Active clinical trials for "Rabies"

Demonstrate non-inferiority of the immune response between new versus the currently recommended intradermal regimens of rabies vaccine when administered with or without rabies immunoglobulins in healthy subjects ≥ 1 years of age.

The objective of this study was to achieve the post-marketing safety and immunogenicity research of Speeda® rabies vaccine for human use from Chengda Bio

The purpose of this study is to evaluate the safety of Freeze-dried Rabies Vaccine （MRC-5 Cell) in healthy humans aged from 10-60 years old, according to the traditional Essen methods (1-1-1-1-1) vaccination.

Phase I clinical study for an investigational PIKA (Polyinosinic-Polycytidylic Acid Based Adjuvant) rabies vaccine comprising Inactivated and Purified Rabies Virus (IPRV) and the PIKA adjuvant. The primary objective of the study was to assess the clinical safety of the vaccine composition in healthy adult volunteers. The secondary objective was to evaluate the vaccine's efficacy based on an accelerated vaccine regimen.

Primary Objective: To demonstrate that Purified Vero Rabies Vaccine - Serum Free Vaccine generation 2 (VRVg-2) was non-inferior to Verorab and Imovax Rabies vaccines when co-administered with human rabies immunoglobulin (HRIG), in terms of proportion of participants achieving a rabies virus neutralizing antibody (RVNA) titer greater than or equal to (>=) 0.5 international units per milliliter (IU/mL) at Day 28, i.e., 14 days after the fourth vaccine injection. Secondary Objective: To describe the safety profile of VRVg-2 versus Verorab and Imovax Rabies vaccines when co-administered with HRIG, as well as that of VRVg-2, after each vaccine injection. To demonstrate that the proportion of participants in the VRVg-2 + HRIG group achieving an RVNA titer >= 0.5 IU/mL at Day 28 was at least 95 percent (%). To describe the immune response induced by VRVg-2 versus Verorab and Imovax Rabies vaccines when co-administered with HRIG, as well as that induced by VRVg-2, at Day 14 (7 days after the third injection), at Day 28 (14 days after the fourth injection) and at Day 42 (14 days after the last injection).

Rabies infection is a disease that is caused by a virus and which is transmitted in many countries by rabid animals (dogs, monkeys, bats, etc.) through bites, scratches or licking of wounds. In most cases, humans die from it once the disease has broken out. CV7202 is a new vaccine which has not yet been studied in humans and does not consist of virus protein. Instead, the "building block" for the protein in the form of a so-called messenger RNA (mRNA) will be used. All living organisms have mRNA in their body. mRNA is the carrier of the information that the cells require to form proteins. In this study, mRNA that carries the information for the formation of the rabies virus protein called RABV-G will be injected into the muscle. Following the vaccination, the vaccinated individual's own cells will produce the RABV-G protein. The immune system recognizes the protein and an immune response is triggered. This clinical study will assess the safety, reactogenicity and immunogenicity of CV7202 mRNA-rabies vaccine in healthy adults.

This study is designed to gather safety and immunogenicity data with Purified Vero Rabies Vaccine - Serum Free (VRVg), when given in a post-exposure prophylaxis vaccination schedule, using the Essen regimen, across different populations. Primary Objective: To demonstrate that VRVg is at least as immunogenic as the reference vaccine, Verorab vaccine, in terms of proportion of participants with a rabies virus neutralizing antibody titer ≥ 0.5 IU/mL at Day 14, i.e., before the fourth vaccination, in participants aged 10 to 17 years and in participants aged 18 years and over. Secondary Objectives: To assess the clinical safety of VRVg after each vaccination when administered in a post-exposure prophylaxis vaccination schedule in each respective age group and overall To describe the immune response induced by VRVg before the fourth vaccination and 14 days after the last vaccination in each respective age groups and overall.

This is a Phase 3, blinded, randomized study of SYN023 compared to a China licensed Human Rabies Immunoglobulin (a Rabies immune globulin from human sources, HRIG) for the prevention of rabies as part of post-exposure prophylaxis (PEP). The trial will enroll the World Health Organization (WHO) Category III rabies exposure subjects. The subject's death and rabies data will be reviewed by Data and safety monitoring board (DSMB) to confirm the safety. Besides, rabies vaccine would be administered after Study Drug in each group. This trial is proposed to further the licensure of SYN023 to provide an effective PEP alternative available to those exposed persons who need such a product. A placebo-controlled rabies trial is unethical thus HRIG is selected as the control group. Rabies immune globulin from equine and human sources (HRIG) have been evaluated in many trials and HRIG is the standard of care in China.

Background: Rabies is a fatal disease that can be avoided by treating animal bites promptly. Hence, post-exposure prophylaxis is critical. As a result, the National Rabies Control Program was approved under the 12th five-year plan in India. One of its strategies is to engage in Information, Education and Communication activities. Social media provides an opportunity for the quick and easy dissemination of research but is constrained by a lack of peer review and the risk of misinterpretation. The efficacy of a novel social media-based knowledge dissemination strategy for rabies prevention was tested in this study. Methods: An experimental study design was followed, wherein 144 preclinical medical students of Maulana Azad Medical College, Delhi, India were included in each control and test group. The test group was administered the intervention, which exposed the participants to health education material via social media across a span of 30 days. Participants' knowledge, attitude and practices were observed before and after the study duration.

Establish non-inferiority of the immune response and evaluate the safety and tolerability of Rabies and Japanese Encephalitis (JE) vaccines given concomitantly or alone and according to either of 2 schedules for preexposure prophylaxis.