The guy's personal views aren't sufficient to make what he's saying untrue. Everything will kill you at some dose, GHB having a lethal dosage doesn't make it especially dangerous.
'Morse et al. [7] have demonstrated the effects of GHB on breathing. A decrease in respiratory rate occurs, accompanied by a compensatory increase in tidal volume, allowing minute volume to be maintained until doses approach lethality. The concomitant ingestion of ethanol typically alters the concentration-effect relationship, leading to respiratory depression when the compensatory increase in tidal volume is avoided as seen in cases where GHB is administered alone. This deleterious effect from combining GHB and ethanol could be avoided through the administration of GABA-B receptor antagonists. These receptors seem to be involved in its development.'
You realize that I referenced the same article? I already addressed this. I also have never seen that journal you referenced; it does not appear to be indexed in PubMed and it's strange.
You cannot indefinitely increase tidal volume. This study was done in mice. There are established LD50s for GHB which are not far from recreational dosages. GHB causes respiratory depression. It is worse when combined with other agents like ethanol, which it often is. I already wrote that.
'Morse et al. [7] have demonstrated the effects of GHB on breathing. A decrease in respiratory rate occurs, accompanied by a compensatory increase in tidal volume, allowing minute volume to be maintained until doses approach lethality. The concomitant ingestion of ethanol typically alters the concentration-effect relationship, leading to respiratory depression when the compensatory increase in tidal volume is avoided as seen in cases where GHB is administered alone. This deleterious effect from combining GHB and ethanol could be avoided through the administration of GABA-B receptor antagonists. These receptors seem to be involved in its development.'
http://dual-diagnosis.imedpub.com/sodium-oxybate-and-respira...