Active clinical trials for "COVID-19"

From the registry of professor Kojuri clinic , those with Covid-19 infection were selected and was contacted and asked about the cardiovascular symptoms, 1 year after the covid infection

Case-control, prospective retrospective association study of patients infected with SARS-CoV2 and cured by COVID19. Recruited patients were divided into two cohorts (cases: patients with respiratory failure that required hospitalization and ventilatory assistance. Controls: patients who had oligo-asymptomatic forms of COVID19). Patients' blood samples were collected on bibula paper, from which genomic DNA was extracted. Next-generation sequencing of HLA and innate immunity genes was performed on these samples. Genetic risk and protective variants were identified, based on the distribution of allele frequencies in the two cohorts. The aim of the study is to evaluate the role of genes of the HLA system and innate immunity in modulating the host response to SARS-CoV2 infection. The identification of these factors is essential from the perspective of public health (identifying individuals most in need of protection from infection as they are at higher risk of severe forms), basic research (characterization of molecular mechanisms of disease) and therapeutics (through knowledge of basic mechanisms, identify potential therapeutic targets and optimize the protective efficacy of vaccines).

The impact of the current Covid-19 pandemic on mental health of people with preexisting psychiatric problems is enormous. This longitudinal study investigates the prevalence of mental health problems (obsessive compulsive, or depressive symptoms, anxiety, stress...) of obsessive-compulsive disorder (OCD) patients and their live-in family members. We also aim to investigate the impact of the pandemic, isolation measures, exposure to media and changing therapeutic setting in OCD patients and their live-in family members through qualitative research.

The lack of a pharmacological treatment in the COVID-19 pandemic has pushed scientists to search for this issue. Maintaining optimal health is parallel to adequate and balanced nutrition. In this context, can the protective properties of vitamin D play an important role in this pandemic? brought with it the thought. In this study, it was aimed to examine the effect of vitamin D on mortality and hospital stay in COVID-19 disease.

The Covid-19 outbreak has caused families and individuals to change their life routines and eating habits, and has affected their psychology, especially for children with autism, due to the change in their routines. These psychological changes may trigger the self-harming behavior that is very common in children with autism. Dental trauma, a common problem in children and adolescents, can also be seen in individuals who need special care such as autism. The aim of this study is to evaluate the susceptibility of children with autism to orofacial trauma during the pandemic period and compare them with the pre-pandemic period and the healthy group, as well as to question the lifestyle, nutritional habits, mood changes and oral health behaviors that may be related to the risk of trauma.

COVID-19 is an acute respiratory disease caused by Severe Acute Respiratory Syndrome coronavirus (SARS-CoV). Synairgen is currently conducting a global Phase III clinical trial of SNG001 to determine efficacy and safety in patients hospitalised due to COVID-19 that receive oxygen therapy. The primary endpoint in the Phase III trial (SG018) is to evaluate recovery in patients hospitalised due to COVID-19 that require oxygen therapy after administration of SNG001 compared to placebo. The primary endpoint will be determined using the World Health Organization Ordinal Scale of Clinical Improvement (OSCI) score, which will be assessed daily. The OSCI will be used in two different ways during SG018. When the patients are in hospital, the clinical study staff will assess the patient via observation using the OSCI. However, when patients have been discharged from hospital, the clinical study staff will assess the OSCI by asking two questions, one regarding the presence of COVID-19 symptoms and the other regarding usual activities returning to baseline levels. The patient will be required to answer both questions with either a 'yes' or 'no' answer. Daily assessments of the OSCI will be conducted via video call or telephone call after discharge from hospital. The two questions asked of patients when OSCI is assessed after discharge from hospital have been added to trial SG018 to allow assessment of OSCI to continue throughout the trial. As these are new questions and the data from these is being used to assess the primary endpoint in trial SG018, their relevance, ease of understanding and clarity needs to be shown, which is why this interview study is being conducted. Having patients comment on these questions will ensure that the way the benefit of treatment is being measured in SG018 is done in a robust and patient-centred way. The main aims of this qualitative pilot study are to: To confirm how relevant, clear and easy to understand the two additional OSCI questions asked about COVID-19 symptoms and levels of usual activity are when patients have been discharged from hospital. To find out what other symptoms and experiences patients hospitalised for COVID-19 might have had to see if these are reflected in the questionnaires used in SG018.

COVID-19 cases are rising substantially in Jordan. Since this is a novel virus, there is still much to be investigated surrounding its pathophysiology in order to attempt to find suitable treatments or better decision-making in the prognosis of the disease. This project aims to identify if soluble angiotensin-converting enzyme (ACE2) can be used as a prognostic factor for COVID-19 severity, which will allow clinicians to manage COVID-19 cases more efficiently. ACE2 is of interest since the coronavirus enters host cells through ACE2 receptors. It can slo be hypothesized that the irus may also bind to soluble ACE2, but without mediating its effects. It si, therefore, expected that those with higher levels of ACE2 would more likely have milder disease. This can potentially help improve survival rate, allowing clinicians to identify the higher-risk patients and monitoring them more closely.

Plasma lipids levels were estimated and the Atherogenic Index of Plasma (AIP) was computed in 302 COVID confirmed patients. Patients were evaluated using the COVID-GRAM (CG) critical illness score and during a hospital stay the rates of admission to intensive care unit (ICU), development of cardiac insults, and need for admission to cardiac ICU (CCU) and its outcome were determined.

Covid-19 pandemic is caused by Severe Acute Respiratory Syndrome Corona Virus 2 (SARS-Cov-2) since its outbreak 2019. Protection against Covid-19 can be achieved through global immunization. Various vaccines for SARS-Cov-2 has been registered and approved for administration in humans. It is important to understand the safety and efficacy of vaccines during robust research to develop global immunity against SARS-Cov-2. This study aimed to collect data on post vaccination adverse events in regional population of District Bahawalpur.

In view of the recent COVID surge and difficulties in obtaining testing, we aim to increase Point of Care (POC) testing, whereby University of Pennsylvania (Penn) faculty, staff, and trainees who are working in person at Perelman School of Medicine (PSOM) laboratories can self-test. The purpose of this study is to evaluate the implementation of this POC testing program. We will not be collecting any samples as part of this study. This will ensure that individuals can rapidly identify if they have COVID-19 while balancing use, acceptability, appropriateness, and feasibility. We will start with a pilot phase whereby we will evaluate the implementation of a POC version of COVID-19 screening program that will coordinate several existing systems at the University of Pennsylvania including voluntary, self-administered saliva-based viral testing. We will pilot this program to a small cohort of PSOM labs and then test implementation of the self-testing of the POC version of COVID-19 screening across all PSOM labs for those who wish to participate. All results will be self-reported and will not be used to validate any tests or support any future approval from the FDA. No data from this study will go into the participants' Electronic Medical Record (EMR).