The phrase "acid flu" is not a standard or widely recognized expression in written English.
It may be used informally to describe symptoms or feelings associated with withdrawal from certain substances, particularly in discussions about drug use.
Example: "After a week of heavy use, I started to experience what some call acid flu, with headaches and nausea."
Alternatives: "withdrawal symptoms" or "substance withdrawal".
A maximum likelihood approach was applied to estimate an amino acid substitution model (FLU) from ~113, 000 influenza protein sequences, consisting of ~20 million residues.
The aim of the present study was to compare hydrolysis and photolysis of oxytetracycline (OTC), oxolinic acid (OXA), flumequine (FLU) and florfenicol (FLO) in three types of water (deionised water, freshwater and seawater) under abiotic conditions.
Many women think they have the flu, acid reflux, or are just plain exhausted.
Zoledronic acid may cause flu-like symptoms after intravenous administration.
We used the maximum likelihood approach introduced by Le and Gascuel [ 6] to estimate an influenza-specific amino acid substitution model (called FLU) from data set D comprising 992 influenza protein alignments.
Before you go down the wrong path of flu, indigestion, acid reflux, stress or ignoring it completely, CHECK YOUR HEART HEALTH!
This gives weight not only to individual scare stories about bird flu or acid rain but to the patchwork of terror as a whole, which suggests that through a combination of gluttony, stupidity, and cruelty we really have fucked up the planet beyond repair and the future is looking like a disaster film directed by Michael Bay.
This gives weight not only to individual scare stories about bird flu or acid rain, but more significantly to the patchwork of terror, which suggests that – through a combination of gluttony, stupidity and cruelty – we've pretty much fucked the planet and the future is looking very much like a disaster film directed by Hieronymus Bosch.
A collection of 23 reference strain specimens, representing diverse type A avian influenza virus subtypes, were propagated in embryonated eggs by SEPRL, then extracted for purification of total nucleic acid as input to RPM-Flu assays.
FLU, as an amino acid substitution model, includes a symmetric amino acid exchangeability matrix and an amino acid frequency vector.
These results indicate that FLU represents the amino acid frequencies of influenza proteins more accurately than other models.
