I did find this one, but it is suggesting a study is needed based on Ivermectin's use in treating Yellow Fever and Dengue (I had that - no fun!). I'll keep looking. It'd be great if it were found to be effective against other flaviviruses.
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Yellow Fever and Dengue are also transmitted by mosquitos. I might be wrong, but don't think IVM has been found effictive against any virus. But, that's to be expected, right? It was developed to kill multi-cellular parasites and it does that extremely well.It'd be great if it were found to be effective against other flaviviruses.
Are you having sort of a bad day, or do you just enjoy verbal fencing?I'm sure that being related to someone who works for a pharmaceutical company is your proudest achievement in life. But, the failings of Big Pharma are pretty well known at this point.
I wouldn't consider the falconers club blog as peer-reviewed literature. You have to do better than that.
Because IVM affects mosquitoes that bite treated hosts does not mean IVM affects the West Nile virus itself.
The idea of using Ivermectin to treat covid has been beat to death and there have been no comprehensive experimental studies from reputable institutions to support that claim.
River Blindness is caused by a flarial worm parasite so you would expect it to be controlled by IVM.
What else do you have?
No, it has been found to be effective against at least five families of viruses through various mechanisms in vivo. Not merely by killing the mosquito vectors.Yellow Fever and Dengue are also transmitted by mosquitos. I might be wrong, but don't think IVM has been found effictive against any virus. But, that's to be expected, right? It was developed to kill multi-cellular parasites and it does that extremely well.
It's difficult to search for IVM effects on viruses in general because the internet is clogged with IVM/covid stuff.
Yes. Here is one example: it is technical, big not difficult to understand. https://pubmed.ncbi.nlm.nih.gov/32135219/Thanks for these. Other than the 1st article, which is about COVID, the others are about controlling the transmission by killing mosquitoes who ingest the blood from treated birds. Do you have any about Ivermectin actually treating West Nile? I have been searching but not finding any.
I'll see if I can find peer-reviewed info the blog is based on.
https://pubmed.ncbi.nlm.nih.gov/32135219/No, it has been found to be effective against at least five families of viruses through various mechanisms in vivo. Not merely by killing the mosquito vectors.
Yes, the Internet is clogged with the Covid/ivermectin /Merck controversy so you have to go back several pages on Pub med. the articles begin in about 2004 with experiments on SARS, the corona virus, showing high efficacy. If you would like to see more, I can send them to you, some are a bit technical, you may wish to read the introduction, then the results posted at the bottom of the articles. Some articles I pay for, I will try to send you the free ones, if you are truly interested. The properties shown are very unique, as both a viricidal drug as capable as acyclovir; and as an anti parasite drug. It also has shown efficacy in soft-tissue, viral-induced, cancers.
Contact me if you are interested, I don’t want to be a bother. However, virology and parasitology are two of my favorite subjects, so I have kept upon them since college. I followed Shi Jheng Li’s work all the way from 2003, and it was not a surprise that she started with SARS, then ended with Covid, all she cares about is getting her work published.
please read the article all the way thru that I provide. It describes the mechanism of ivermectin TARGETING the virus.Thanks for these. Other than the 1st article, which is about COVID, the others are about controlling the transmission by killing mosquitoes who ingest the blood from treated birds. Do you have any about Ivermectin actually treating West Nile? I have been searching but not finding any.
I'll see if I can find peer-reviewed info the blog is based on.
Ivermectin, a broadly used anti-helminthic drug, proved to be a highly potent inhibitor of YFV replication (EC50 values in the sub-nanomolar range). Moreover, ivermectin inhibited, although less efficiently, the replication of several other flaviviruses, i.e. dengue fever, Japanese encephalitis and tick-borne encephalitis viruses. Ivermectin exerts its effect at a timepoint that coincides with the onset of intracellular viral RNA synthesis, as expected for a molecule that specifically targets the viral helicase.Thanks for these. Other than the 1st article, which is about COVID, the others are about controlling the transmission by killing mosquitoes who ingest the blood from treated birds. Do you have any about Ivermectin actually treating West Nile? I have been searching but not finding any.
I'll see if I can find peer-reviewed info the blog is based on.
https://www.biorxiv.org/content/10.1101/2020.07.29.226027v1.full.pdfI did find this one, but it is suggesting a study is needed based on Ivermectin's use in treating Yellow Fever and Dengue (I had that - no fun!). I'll keep looking. It'd be great if it were found to be effective against other flaviviruses.
Another helpful quote from above:This is from the article above, onNewcastle Disease, peer reviewed, pub med, how iivermectin works. I copied a section towards the end below that you can enlarge.
showed a slightly higher percentage of egg laying (66.01%) compared to birds that did not receive ivermectin (61.90%) (P= 0.15, Proportion test). After 6 days of treatment, birds that received ivermectin showed a higher percentage of egg laying (67.73%) compared to birds that did not receive ivermectin (61.88%) (P= 0.07, Proportion test). After 7 days, egg production returned to a normal egg-laying pattern in the animals treated with ivermectin, and showed a significantly higher percentage of egg laying (71.98%) compared to birds that did not receive ivermectin (64.68%) (P= 0.03, Proportion test).
After 4 days of treatment, in the flock of the birds affected by NDV and ILTV, a mortality of approximately 7 hens per day (out of 5,000 hens) was detected for 5 days. Necropsy showed that these 35 hens died with peritonitis typical of Newcastle disease due to egg rupture. In all cases, the organs of the respiratory tract (trachea and lungs) showed no macroscopic lesions. After 2 weeks, the birds affected by NDV and ILTV returned to their normal behavior.
DISCUSSION
The present anecdotal report shows an interesting evidence of the efficiency of a single dose of Ivermectin, in the treatment and short recovery time of laying hens infected with avian NDV and ILTV. Remarkably, recovery of clinical signs for both diseases was achieved in less than 24 hours. Similarly, a recovery of egg production was shown in treated birds in a shorter time than usual (2 weeks versus 8 weeks that usually takes recovery). The dose used to control the viral infection in this case report, was 0.2 mL of a 1% ivermectin solution equivalent to 200 μg/kg body weight.
bioRxiv preprint doi: https://doi.org/10.1101/2020.07.29.226027; this version posted July 30, 2020. The copyright holder for this preprint (which was not certified by peer review) is the author/funder. All rights reserved. No reuse allowed without permission.
The mortality observed 4 days after treatment was very low (35/5,000), necropsies confirmed that chickens died from peritonitis associated with the rupture of eggs possibly caused by a previous fever.
The clinical, pathological and serological results were correlated with undetectable levels of viral load. These results confirm that the treatment was in some way effective in eliminating the virus, and not only in eliminating symptoms.
Several studies have shown evidence that ivermectin would have a potent antiviral action against HIV-1 and dengue virus, both dependent on the superfamily of importins which are necessary for different important metabolic processes of the cell (Caly et al., 2020). Ivermectin is suspected to play an important role in altering HIV-1 integrase and NS-5 polymerase (non-structural protein 5) in dengue virus (Wagstaff et al., 2015) (Yang et al., 2020). Evidence has been shown that ivermectin inhibits in vitro replication of some single-stranded RNA viruses such as Zika (Barrows et al., 2016), yellow fever and other alpha viruses (Varghese et al., 2016) (Mastrangelo et al., 2012). Thomas reported the short-term elimination of nematodes that parasitized the ocular nictitating membrane of exotic birds in a US zoo (Thomas-Baker, 1986). Recent studies suggest that Ivermectin is a potent specific inhibitor of import-mediated nuclear transport α/β, showing antiviral activity against several RNA viruses, blocking specific pathways of nuclear traffic in viral proteins (Caly L et al., 2020)
Some characteristics of ivermectin comprise, a low solubility, strong binding and rapid decomposition in the soil, rapid degradation under sunlight, low bioconcentration factor, low plant absorption, and it does not spread with percolation water, nor does it accumulate in the environment. In addition, at high levels, it has not been detected in animal wastes at toxic levels, nor in most plants and animals, terrestrial or aquatic, so it would not cause adverse environmental effects (Bruce et al., 2000).