Active clinical trials for "Hypersensitivity"

Sensitive skin is a subjective cutaneous hyper-reactivity to environmental factors. People report exaggerated reactions when their skin, especially on the face, is in contact with substances such as cosmetics. For this reason, Toleriane Ultra has been developed to limit the risk of allergy and relieve skin discomfort. The study aims at demonstrating that Toleriane Ultra is well tolerated in participants with allergic background and having experienced former intolerance to their cosmetic or toiletries routine, and improves skin sensitivity in such individuals. This open-labeled, multicenter study was conducted under dermatological control in Caucasian subjects above 16 years of age with an allergic background and intolerance to cosmetics lasting for at least 2 years prior to inclusion. The dermocosmetic product was to be applied on the entire face twice daily for 28 days.

Observational, clinical study. Intention to include 40 patients (20 patients treated with trabectedin and 20 with cisplatin hypersensitivity) The investigators investigate the role of trabectedin in combination with PLD and cisplatin in treating platinum sensitive ROC being allergic to carboplatin. The investigators focus on adverse events and evaluate if these are tolerable for the patients and further evaluate the measurable treatment effect on the tumor burden.

Rosacea is a common facial dermatosis, with flares induced by exposome factors. M89PF containing Vichy mineralizing water, probiotic fractions, hyaluronic acid, niacinamide and tocopherol repairs the skin barrier and reinforces skin defences against exposome factors. This study assessed the benefit of M89PF in patients with rosacea associated with erythema and sensitive skin during the Covid-19 pandemic with use of protective face masks.

This is a single-center prospective single arm study. The purpose of this study is to assess the usefulness of skin test as a diagnostic tool to predict the hypersensitivity to rituximab in Chinese population, evaluate the rate of hypersensitivity reactions (HSRs) after the application of active desensitization therapy in the case of a positive skin test result, and investigate the mechanism of HSRs to rituximab.

To gain insights on the application, use and effectiveness of Frisolac Gold Intensive HA and Frisolac Gold PEP AC with reference to improvement of CMPA symptoms and to determine the methodology used by Mexican Health Care Professionals (HCPs) in the clinical practice (i.e. diagnosis and dietary management) of CMPA in Mexican children (≤24 months) diagnosed with or suspected of CMPA.

The induction dose of propofol is generally determined based on patients' characteristics, underlying disease, general condition, and also by clinician's experiences. However, It is difficult to anticipate and objectively calculate an adequate dose of propofol for every patient considering the variability of an individual's response to propofol. If there is a specific pattern in EEG prior to induction of anesthesia that can provide information about the patient's susceptibility to propofol, every induction may be performed far more smoothly with a precisely optimized dose of propofol for each patient. The study is to find a relationship between the pre-induction EEG pattern of adult patients and their sensitivity to propofol.

Objective: This Phase II STTR grant incorporated user feedback collected in an earlier development project to build interactive, web-based software that helps children with food allergies learn about their condition and gain self-management skills. This highly interactive game allows children to progress through virtual scenes to help them learn about food avoidance, symptom detection, and reaction management. In addition, this project built gaming complexity, with more levels and game options, of the two interactive games "Label Learning: Like it or Lose it!" and "Reaction Action!".

The purpose of this clinical study is to test whether patients with fish or shellfish allergy can ingest different types of fish oil supplements without having an allergic reaction. To achieve this, the recruited participants will be asked to: provide a blood sample (used for Basophil Histamine Release Assay) undergo a skin-prick-test partake in multiple oral provocations These three tests will indicate the likelihood that the participants can consume fish oil supplements without adverse allergic reactions (See the detailed description for an explanation of the tests). The investigators will test the participants tolerance for three different types fish oil supplements: Fish oil, Cod liver oil, and krill oil.

Nutricia wants to launch a real-life study, to see how the presence of prebiotics and probiotics in the boosted protein hydrolyzate can improve symptoms in the first weeks of use, and supplement the efficacy and safety data of the drug. formula, collected during clinical trials, with real life use. The target population will be children with a definite or suspected diagnosis of APLV, who have never taken a hypoallergenic formula, for whom the doctor decides to prescribe the Pepsicate Syneo formula, regardless of the clinical manifestation of the allergy. These children will be included before the age of 8 months and will be seen again 4 weeks after the prescription. The data from this real-life study will also better characterize the profile of infants taking Pepsicate Syneo. Finally, the perception of the formula by the parents will be collected.

For decades, it has been known that post-meal blood glucose concentrations were associated with the risk of T2D, which was reflected in early diagnostic guidelines. The oral glucose tolerance test (OGTT) has been used since at least 1923 and has remained the most common test for assessing glucose tolerance. Arterial blood (or arterialised blood using heated hand technique) is most appropriate for determining glucose tolerance and insulin sensitivity since this best represents the concentrations of metabolites and hormones that peripheral tissues are exposed to. It is essential to investigate whether venous blood (sometimes used during an OGTT) is representative of arterialised blood during an OGTT, and under different metabolic conditions. The investigators want to understand whether OGTT-derived insulin sensitivity indices differ from venous and arterialised blood; and 2) investigate whether metabolic status (i.e. rest vs lower-limb exercise) influences the difference between forearm venous and arterialised concentrations of glucose and insulin during an OGTT.