood samples. Photos will be taken of the tick feeding sites. Skin punch biopsies will be collected at the sites of the tick bites. Participants will repeat the tick feeding procedures 2 times, each 2-8 weeks apart. For the 2nd and 3rd procedures, 10 clean laboratory-bred ticks will be placed at 1 site. The ticks will be removed 2-3 days after tick placement. They will have telephone follow-up visits after each procedure. After the final tick removal, participants will have follow-up visits in 4-6 weeks and again in 3 months. They will give blood samples and discuss how they are feeling. Participation will last about 5-7 months.
Primary Aims: Modify an existing teleyoga intervention to use with Lyme disease (LD) patients and address the technical challenges of at-home teleyoga
This is a research study of the investigational drug 2217LS in healthy volunteers. Investigational means 2217LS is a new drug that has not been approved for the treatment of any disease. 2217LS is human antibody designed to provide protection from Lyme disease. Lyme disease is a disease carried by infected ticks and can cause the infection to spread to the joints, heart and nervous system in humans. This is the first time 2217LS will be given to humans. This is not a study of how well 2217LS works against Lyme disease. The only purposes of this study are to: 1) Learn about the safety and tolerability of a subcutaneous (SC [under the skin]) injection of 2217LS when administered to healthy volunteers. 2) Find out how much 2217LS is in the blood of healthy volunteers after receiving 2217LS SC. In this study, groups of healthy volunteers will be given different doses of 2217LS by SC injection. Volunteers will stay in the study unit for a total of 4 overnights. The planned duration of participation is up to 14 months. Study personnel will monitor their safety using standard procedures like physical examinations, electrocardiograms, questions about possible side effects, blood and urine tests. The amount of 2217LS in their blood will also be measured.