View clinical trials related to Allergic Rhinitis.
Filter by:The purpose of this study is to determine whether Sanfujiu is effective and safe in the treatment of persistent allergic rhinitis.
The purpose of this study is to evaluate the effects of allergic rhinitis (group of symptoms affecting the nose) and co-administration of mometasone or oxymetazoline on the pharmacokinetics (explores what the body does to the drug), safety, and tolerability of intranasal (administered through the nose) esketamine.
This first-in-human (FIH) study is a randomized, double-blinded, placebo-controlled, ascending dose study to investigate the safety, tolerability, and pharmacokinetics of XmAb7195 in adult healthy volunteers and in adult subjects with elevated IgE levels.
This is a research study of a vaccine for allergy to Japanese Red Cedar. The vaccine is called CryJ2-DNA-LAMP Plasmid vaccine. This research study will determine how the vaccine is tolerated and how research participants respond to the vaccine using a different route of administration, the Intradermal (ID) route. CryJ2-DNA-LAMP Plasmid vaccine is investigational, which means it is not approved for use by the United States Food and Drug Administration (FDA) but is available in research studies like this one. The study is a Phase IC study to assess and evaluate the safety and immunological responses to therapeutic doses of a dosing regimen of 1.08 mg and 2.16 mg of CryJ2-DNA-LAMP plasmid vaccine delivered intradermally (ID) using the Biojector 2000 device, to be administered every 14 days in subjects with atopic sensitivity to Japanese Red Cedar pollen, identified by skin test reactivity to this pollen. The protocol has three subject cohorts: a Cohort 1: composed of atopic and non-atopic subjects (half atopic and half non-atopic), who will only receive saline control administered using the Biojector 2000 device; a Cohort 2: atopic subjects, who will receive 2.16 mg per dose in a four (4) dose regimen using a Biojector 2000 device; and a Cohort 3: atopic subjects, who will receive 1.08 mg per dose in a four (4) dose regimen vaccinated using a Biojector 2000 device.The study will be conducted at 1 study center. Subjects are enrolled in the trial for a period of 132 days. The objectives of the statistical analyses are to establish the safety and to explore the immunogenicity of the LAMP-vax vaccine using a different route of administration, the Intradermal (ID) route. All statistical analyses conducted on the data from this trial will be exploratory in nature. The primary objective of this Phase IC Study is to evaluate the safety and immunological responses of therapeutic doses and the dosing regimen of CryJ2-DNA-LAMP plasmid vaccine delivered intradermally (ID) using the Biojector 2000 device.
This is a comparative, open label, parallel group, non interventional study to further demonstrate the effectiveness and tolerability of Ectoin® Allergy Nasal Spray. In addition the effectiveness and safety shall be compared to a Beclomethasone nasal spray. The patient applies Ectoin® Rhinitis Nasal Spray or Beclomethasone nasal spray according to the instructions for use. The observation takes place over a period of 14 days. Response to treatment is recorded at day 7 and day 14 by the physician and in daily by the patient in a dairy.
This is a comparative, open label, parallel group, non interventional study to further demonstrate the effectiveness and tolerability of Ectoin Allergy Nasal Spray. In addition the effectiveness and safety shall be compared to a Cromoglycid acid containing nasal spray. The patient applies Ectoin Allergy Nasal Spray or Cromoglycid acid containing nasal spray according to the instructions for use. The observation takes place over a period of 14 days. Response to treatment is recorded at day 7 and day 14 by the physician and by the patient in a dairy at defined time intervalls.
The purpose of this study is evaluate the efficacy of a depigmented grass extract in the treatment of local allergic rhinitis.
1. Moderate exercise training decrease cytokine response and rhinitis symptoms in patients with allergic rhinitis 2. Moderate exercise training combined with vitamin C supplementation decrease cytokine response and rhinitis symptoms in patients with allergic rhinitis 3. Moderate exercise training combined with vitamin C supplementation has more beneficial effects than moderate exercise training alone for decreasing cytokine response and rhinitis symptoms in patients with allergic rhinitis
The investigators propose the development of a range of nasal spray challenge models to study the way the nose can respond to different types of nasal challenge that elicit different forms of inflammation. The investigators will carry out nasal challenge with bacterial and viral components and allergens. In this way the nasal upper respiratory tract mucosa is challenged with stimuli of the immune system, causing various types of inflammation. Samples will be taken by blotting the nostril surface and by scraping off tiny surface samples. The nose will be sprayed with a substance that is a single part of a bacteria or virus, or with an allergen. The material delivered by nasal spray is of high purity and is sterile, containing no live bacteria or viruses. The nasal spray substance contains molecular patterns that are recognised as foreign by the immune system, and at the right dose should stimulate the immune system, causing mild nasal inflammation. The study employs noninvasive methods of sampling using absorptive strips. These strips look and feel like tissue paper, and are applied to each nostril for a period of 1 min. A few pinhead-sized tissue samples are taken from inside the nose, using a small disposable sterile plastic probe that has a tiny scoop on its end. In the nasal lining fluid and tissue samples, measurement will taken of a range of molecules and cells that protect against infections and help the immune response. By spraying the nose with a challenge agent in this manner, the nasal immune response can be assessed, which can help us better understand how the human immune system cells and molecules respond to bacteria and viruses. In the future, this may allow the testing of new drugs and vaccines, by seeing if they decrease or stop the inflammation after the nasal challenge.
Our aim was to evaluate the effectiveness of subcutaneous allergen immunotherapy with the symptom scores (RSS), visual analog scale (VAS) and medication scores (MS) and the impact on quality of life with rhinoconjunctivitis quality of life questionnaire (RQLQ) in allergic rhinitis patients sensitized to different allergens. Also the development of new sensitizations and asthma during the immunotherapy were determined.