Ligandal develops an antidote to SARS-CoV-2
Ligandal has announced positive results of lab studies that indicate the likelihood of the synthetic peptide, SARS-BLOCK, becoming an effective combination treatment and vaccine to COVID-19.
The experiments, in conjunction with the Stroud Lab, University of California San Francisco, demonstrate SARS-BLOCK halts infection of SARS-CoV-2. In addition to being an effective inhibitor of infection in cells expressing the ACE2 viral entry receptor, SARS-BLOCK has high affinity with neutralising antibodies, which likely will lead to an enhanced immune response to the SARS-CoV-2 virus. The results mean SARS-BLOCK™ shows real promise as a combination treatment and vaccine.
Andre Watson, CEO and Founder of Ligandal, said: “Our results so far have been very positive. We’ve demonstrated SARS-BLOCK inhibits ACE2 cellular entry of the SARS-CoV-2 spike protein. We have also established that SARS-BLOCK prevents infection of ACE2-expressing cells by the virus. We’re grateful for the work Professor Stroud and his team have done in helping us understand the efficacy of SARS-BLOCK.”
The experiments demonstrate that Ligandal’s novel genetic medicine approach has yielded a very promising therapy to COVID-19. Ligandal modelled its approach by addressing the specific microbiological characteristics of the virus, rather than repurposing existing technology. As such, the firm has met the threat of SARS-CoV-2 with a completely new, specifically tailored response that allowed it to develop a combination treatment and vaccine.
Adam Hamdy, a medical industry consultant and author, who recently joined the company’s advisory board said: “This is ground breaking science. In 2007, Nobel Prize Winner Professor Rolf Zinkernagel hypothesised synthetic peptides could be used to inhibit viral infection and elicit an immune response. 13 years later, Ligandal’s synthetic peptide, SARS-BLOCK, appears to have done exactly that.”
Andre Watson said: “The next step is for us to test SARS-BLOCK in animals and humans. If trials of SARS-BLOCK prove successful, we expect to move to mass market manufacturing within 18 months. Our innovative, distributed manufacturing process means we will be able to respond to global demand very quickly.”
Hamdy added: “SARS-BLOCK has significant advantages over other vaccines and therapies in development. It was designed to neutralise SARS-CoV-2 at a genetic level, and the results suggest it is effective at doing so. SARS-BLOCK is 100% room temperature stable and therefore can be easily deployed globally to any setting. We’re feeling very positive about both the cost and availability of the treatment.”
Oxford University and AstraZeneca partner for COVID-19 vaccine candidate READ MORE
Cobra Biologics signs supply agreement with AstraZeneca for manufacture of COVID-19 vaccine candidate READ MORE
Novasep teams up with AstraZeneca to produce COVID-19 vaccine for Europe READ MORE
Avacta collaboration offers update on Affimer therapy for COVID-19 READ MORE
Dexamethasone identified as potential for treatment of COVID-19 ten weeks ago READ MORE
Taconic Biosciences to distribute critical COVID-19 mouse model READ MORE
Symbiosis to manufacture COVID-19 vaccine for clinical trials READ MORE
Avacta positive on evaluation of COVID-19 test strips READ MORE
PrecisionLife identifies 68 genes associated with risk of severe COVID-19 READ MORE
Imaging system produces human cellular morphological data for COVID-19 research READ MORE