View clinical trials related to Ivermectin.
Filter by:The goal of this clinical trial is to Comparison effectiveness of Oral ivermectin , 1% Permethrin shampoo and 4% Dimeticone liquid gel in the treatment of Pediculosis capitis, to assess the prevalence of lice and associated risk factors between severity groups by using questionnaire-based surveys and diagnostic tests among school children in Baan Nayao, Chachoengsao Province, Thailand. The main questions it aims to answer are - What is more effective between Oral ivermectin , 1% Permethrin shampoo and 4%Dimeticone liquid gel in the treatment of Pediculosis capitis in school children in Baan Nayao, Chachoengsao Province, Thailand? - What is Prevalence and risk factors of being infected with in head lice in school and community? - What is Side effects of Oral ivermectin , 1% Permethrin shampoo and 4%Dimeticone liquid gel? Participants will receive three different drugs are - oral ivermectin - 4% Dimeticone liquid gel - 1% Permethrin shampoo Participants voluntarily received oral ivermectin as per medical prescription, with treatment outcomes, side effects, and satisfaction levels monitored following two treatment cycles. Those exhibiting persistent lice infestations were subsequently treated with 1% permethrin shampoo, the standard treatment, while alternatives were provided for individuals allergic to permethrin. These findings will contribute to formulating tailored, effective, and safe treatment regimens for future patients.
The study aims to test whether Ivermectin would decrease mortality and reduces chances of getting infected with corona virus, improve management of clinical symptoms and reduce length of stay in ICU and transition probabilities to ICU (ventilator).
COVID19 is a worldwide pandemic. Hence SARS-CoV-2 is a novel virus; there is no specific medication against it. Like other countries of the world, Bangladesh is also struggling in the case of treatment of this disease. Besides antiviral drugs other existing drugs like Hydroxychloroquine, Chloroquine, and recently Ivermectin has been used for the treatment of mild to moderate cases of COVID19 disease. Till now Hydroxychloroquine has shown a good effect. Recently anti-parasitic drug Ivermectin was found highly effective in an in-vitro study against SARS-CoV-2. This study is aimed to evaluate the efficacy of Ivermectin and Hydroxychloroquine as a combination therapy with antibiotics (Doxycyclin and Azithromycin) and compare the recovery period of these two drugs applied as core monotherapy.
We hypothesize that ivermectin, a drug used to treat parasitic worm infections, interacts with the human innate immune system and that this contributes to its anti-parasitic effects. Participants will donate blood before and after being administered the normal human dose of the drug. We will compare the cell types present in the blood and the chemicals known to influence the human immune system before and after the drug is given, as well as measuring any changes in gene expression in white blood cells 4 and 24hrs after the drug is taken.
Many studies have reported an association between epilepsy, including Nodding Syndrome (NS), and onchocerciasis (river blindness). A high prevalence of epilepsy has been noted particularly in onchocerciasis hyperendemic areas where onchocerciasis is not or insufficiently controlled with mass Ivermectin distribution. There is evidence that increasing the coverage of Ivermectin reduces the incidence of epilepsy and anecdotal evidence suggests a reduction in seizure frequency in onchocerciasis associated epilepsy (OAE) patients who receive Ivermectin. Finding an alternative treatment for epilepsy in these patients will have major consequences. Objective To assess whether Ivermectin treatment decreases the frequency of seizures and leads to seizure freedom in OAE patients, including patients with NS. If we are able to demonstrate such an effect this would be an extra argument that Onchocerciasis is causing epilepsy and that therefore we should increase our efforts to eliminate onchocerciasis. Methods We will conduct a randomized clinical trial in the Democratic Republic of Congo (DRC) to compare seizure freedom in onchocerciasis infested epilepsy patients who receive immediate Ivermectin treatment with delayed (after four months) Ivermectin treatment. All participants will simultaneously receive anti-epileptic drugs (AEDs) according to local guidelines for epilepsy treatment. The primary endpoint is seizure freedom defined as no seizures during the fourth month of follow-up. Secondary endpoint is significant (>50%) seizure reduction compared to baseline seizure frequency. Reduction of seizures will be compared between Ivermectin and non-Ivermectin arms. Current status Start of enrolment is planned from March 2017 and we expect to have enrolled all 110 participants by August 2017. Results are expected early 2018. Discussion If Ivermectin treatment, in addition to AEDs, is able to lead to seizure freedom or significantly reduces seizure frequency in OAE patients this will have major consequences for epilepsy treatment in Onchocerciasis endemic regions. Ivermectin is donated for free, and in non Loa-Loa endemic regions has negligible side effects. Reducing the burden of epilepsy will have a major impact on quality of life and socio-economic status of families with affected members in Africa.
Severe forms of scabies (crusted scabies and profuse scabies) require a specific treatment. Ivermectin is a recommended treatment in common forms of scabies and represents a promising treatment in crusted scabies in case reports. However, response to ivermectin remains variable among studies, and there is no consensus on the schemes to adopt (dosages and administrations). Ivermectin at 400 µg/kg has already been used, without showing toxicity (in head lice treatment in particular). Investigators propose to demonstrate that 400µg/kg ivermectin dosage will show better efficacy than a 200µg/kg in patients with severe forms of scabies (crusted and profuse).