Feel free to message me if you’re interested in going deeper into what a typical viral load might look like. I can generate trajectories, based on the data from the ATACCC study. Note that this is in viral RNA copies, not Ct values—they did the conversion as part of that study.
Thanks! I’m most interested in viral load in the sense of the relative abundance you get with untargeted shotgun sequencing (since you need sequencing (or something similarly general) to detect novel threats and/or avoid having a trivially-bypassable detection system) but there’s not much literature on this.
Feel free to message me if you’re interested in going deeper into what a typical viral load might look like. I can generate trajectories, based on the data from the ATACCC study. Note that this is in viral RNA copies, not Ct values—they did the conversion as part of that study.
Thanks! I’m most interested in viral load in the sense of the relative abundance you get with untargeted shotgun sequencing (since you need sequencing (or something similarly general) to detect novel threats and/or avoid having a trivially-bypassable detection system) but there’s not much literature on this.