Cookies on this website

We use cookies to ensure that we give you the best experience on our website. If you click 'Continue' we'll assume that you are happy to receive all cookies and you won't see this message again. Click 'Find out more' for information on how to change your cookie settings.

Daniel Anthony, Professor of Experimental Neuropathology in the Department of Pharmacology, is the scientific lead in a joint research team running a new clinical trial to evaluate the effectiveness for the treatment of COVID-19 of Nafamostat. This existing medicine, manufactured by Nichi-Iko Pharmaceutical Co Ltd, is a well-established treatment in Japan for pancreatitis. The company has generously donated supplies of Nafamostat for the initial clinical evaluation.

The clinical trial is being undertaken at the University of Edinburgh. The trial will build on evidence that has previously shown that Nafamostat can prevent the virus from infecting human cells in the laboratory. Studies have shown that the drug blocks virus entry into lung cells and prevents it from multiplying in the human body. In this way the research team hope it could reduce the severity of disease in infected individuals.

“Our primary objective will be to discover whether treatment with Nafamostat, a serine protease inhibitor, is able to prevent clinical progression of the infection, reduce mortality, and speed recovery of patients,” said Professor Anthony.   

This study is being supported by a grant from the medical research charity LifeArc as part of its activity to address the need for new therapies for COVID-19.

Organisation of the trial has been led by not-for-profit company Latus Therapeutics, founded by Dr Bobojon Nazarov. Dr Nazarov holds an MSc in Pharmacology, a DPhil in Chemical Biology and an MBA from the University of Oxford.

Other members of the research team include Professor Graham Richards, former Head of Chemistry at Oxford and founder of Oxford University Innovation; Professor Paul Finn, CEO of Oxford Drug Design; Dr Colin Ferrett and Dr Suzie Anthony from Oxford University Hospitals NHS Trust; and Dr Emma Ladds from the Nuffield Department of Primary Care Health Sciences at Oxford.

Similar stories

Open Day in the Department – inspiring young minds

Since 2023, the Department of Pharmacology has partnered with East Oxford Primary School to inspire Year 5 pupils to learn about pharmacology in engaging ways. The annual visit also gives our Master’s students and researchers valuable opportunities to develop their skills and experience in public engagement.

Molecules in medicinal plants – collaborating with Oxford Botanic Garden

What connects a foxglove, a willow tree and a cancer medicine? Plants have been an important source of medicines for centuries, and many continue to provide inspiration for the medicines we use today.

‘Make a Medicine’ workshops at Rose Hill Primary School

Where do medicines come from? How do they work? And what might the medicines of the future look like? Dr Lizzie Burns, Dr Lora Martucci, Dr Yuki Sakai and Dr Barbara Zonta from the Department of Pharmacology developed a new ‘Make a Medicine’ workshop for pupils in Years 5 and 6 at Rose Hill Primary School.

Niemann-Pick animations launched to improve patient engagement and experience

A project team in Pharmacology is delighted to launch the second and third of three web-based short animations about Niemann-Pick Diseases and the GM2 Gangliosidoses for lay audiences aimed at newly diagnosed families. The aim of the project is to connect patients and their families globally with support organisations.

Study identifies TPC1 ion channel as a key regulator of cellular iron balance

Researchers in the group of Professor Christian Grimm, in the Department of Pharmacologyy and at Ludwig-Maximilians Universität (Munich), have uncovered a previously unrecognised role for the ion channel TPC1 in controlling how cells acquire and handle iron, revealing a potential new genetic risk factor for disorders ranging from iron-deficiency anaemia to harmful iron overload.

Galione group research identifies endosomes as a new calcium store that controls iron uptake

Researchers from the Galione Group in the Department of Pharmacology, along with collaborators from The National Taiwan University, have uncovered a role for endosomes as a new calcium storage organelle in calcium signalling and shown that it impacts receptor recycling at the plasma membrane and controls iron uptake into cells.

Similar stories

Open Day in the Department – inspiring young minds

Since 2023, the Department of Pharmacology has partnered with East Oxford Primary School to inspire Year 5 pupils to learn about pharmacology in engaging ways. The annual visit also gives our Master’s students and researchers valuable opportunities to develop their skills and experience in public engagement.

Molecules in medicinal plants – collaborating with Oxford Botanic Garden

What connects a foxglove, a willow tree and a cancer medicine? Plants have been an important source of medicines for centuries, and many continue to provide inspiration for the medicines we use today.

‘Make a Medicine’ workshops at Rose Hill Primary School

Where do medicines come from? How do they work? And what might the medicines of the future look like? Dr Lizzie Burns, Dr Lora Martucci, Dr Yuki Sakai and Dr Barbara Zonta from the Department of Pharmacology developed a new ‘Make a Medicine’ workshop for pupils in Years 5 and 6 at Rose Hill Primary School.

Niemann-Pick animations launched to improve patient engagement and experience

A project team in Pharmacology is delighted to launch the second and third of three web-based short animations about Niemann-Pick Diseases and the GM2 Gangliosidoses for lay audiences aimed at newly diagnosed families. The aim of the project is to connect patients and their families globally with support organisations.

Study identifies TPC1 ion channel as a key regulator of cellular iron balance

Researchers in the group of Professor Christian Grimm, in the Department of Pharmacologyy and at Ludwig-Maximilians Universität (Munich), have uncovered a previously unrecognised role for the ion channel TPC1 in controlling how cells acquire and handle iron, revealing a potential new genetic risk factor for disorders ranging from iron-deficiency anaemia to harmful iron overload.

Galione group research identifies endosomes as a new calcium store that controls iron uptake

Researchers from the Galione Group in the Department of Pharmacology, along with collaborators from The National Taiwan University, have uncovered a role for endosomes as a new calcium storage organelle in calcium signalling and shown that it impacts receptor recycling at the plasma membrane and controls iron uptake into cells.