I'm guessing you're working with noribogaine?  What do you mean by "move on" a "human neuron cell"?  

Also, while ibogaine (and noribogaine) have been proven useful (although potentially very dangerous) in reducing Pt discomfort during detoxification from opioids, there is no evidence (of which I am aware) that it is "anti-addictive" with regard to opioids.  Pts detoxified with ibogaine have the same (low) remission rates as patients detoxified by other means and medications.  As far as I know, the only medications that have "anti-addictive" properties versus opioids are (a) maintenance opioid-agonists, notably methadone (b) maintenance opioid-agonist/antagonists, notably buprenorphine and (c) opioid-antagonist (blockers), notably naltrexone.  (a) and (b) work by reducing or eliminating Pt craving for opioids and (c) works by eliminating simply blocking the opioid from binding to their receptors, which (b) does a little bit of as well.  

My instinct tells me you should move on, or read the work of Dr. Mash at the University of Miami, who has pioneered (nor)ibogaine research and clinical practice for detoxification.  (Ibogaine is now schedule I (illegal) in the US, but is a legal substance in many other countries.)  But it doesn't help keep patients in remission from substance use disorder, as far as I know.  Some clinicians have argued that it actually REDUCES remission rates because it enables patients to undergo relatively painless detoxification.  Of course, there is no evidence of which I am aware between painful detoxification and sustained remission from SUD.  

naltrexone