If you are concerned about yourself/someone, please call 911/go to the nearest hospital (pls do not dm/email me asking for medical advice).
If you are concerned about yourself/someone, please call 911/go to the nearest hospital (pls do not dm/email me asking for medical advice).
I recommend consulting with tox/poison center/addiction medicine. There's good data on opioid withdrawal treatment, but medetomidine withdrawal has less data and would benefit from expert involvement (see next tweet)
I recommend consulting with tox/poison center/addiction medicine. There's good data on opioid withdrawal treatment, but medetomidine withdrawal has less data and would benefit from expert involvement (see next tweet)
People can withdraw from opioids which can be incredibly awful to go through. One can withdraw from medetomidine as well and experience effects like tachycardia and encephalopathy. Going through both withdrawals would be awful
People can withdraw from opioids which can be incredibly awful to go through. One can withdraw from medetomidine as well and experience effects like tachycardia and encephalopathy. Going through both withdrawals would be awful
For clinicians, treatment = supportive (protect airway, address hypotension with fluids & pressors if needed, etc), give naloxone if concern for opioid toxidrome present/respiratory depression. Calling poison control/tox is recommended
For clinicians, treatment = supportive (protect airway, address hypotension with fluids & pressors if needed, etc), give naloxone if concern for opioid toxidrome present/respiratory depression. Calling poison control/tox is recommended
Medetomidine = sedation, bradycardias, hypotension. Some data show hallucinations. Opioids = sedation, bradycardias, hypotension, and life-threatening respiratory depression. Together these are a dangerous combination
Medetomidine = sedation, bradycardias, hypotension. Some data show hallucinations. Opioids = sedation, bradycardias, hypotension, and life-threatening respiratory depression. Together these are a dangerous combination
Yeah you can do testing to look for medetomidine/metabolite of medetomidine but it’s certainly not a routine test that is quickly done. Usually it would be a test that a hospital would have to send out to specific lab.
Yeah you can do testing to look for medetomidine/metabolite of medetomidine but it’s certainly not a routine test that is quickly done. Usually it would be a test that a hospital would have to send out to specific lab.
There’s no data (to my knowledge) that says medetomidine has a certain taste/smell/appearance. People may feel their normal opioid hit them harder (or cause hallucinations?) and it may lead to a new withdrawal state
There’s no data (to my knowledge) that says medetomidine has a certain taste/smell/appearance. People may feel their normal opioid hit them harder (or cause hallucinations?) and it may lead to a new withdrawal state
Not entirely clear, but possibly bc it can be used to mimic sedative effects of opioids (e.g., fentanyl) while reducing cost for suppliers. There's also market/cost factors $$$$$. Also its high potency may make it appealing
Not entirely clear, but possibly bc it can be used to mimic sedative effects of opioids (e.g., fentanyl) while reducing cost for suppliers. There's also market/cost factors $$$$$. Also its high potency may make it appealing
Short version: eh
Long version: the data we have shows that it doesn’t seem to be cause any effects in dogs/rats at decent dosing; however, there may be some human cell/receptor interactions in some data (PMID 9584224)?
Short version: eh
Long version: the data we have shows that it doesn’t seem to be cause any effects in dogs/rats at decent dosing; however, there may be some human cell/receptor interactions in some data (PMID 9584224)?
Ya there’s a drug called Precedex (dexmedetomidine) that is used in humans for sedation. It does not contain levomedetomidine.
Ya there’s a drug called Precedex (dexmedetomidine) that is used in humans for sedation. It does not contain levomedetomidine.
Medetomidine is a veterinary anesthetic medication. It’s composed of two different types of molecules called enantiomers: dexmedetomidine and levomedetomidine. The dexmedetomidine is the active component and is an alpha 2 adrenergic agonist.
Medetomidine is a veterinary anesthetic medication. It’s composed of two different types of molecules called enantiomers: dexmedetomidine and levomedetomidine. The dexmedetomidine is the active component and is an alpha 2 adrenergic agonist.