The Ebola virus requires specific substances in any host where it exists and multiplies. This includes a need for amino acids, the basic building block of proteins, to make its protein-based viral coat. During the process of replication ebola app
Given the above-noted integral role of arginine in the ebola viral envelope, consider the following while virologists are attempting to gain the upper hand on Ebola: Take advantage of the lysine-arginine antagonism known to take place in biological systems. Something as easy, and inexpensive as providing oral supplements of high-dose lysine could impact and lessen the arginine available for viral growth, and thus, slow the spread of the virus. This could provide a vital leg-up for the immune system to do its job.
Scientists are embracing the concept but there has been little action promoting it for the "masses." The is a natural concern that there is no evidence that it works, but this a rather dubious stall given that the time it takes to gather evidence will be years off. All this needs to be started, and there are efforts underway to identify an experimental model that can reproduce Zika effects, but for those with a here-and-now risk the example of the French Polynesian experience should provide solace and motivate those "in charge" to advocate this as a reasonable approach.
Please pass on the link to any appropriate individual. It is an issue where we have such specialized approaches that virologists might not fully appreciate the possibilities of limiting resources for ebola in the human body. One issue is that L-arginine is essential for the immune system and the maturation of t-cells,, so you don't want to limit all availability. There is a hierarchial use of resources in the human body; the issue here is to find the level at which there is minimal, but sufficient L-arginine for our essential uses, but not excessive amounts that can facilitate the propagation of ebola.