Results of a study conducted in the United Kingdom have been hailed as a game-changer in the fight against COVID-19. A University of Oxford study has shown that the drug, dexamethasone, has been proven to reduce one in eight deaths in critically ill patients on ventilators.

L'Afrique apporte sa pierre à la science (9). Cinq cents personnes du Cap, foyer de l'épidémie de coronavirus en Afrique du Sud, participent à une étude en double aveugle sur le vaccin contre la tuberculose.

On 9 March, a patient who had recently traveled to Europe and had symptoms of COVID-19 visited the emergency department of St. Augustine's, a private hospital in Durban, South Africa. Eight weeks later, 39 patients and 80 staff linked to the hospital had been infected, and 15 patients had died—fully half the death toll in KwaZulu-Natal province at that time.

L'Afrique apporte sa pierre à la science (3). Dans une étude saluée par la revue « Science », le laboratoire Krisp établit avec une rare finesse la chaîne de contamination dans un hôpital de Durban.

An investigation into the first major outbreak of Covid-19, at a Durban hospital, shows that staff members spread the virus, raising concerns about the safety of healthcare workers as infections rise.

South Africa leads this continent in many ways. Right now, it is poised to lead Africa into the next, most dangerous phase of the pandemic, as the country braces itself for a dramatic rise in infections that will almost certainly overwhelm its relatively well-resourced healthcare system.

The report outlines in detail how SARS-CoV-2, which causes COVID-19, spread through Netcare's 149-bed facility in Durban. This piece in Bhekisisa also contains simple take-away messages and recommendations on how to protect health care workers and hospitals from COVID-19. Download the full investigative report here.

The South African Obstetric Surveillance System Consortium in partnership with the SA MRC Maternal and Infant Health Strategies Unit and KRISP/UKZN invites clinicians from South African obstetric institutions to participate in this national study.

Durban, South Africa, March 9. A man goes to the emergency room of the San Agustín hospital. He coughs, his head hurts. They admit him and share a stay with a woman who has had a heart attack. That man has just come from Europe, the lady lives in a nursing home.

South Africa's lockdown seems to have stopped the winter influenza outbreak in its tracks. School closures and travel bans are likely to have prevented seasonal flu from taking hold. A mild flu season will help in the fight against Covid-19, but lifting lockdown could result in flu resurging.

A new investigative report details the rapid spread of coronavirus disease in St Augustine's Hospital in Durban, and how it could have been prevented. The study, which Bhekisisa has seen, was conducted by researchers at the University of KwaZulu-Natal's (UKZN) Nelson R. Mandela School of Medicine and the KwaZulu?Natal Research Innovation & Sequencing Platform, KRISP.

As schools get ready to reopen, models suggest the country will still not have enough ICU beds at the virus peak. In the meantime, court battles rage while unions fight to keep miners safe.

This report presents the findings and recommendations of an investigation into a nosocomial outbreak of coronavirus disease 2019 (COVID-19) at St. Augustine's Hospital in Durban, South Africa. The investigation began on 4 April after the identification of a number of confirmed COVID-19 cases and three deaths at the hospital. Investigation methods included medical record reviews, ward visits, and interviews with health care workers and management. A detailed timeline of patient cases was constructed to generate hypotheses as to the spread of infection through the hospital. In addition, DNA sequencing of severe acute respiratory syndrome-related coronavirus 2 (SARS-CoV-2) nucleic acid extracted from nasopharyngeal and oropharyngeal swab samples was performed and phylogenetic analysis was conducted.

The report by a University of KwaZulu-Natal-led research team was made public on Wednesday following an investigation at the facility. A new report shows that 14% of all COVID-19 cases in KwaZulu-Natal can be traced to the coronavirus outbreak at Netcare's St Augustine's Hospital in Durban

A newly released investigation report revealed there were a total of 15 patient deaths and 119 confirmed Coronavirus cases at the Netcare St Augustine Hospital.

An investigation has found there were 119 confirmed cases of coronavirus identified at Durban's St Augustine's Hospital by the end of last month. The probe into the COVID-19 outbreak at the hospital was led by a team at UKZN.

Durban - An investigation into the Covid-19 outbreak at Durban's St. Augustine's Hospital has found the cluster outbreak was as a result of patient to patient transfer after both were admitted to the hospital around the same time.

The Covid-19 outbreak at St Augustine's Hospital in Durban which forced health authorities to close it down, resulted in 119 people testing positive and 15 patient deaths.

The outbreak of coronavirus disease at the Netcare St. Augustine's Hospital in Durban, that led to the infection of at least 135 patients and staff in the hospital complex and people in a nursing home, was caused by a single patient admitted to the facility's emergency department early in March, a new report has found. The virus spread so fast in the hospital that infections caused by the outbreak in the hospital constituted almost 14% of Covid-19 cases in KwaZulu-Natal by the end of April.

Durban - The Netcare group has welcomed the findings of a report which investigated the outbreak of Covid-19 at the St Augustine's Hospital. On Wednesday, the investigative report was released and showed that between March 9 and April 30, there were 119 people – among them 39 patients and 80 staff members – who had confirmed cases identified at the hospital. Fifteen of the 39 patients died.

An investigation has found there were 119 confirmed cases of coronavirus at Durban's St Augustine's Hospital by the end of last month. The probe into the Covid-19 outbreak at the hospital was led by a team at University of KwaZuu-Natal.

The coronavirus spread rapidly through Netcare St. Augustine's Hospital and beyond and made up 14% of KwaZulu-Natal's infections by the end of April. The study, seen by Bhekisisa, was conducted by researchers at the University of KwaZulu-Natal's (UKZN) Nelson R. Mandela School of Medicine and the KwaZulu?Natal Research Innovation & Sequencing Platform, Krisp.

The investigation found that between 9 March and 30 April 2020, there were 119 confirmed cases identified at St. Augustine's Hospital (39 patients and 80 staff). Fifteen of the 39 patients died (case fatality rate 38.5%). The most plausible explanation for the outbreak is that there was a single introduction of the severe acute respiratory syndrome-related coronavirus 2 (SARS-CoV-2)

As President Cyril Ramaphosa eases restrictions on one of the most stringent lockdowns in the world, the number of Covid-19 daily infections has continued to rise. Up to 700 people a day tested positive this week.

Clusters of infections contribute to surge in the Western Cape. Contrary to projections, Gauteng has seen slow rise in numbers. By Pauline Bax and Prinesha Naidoo, Bloomberg.

Since Lockdown began on the evening of 26 March 2020, South Africa is yet to see the flattening of the Curve. Professor Tulio de Oliveira has argued that the value of lockdown cannot be underestimated.

Nick Hammer chats to Prof Tulio De Oliveira about how the government's interventions, including the travel ban and lockdown, potentially averted the death of at least 20 000 people.

Professor Tulio de Oliveira is the director of the KwaZulu-Natal Research Innovation and Sequencing Platform (KRISP) at UKZN. He joins us for another Covid-19 information session.

Comparative trajectory analysis from the day of 100th infection shows SA on 11,000 cases, while UK at that point on 161,000

The coronavirus outbreak in South Africa has hit hardest in the Western Cape, home to the city of Cape Town.