- Israel’s biological research institute has developed an antibody to the novel coronavirus.
- Researchers wrapped up the development phase.
- They have moved to patent and mass-produce the potential treatment.
- The antibody that attacks the protein in the virus in a monoclonal way.
- It later neutralizes it within the bodies of those affected by COVID-19.
According to an article published in Bloomberg Quint, Israeli Defence Minister Naftali Bennett has said that scientists at the country’s main biological research institute have made a “significant breakthrough“ in developing an antibody to the novel coronavirus.
Significant breakthrough achieved
The researchers wrapped up the development phase and moved to patent and mass-produce the potential treatment.
Bennett visited the labs of Israel’s Institute for Biological Research (IIBR), supervised by the Prime Minister’s Office and mandated to develop a vaccine for coronavirus, in Ness Ziona on Monday and was shown the antibody that attacks the virus in a monoclonal way and can neutralize it within the bodies of those ill, a statement from his office said.
Patent processing to be initiated soon
The statement said that the antibody’s development had been completed and that the institute was in the process of patenting the find and in the next stage, researchers will approach international companies to produce the antibody on a commercial scale.
“I am proud of the institute staff for this terrific breakthrough,“ Bennett said, adding that “their creativity and the Jewish mind brought about this amazing achievement“.
In March, it had been reported that scientists at the institute had made a significant breakthrough in understanding the biological mechanism and qualities of the virus, including better diagnostic capability, production of antibodies for those who already have the virus and development of a vaccine.
Virus killing protein identified
The researchers have identified the protein that is efficient in killing the virus in the patient’s body, and the institute would be publishing a paper soon about the findings. The IIBR was established in 1952 as part of the Israel Defence Forces’ Science Corps and later became a civilian organization. It is technically under the supervision of the Prime Minister’s Office but is in close communication with the Defence Ministry.
Prime Minister Benjamin Netanyahu is said to have ordered the institute to devote resources to develop a vaccine for Covid-19 on February 1.
The Defence Ministry in March had denied any breakthrough simply stating that “if and when there will be something to report, it will be done in an orderly fashion“, the Defence Ministry told Ha’aretz at the time.
“The biological institute is a world-renowned research and development agency, which relies on experienced researchers and scientists with great knowledge and quality infrastructures. There are now more than 50 experienced scientists working at the institute on researching and developing a medical remedy for the virus“, it had said.
Long process involved in vaccination development phase
The normal process of development of such a vaccine requires a long process of pre-clinical trials on animals, followed by clinical trials. This period allows for a full characterization of side effects and a better understanding of how different populations are affected.
Five shipments of virus samples arrived in Israel from Japan, Italy and other countries. They were brought by a specially secured Defence Ministry courier to IIBR and had been frozen at -80 degrees Celsius.
There has been intensive work, including by leading experts, to develop the vaccine since then. Experts believe that the length of time needed to develop a vaccine runs from a few months to a year and a half.
Race to develop a vaccine
Numerous research teams all over the world are participating in the race to develop a vaccine for Covid-19. Many of them at this point is focusing on the way the virus presents itself in animals, with the biggest hurdle being the way it morphs when it moves from animals to human beings.
China released the genetic sequence of the virus on open scientific databases shortly after its outbreak in January so that research institutes and commercial companies could try to develop treatments and vaccines without requiring to obtain samples.
Many private companies have also made claims of having successfully developed treatment against Covid-19, but there isn’t a proven track record on display yet. The novel coronavirus, which first emerged in China in late December, has so far killed over 2.5 lakh people and infected more than 3.6 million globally.
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Source: BloombergQuint
