In the weeks that followed, the Fujifilm team managed more than some governments could claim to have done in response to the spread of Covid-19: Working from different offices and factories, members of the group made contingency plans for ramping up production of the drug, advised clinical researchers throughout Japan, and helped get the drug to hospitals where its use had been approved by the government as an emergency measure to treat dozens of Covid-19 patients. On March 28—last Saturday—Prime Minister Shinzo Abe told reporters that his government had begun the formal process for designating Avigan as Japan’s standard treatment for Covid-19.
Should I Stop Ordering Packages? (And Other Covid-19 FAQs)
Plus: What it means to “flatten the curve,” and everything else you need to know about the coronavirus.A critical step in that process involves clinical trials, one of which will conclude at the end of June. And while there is not yet any detailed data supporting Avigan’s effectiveness as a Covid-19 treatment, there are some reasons for optimism. One of them arrived on March 17, when Zhang Xinmin, an official at China’s ministry of science and technology, said that Favipiravir, the generic version of Avigan, had proved to be effective in treating Covid-19 patients at hospitals in Wuhan and Shenzhen.
It was, Zhang said, “very safe and clearly effective” for treating Covid-19 patients. And while the data and methodology behind Zhang's claims have not been made public, he did announce some of the conclusions doctors had drawn from them: At a hospital in Shenzhen, Zhang claimed Covid-19 patients treated with Favipiravir tested negative for the virus after a median of four days, rather than the 11 days it took for members of the study’s control group to test negative; in another study carried out in Wuhan, patients taking the drug allegedly recovered from fever nearly two days earlier than those who did not take the medication.
AI Algorithms Need FDA-Style Drug Trials
Such results, preliminary and unconfirmed as they are, would seem to conform with the way Favipiravir works. Unlike most other influenza treatments, which inhibit the spread of the virus across cells by blocking the enzyme neuraminidase, Favipiravir works by inhibiting the replication of viral genes within infected cells, thereby mitigating the virus’s ability to spread from one cell to another.What this means, in practical terms, is that patients who take the drug while their viral load is low or moderate may prevent it from making them any sicker. And there is some evidence that Favipiravir can achieve these same effects in viruses other than influenza. Prime Minister Abe seems to be among the believers, and last weekend announced that Japan will “start to boost production and proceed with clinical research in cooperation with those countries that wish to join us.” He also said that many countries had already expressed an interest in the drug.
Though Abe did not mention any of those countries by name, one of them seems to be the United States. According to a recent report in Politico, Fujifilm has discussed with the FDA and the US Department of Health and Human Services the possibility of Avigan trials in the US, and it is seeking research funding from the US government. After Abe spoke to President Trump by phone about Avigan, the report says, the White House National Security Council began pressuring the government to accept a donation of Avigan from Japan, and asking the FDA to authorize its use on an emergency basis.
News about a plant called kratom kept popping up in her social media feeds, alongside claims that consuming it would help her break free of addiction.However, after finding kratom in the systems of dozens of people who have died of drug overdoses, the federal government has been considering a total ban.
The favorable results in cells and mice were a pleasant surprise; he’d expected the AI-generated molecules would require more tweaks and rounds of computations before they found one with potential.“It’s cool to see AI trained to think a little bit like how a medicinal chemist thinks,” says Adam Renslo, a professor of chemical biology at the University of California-San Francisco who also wasn’t involved in the research.