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{{decree|type=notice|message=This article is in the 'Talk' namespace because it is an unfinished draft. This section is used to host drafts for unpublished articles as well as discussions for published ones. If you'd like to use this area to discuss this draft, please do so in the 'Discussion' section at the very bottom of the page. This notice will be removed once this draft has been approved for publication by an administrator.}}
'''''Nymphaea nouchali'' var. ''caerulea''''' (Commonly known as '''Blue Lotus''') is a water lily found throughout most of the eastern half of Africa.{{SubstanceBox


{{headerpanel|{{Approval}}}}
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<!-- Please ensure that any new substance articles are first published in the 'Talk' namespace. For example, a new article on substance XYZ should have the title "Talk: XYZ" instead of "XYZ". Once the submitted article has been reviewed and determined to meet the guidelines and standards, it will be published by a staff member. -->
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For tips on how to properly format a substance article, please refer to this document: [[Content Style Guide - Substance]]
 
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    <!-- Nomenclature -->
    |NameCommon=[[Blue Lotus]], [[Nymphaea nouchali var. caerulea]], [[Lotus]]
    |NameSubstitution=
    |NameSystematic=
 
    <!-- Class Membership -->
    |EffectClass=[[Sedative]]
    |ChemicalClass=[[Morphinans]]
 
    <!-- Dosage/Duration per ROA -->
 
    |SmokedROA=true
    |SmokedROA_Collapsed=false
    |SmokedROA_Caption=
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    |SmokedROA_Microdose=
    |SmokedROA_Threshold=[[Smoked threshold dose::0.5]] -  [[Smoked dose units::g]]
    |SmokedROA_Light=[[Smoked min light dose::0.75]] - [[Smoked max light dose::1]] g
    |SmokedROA_Common=[[Smoked min common dose::1.25]] - [[Smoked max common dose::2]] g
    |SmokedROA_Strong=[[Smoked min strong dose::2.5]] - [[Smoked max strong dose::3]] g
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    |BuccalROA=false
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    |BuccalROA_Common=[[Buccal min common dose::x]] - [[Buccal max common dose::y]] mg
    |BuccalROA_Strong=[[Buccal min strong dose::x]] - [[Buccal max strong dose::y]] mg
    |BuccalROA_Heavy=[[Buccal heavy dose::x]] mg +
    |BuccalROA_TimelineFile=
    |BuccalROA_TimelineWidth=
    |BuccalROA_Duration=[[Buccal min total time::x]] - [[Buccal max total time::y]] [[Buccal total time units::hours]]
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    |BuccalROA_Comeup=[[Buccal min comeup time::x]] - [[Buccal max comeup time::y]] [[Buccal comeup time units::minutes]]
    |BuccalROA_Peak=[[Buccal min peak time::x]] - [[Buccal max peak time::y]] [[Buccal peak time units::hours]]
    |BuccalROA_Offset=[[Buccal min offset time::x]] - [[Buccal max offset time::y]] [[Buccal offset time units::hours]]
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    |InsufflatedROA_Common=[[Insufflated min common dose::x]] - [[Insufflated max common dose::y]] mg
    |InsufflatedROA_Strong=[[Insufflated min strong dose::x]] - [[Insufflated max strong dose::y]] mg
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    |InsufflatedROA_Comeup=[[Insufflated min comeup time::x]] - [[Insufflated max comeup time::y]] [[Insufflated comeup time units::minutes]]
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    |InsufflatedROA_Aftereffects=[[Insufflated min afterglow time::x]] - [[Insufflated max afterglow time::y]] [[Insufflated afterglow time units::hours]]
 
    |RectalROA=false
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    |TransdermalROA=false
    |TransdermalROA_Collapsed=True
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    |TransdermalROA_Common=[[Transdermal min common dose::x]] - [[Transdermal max common dose::y]] mg
    |TransdermalROA_Strong=[[Transdermal min strong dose::x]] - [[Transdermal max strong dose::y]] mg
    |TransdermalROA_Heavy=[[Transdermal heavy dose::x]] mg +
    |TransdermalROA_TimelineFile=
    |TransdermalROA_TimelineWidth=
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    |TransdermalROA_Comeup=[[Transdermal min comeup time::x]] - [[Transdermal max comeup time::y]] [[Transdermal comeup time units::minutes]]
    |TransdermalROA_Peak=[[Transdermal min peak time::x]] - [[Transdermal max peak time::y]] [[Transdermal peak time units::hours]]
    |TransdermalROA_Offset=[[Transdermal min offset time::x]] - [[Transdermal max offset time::y]] [[Transdermal offset time units::hours]]
    |TransdermalROA_Aftereffects=[[Transdermal min afterglow time::x]] - [[Transdermal max afterglow time::y]] [[Transdermal afterglow time units::hours]]
 
    |SubcutaneousROA=false
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    |SubcutaneousROA_Light=[[Subcutaneous min light dose::x]] - [[Subcutaneous max light dose::y]] mg
    |SubcutaneousROA_Common=[[Subcutaneous min common dose::x]] - [[Subcutaneous max common dose::y]] mg
    |SubcutaneousROA_Strong=[[Subcutaneous min strong dose::x]] - [[Subcutaneous max strong dose::y]] mg
    |SubcutaneousROA_Heavy=[[Subcutaneous heavy dose::x]] mg +
    |SubcutaneousROA_TimelineFile=
    |SubcutaneousROA_TimelineWidth=
    |SubcutaneousROA_Duration=[[Subcutaneous min total time::x]] - [[Subcutaneous max total time::y]] [[Subcutaneous total time units::hours]]
    |SubcutaneousROA_Onset=[[Subcutaneous min onset time::x]] - [[Subcutaneous max onset time::y]] [[Subcutaneous onset time units::minutes]]
    |SubcutaneousROA_Comeup=[[Subcutaneous min comeup time::x]] - [[Subcutaneous max comeup time::y]] [[Subcutaneous comeup time units::minutes]]
    |SubcutaneousROA_Peak=[[Subcutaneous min peak time::x]] - [[Subcutaneous max peak time::y]] [[Subcutaneous peak time units::hours]]
    |SubcutaneousROA_Offset=[[Subcutaneous min offset time::x]] - [[Subcutaneous max offset time::y]] [[Subcutaneous offset time units::hours]]
    |SubcutaneousROA_Aftereffects=[[Subcutaneous min afterglow time::x]] - [[Subcutaneous max afterglow time::y]] [[Subcutaneous afterglow time units::hours]]
 
    |IntramuscularROA=false
    |IntramuscularROA_Collapsed=true
    |IntramuscularROA_Caption=
    |IntramuscularROA_Bioavailability=[[Intramuscular min bioavailability::x]]% - [[Intramuscular max bioavailability::y]]%<ref>APA formatted citation</ref>
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    |IntramuscularROA_Threshold=[[Intramuscular threshold dose::x]] -  [[Intramuscular dose units::mg]]
    |IntramuscularROA_Light=[[Intramuscular min light dose::x]] - [[Intramuscular max light dose::y]] mg
    |IntramuscularROA_Common=[[Intramuscular min common dose::x]] - [[Intramuscular max common dose::y]] mg
    |IntramuscularROA_Strong=[[Intramuscular min strong dose::x]] - [[Intramuscular max strong dose::y]] mg
    |IntramuscularROA_Heavy=[[Intramuscular heavy dose::x]] mg +
    |IntramuscularROA_TimelineFile=
    |IntramuscularROA_TimelineWidth=
    |IntramuscularROA_Duration=[[Intramuscular min total time::x]] - [[Intramuscular max total time::y]] [[Intramuscular total time units::hours]]
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    |IntramuscularROA_Comeup=[[Intramuscular min comeup time::x]] - [[Intramuscular max comeup time::y]] [[Intramuscular comeup time units::minutes]]
    |IntramuscularROA_Peak=[[Intramuscular min peak time::x]] - [[Intramuscular max peak time::y]] [[Intramuscular peak time units::hours]]
    |IntramuscularROA_Offset=[[Intramuscular min offset time::x]] - [[Intramuscular max offset time::y]] [[Intramuscular offset time units::hours]]
    |IntramuscularROA_Aftereffects=[[Intramuscular min afterglow time::x]] - [[Intramuscular max afterglow time::y]] [[Intramuscular afterglow time units::hours]]
 
    |IntravenousROA=false
    |IntravenousROA_Collapsed=true
    |IntravenousROA_Caption=
    |IntravenousROA_Bioavailability=[[Intravenous min bioavailability::x]]% - [[Intravenous max bioavailability::y]]%<ref>APA formatted citation</ref>
    |IntravenousROA_Microdose=
    |IntravenousROA_Threshold=[[Intravenous threshold dose::x]] -  [[Intravenous dose units::mg]]
    |IntravenousROA_Light=[[Intravenous min light dose::x]] - [[Intravenous max light dose::y]] mg
    |IntravenousROA_Common=[[Intravenous min common dose::x]] - [[Intravenous max common dose::y]] mg
    |IntravenousROA_Strong=[[Intravenous min strong dose::x]] - [[Intravenous max strong dose::y]] mg
    |IntravenousROA_Heavy=[[Intravenous heavy dose::x]] mg +
    |IntravenousROA_TimelineFile=
    |IntravenousROA_TimelineWidth=
    |IntravenousROA_Duration=[[Intravenous min total time::x]] - [[Intravenous max total time::y]] [[Intravenous total time units::hours]]
    |IntravenousROA_Onset=[[Intravenous min onset time::x]] - [[Intravenous max onset time::y]] [[Intravenous onset time units::minutes]]
    |IntravenousROA_Comeup=[[Intravenous min comeup time::x]] - [[Intravenous max comeup time::y]] [[Intravenous comeup time units::minutes]]
    |IntravenousROA_Peak=[[Intravenous min peak time::x]] - [[Intravenous max peak time::y]] [[Intravenous peak time units::hours]]
    |IntravenousROA_Offset=[[Intravenous min offset time::x]] - [[Intravenous max offset time::y]] [[Intravenous offset time units::hours]]
    |IntravenousROA_Aftereffects=[[Intravenous min afterglow time::x]] - [[Intravenous max afterglow time::y]] [[Intravenous afterglow time units::hours]]
 
}}
 
The flower has been used for over 2000 years in teas, herbal blends and in perfumes.
 
Like other species in the genus, the plant contains the psychoactive alkaloid [[aporphine]] which is thought to be the main constituent causing the effects of the flower, however, it is more likely a group of aporphine alkaloids are working in conjunction to create the various effects as opposed to just aporphine. High potent extracts when ingested or smoked in high doses are reported to produce [[euphoria]] and [[Hallucination|hallucinations]].


==History and culture==
==History and culture==
{{historyStub}}
Blue Lotus is thought to be the primary for the fruit of the lotus tree eaten by the mythical Lotophagi (Lotus Eaters) in Homer's ''Odyssey.'' The Lotus Eaters were a race of people living on an island dominated by the lotus tree, after they ate the lotus, they would forget their home and loved ones and long only to stay with their fellow lotus-eaters, falling into a infinite euphoric stupor. Those who ate the plant never cared to report or return.
 
This lotus has been used to produce perfumes since egyptian times. According to a 2023 preprint study, traces of ''[[Peganum harmala]]'', and Blue Lotus were identified in an Egyptian ritual Bes-vase, of the 2nd century BCE
 
The plant and flower are very prominent and frequent in Ancient Egyptian art, cuisine and perfumes. Blue Lotus flowers have been depicted in numerous stone carvings and paintings, including the walls of the temple of Karnak, and may be associated with rites pertaining to the afterlife. At Heliopolis, the origin of the world was taught to have been when the sun god Ra emerged from a lotus flower growing in "primordial waters". At night, he was believed to retreat into the flower again.


==Chemistry==
==Chemistry==
{{chemistry}}
The plant has been found to contain [[aporphine]] and similar alkaloids as well as Nuciferine. The effects of Blue Lotus are thought to be down to these compounds but other various Quinoline alkaloids could play a role.
[[File:Lotuscomponents.jpg|thumb|center|The two main active components in Blue Lotus.]]
 
 
==Pharmacology==
==Pharmacology==
{{pharmacology}}
[[aporphine]], thought to be the main active component, dopamine receptor agonist targeting the D1 and D2 receptors. Nuciferine, also a prominent alkaloid, is an antagonist at [[5-HT2A receptor|5-HT<sub>2A</sub>]], 5-HT<sub>2C</sub>, and 5-HT<sub>2B</sub> receptors, but is also a partial agonist at D2, D5, and 5-HT<sub>6</sub> receptors, and an [[agonist]] at 5-HT<sub>1A</sub> and D4 receptors. Additionally, it inhibits the dopamine transporter (DAT).
The group of alkaloids known as Aporphines cause the effects of Blue Lotus. This group contains many Dopamine agonists, a wide range of Serotonin antagonists and Agonists and various reuptake inhibitors.
[[Apomorphine]], the active metabolite of Aporphine, has a catechol structure similar to that of dopamine.
[[File:Aporphines.png|frame|center|The group of alkaloids which create the effects of Blue Lotus.]]
 
 
 


==Subjective effects==
==Subjective effects==
{{EffectStub}}
 
{{Preamble/SubjectiveEffects}}
 
{{effects/base
{{effects/base


|{{effects/physical|
|{{effects/physical|
If applicable, a brief paragraph summary of the substance's physical effects may be included here.  
Blue Lotus most potent effects are the sedation and muscle relaxation it causes. This leads many to use it as a sleep aid or lucid dreaming aid.  


You may select physical effects to add below [[Subjective effect index#Physical effects|here]].
You may select physical effects to add below [[Subjective effect index#Physical effects|here]].


*'''[[Effect::Physical effect]]'''  
*'''[[Effect::Pain relief]]'''- Mild to Moderate pain relief is noted on low to high doses of Blue Lotus. This is thought to be down to the disinhibited and drowsy state it causes.
*'''[[Effect::Physical effect2]]'''
*'''[[Effect::Sedation]]'''- Sedation is intense on all doses of Blue Lotus and is one of many of the most prominent effects.
*'''[[Effect::Physical effect3]]'''
*'''[[Effect::Muscle relaxation]]'''- Along with sedation, many report muscle relaxation, a feeling of melting into surroundings.
*'''[[Effect::Headache]]'''- Extremely high doses of Blue Lotus commonly cause Headaches but these can also occur at any dosage depending on the person.
*'''[[Effect::Nausea]]'''- Nausea is common depending on the method of consumption. It is most noted to occur when drunk in a tea or smoked as a resin.
 
 


}}
}}
{{effects/visual|
{{effects/visual|
If applicable, a brief paragraph summary of the substance's visual effects may be included here.  
While subtle, if enough is ingested (Most often through smoking), Blue Lotus can cause visual effects and enhancements.


You may select visual effects to add below [[Subjective effect index#Visual effects|here]].
You may select visual effects to add below [[Subjective effect index#Visual effects|here]].


====Enhancements====
====Enhancements====
*'''[[Effect::Visual acuity effect1]]'''
*'''[[Effect::Color enhancement]] '''- Blue Lotus can have subtle color enhancements, especially when smoked, colors seem to be noticeably more vibrant and enhanced.


====Distortions====
====Distortions====
*'''[[Effect::Visual distortion effect1]]'''
*'''[[Effect::Tracers]]'''- Minor tracers can appear at any dose and have been reported from low doses as well as high doses. This is most noticed when the head is moved.
 
*'''[[Effect::Brightness alteration]]'''- In combination with [[Effect::Color enhancement]], the scenery is often described as brighter or more vibrant.
====[[Effect::Geometry]]====
*'''[[Effect::Perspective distortion]]'''- In massive doses, many report their environment seeming to grow and shrink behind objects they are focusing on. Changes in body size while lying down are common at all doses.
If applicable, a brief paragraph summary describing the visual geometry produced by the substance may be included here.
====Hallucinatory states====
If applicable, a brief summary of the substance's visual effects profile may be written here.
 
*'''[[Effect::Hallucinatory states1]]'''


}}
}}


|{{effects/cognitive|
|{{effects/cognitive|
If applicable, a brief paragraph summary of the substance's cognitive effects may be included here.  
Blue Lotus has most of its cognitive effects manifest themself in sleep. This leads many to use it as a sleep aid or lucid dreaming aid.  


You may select from a list of cognitive effects to add below [[Subjective effect index#Cognitive effects|here]].
You may select from a list of cognitive effects to add below [[Subjective effect index#Cognitive effects|here]].


*'''[[Effect::Cognitive effect1]]'''  
*'''[[Effect::Increased music appreciation]]'''- Music can sound crisp or higher quality, leading to a greater appreciation of music. This effect seems to be potent and pronounced at all dosages, but mostly noticeable when smoked.
*'''[[Effect::Cognitive effect2]]'''  
*'''[[Effect::Empathy, affection, and sociability enhancement]]'''- Many report the urge to interact or be around others, similar to a drunk feeling. However many also report the sleepiness and drowsiness makes socialising unbearable.
*'''[[Effect::Cognitive effect3]]'''  
*'''[[Effect::Dream potentiation]]'''- Perhaps the most potent effect of Blue Lotus is the dreams it can bring on. It is most commonly used as a lucid dreaming aid, placing Blue Lotus also into the [[Oneirogen]] category.
*'''[[Effect::Derealization]]'''- Many users report a feeling of dissociation to their surroundings or themselves. This is most common when trying to fall asleep.
*'''[[Effect::Sleepiness]]'''- Blue Lotus causes a drowsy sleepy effect at all dosages. This has lead it to become a common sleep aid.
*'''[[Effect::Disinhibition]]'''- Blue Lotus causes an drunk like disinhibition in some, but in others has the opposite effect. 
*'''[[Effect::Focus suppression]]'''- It is noticeably hard to concentrate on high doses of Blue Lotus due to the disinhibition and drowsiness it causes.


}}
}}
{{effects/auditory|
{{effects/auditory|
If applicable, a brief paragraph summary of the substance's auditory effects may be included here.  
Blue Lotus most prominent auditory effect is the enhancement of music. This can be described as the music sounding sharper or more clear.


You may select from a list of auditory effects to add below [[Subjective effect index#Auditory effects|here]].
You may select from a list of auditory effects to add below [[Subjective effect index#Auditory effects|here]].


*'''[[Effect::Auditory effect1]]'''
*'''[[Effect::Auditory acuity enhancement]]'''- Music can sound crisp or higher quality, leading to a greater appreciation of music. This effect seems to be potent and pronounced at all dosages, but mostly noticeable when smoked.
*'''[[Effect::Auditory effect2]]'''
 
}}
{{effects/multisensory|
If applicable, a brief paragraph summary of the substance's multisensory effects may be included here.  
 
You may select from a list of multisensory effects to add below [[Subjective effect index#Multisensory effects|here]].
 
*'''[[Effect::Multisensory effect1]]'''
*'''[[Effect::Multisensory effect2]]'''


}}
}}
{{effects/transpersonal|
If applicable, a brief paragraph summary of the substance's transpersonal effects may be included here.
You may select from a list of transpersonal effects to add below [[Subjective effect index#Transpersonal effects|here]].


*'''[[Effect::Transpersonal effect1]]'''
*'''[[Effect::Transpersonal effect2]]'''


}}
}}
}}
===Experience reports===
===Experience reports===
There are currently {{#ask:[[Category:SUBSTANCE]][[Category:Experience]] | format=count}} experience reports which describe the effects of this substance in our [[experience index]].
{{Experience reports|Blue Lotus|https://www.erowid.org/experiences/subs/exp_Lotus_I_Lily_Group.shtml}} <!-- Check the link to see if it exists -->
{{#ask: [[Category:SUBSTANCE]][[Category:Experience]]|format=ul|Columns=1}}
Additional experience reports can be found here:
* [https://www.erowid.org/experiences/subs/exp_SUBSTANCE.shtml Erowid Experience Vaults: SUBSTANCE] <!-- Check the link to see if it exists -->


==Toxicity and harm potential==
==Toxicity and harm potential==
{{toxicity}}
The toxicity of Blue Lotus is misunderstood and poorly researched. Only the pure alkaloids have been tested with little toxicity, however, mixing Blue Lotus with other substances could present a risk.
 
It is strongly recommended that one use [[responsible use|harm reduction practices]] when using this substance.
It is strongly recommended that one use [[responsible use|harm reduction practices]] when using this substance.
===Lethal dosage===
===Lethal dosage===
There are no studies on aporphine in animals. However, studies on subcutaneous apomorphine injection, the bioactive form of aporphine, have been carried out. In a 5-day study, mice were administered up to 10 mg/kg apomorphine subcutaneously daily. No adverse effects were observed other than a slight increase in dopamine levels.
===Tolerance and addiction potential===
===Tolerance and addiction potential===
Blue Lotus is not thought to be addictive. Its compounds have been used in the treatment of alcohol and morphine addiction.
===Dangerous interactions===
===Dangerous interactions===
{{DangerousInteractions}}
The main and absolute contraindication to using Blue Lotus, is the concurrent use of adrenergic receptor antagonists; combined, they cause a severe drop in blood pressure and fainting.
 
<small>L</small>-DOPA and Blue Lotus could pose risks and cause symptoms such as [[sleepiness]], [[dizziness]], [[Runny nose|runny nose]], [[sweating]] and [[Muscle twitching|tremors]].
{{DangerousInteractions/Intro}}
{{DangerousInteractions/Intro}}


==Legal status==
==Legal status==
{{LegalStub}}
''Nymphaea caerulea'' has been illegal in Latvia since November 2009. It is a schedule 1 drug. Possession of large quantities can be punished by up to 15 years in prison.
 
''Nymphaea caerulea'' was also banned in Poland in March 2009.
 
''Nymphaea caerulea'' has been illegal in [[Russia]] since April 2009.
 
''Nymphaea caerulea'' is completely prohibited in the state of Louisiana, making it the only state to ban the flower.
 
''Nymphaea caerulea,'' if sold for human consumption, could fall under the UK's ''Psychoactive Substances Act 2016,'' however, this law is rarely imposed on plants and small scale possession.


==See also==
==See also==
*[[Responsible use]]
*[[Responsible use]]


==External links==
==External links==
(List along order below)
(List along order below)
* [https://en.wikipedia.org/wiki/SUBSTANCE SUBSTANCE (Wikipedia)]
 
* SUBSTANCE (Erowid Vault)
*[https://en.wikipedia.org/wiki/Nymphaea_nouchali_var._caerulea Blue Lotus (Wikipedia)]
* SUBSTANCE ([''PiHKAL'' or ''TiHKAL''] / Isomer Design)
*[https://www.erowid.org/plants/lotus/ Blue Lotus (Erowid Vault)]


==Literature==
==Literature==
* APA formatted reference  
 
*APA formatted reference


Please see the [[citation formatting guide]] if you need assistance properly formatting citations.
Please see the [[citation formatting guide]] if you need assistance properly formatting citations.
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<references />
<references />


[[Category:Psychoactive substance]][[Category:Proofread]][[Category:Approval]]
[[Category:Psychoactive substance]]
 
<br />

Latest revision as of 12:52, 2 July 2025

Nymphaea nouchali var. caerulea (Commonly known as Blue Lotus) is a water lily found throughout most of the eastern half of Africa.

Blue Lotus
[[ File:
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Chemical Nomenclature
Common names Blue Lotus, Nymphaea nouchali var. caerulea, Lotus
Class Membership
Psychoactive class Sedative
Chemical class Morphinans
Routes of Administration

WARNING: Always start with lower doses due to differences between individual body weight, tolerance, metabolism, and personal sensitivity. See responsible use section.


Smoked
Dosage
Threshold 0.5 - g
Light 0.75 - 1 g
Common 1.25 - 2 g
Strong 2.5 - 3 g
Heavy 5 g +
Duration
Total 6 - 8 hours
Onset 10 - 60 seconds
Come up 5 - 10 minutes
Peak 1 - 2 hours
Offset 2 - 2.5 hours
After effects 6 - 8 hours










DISCLAIMER: PW's dosage information is gathered from users and resources for educational purposes only. It is not a recommendation and should be verified with other sources for accuracy.

Interactions


The flower has been used for over 2000 years in teas, herbal blends and in perfumes.

Like other species in the genus, the plant contains the psychoactive alkaloid aporphine which is thought to be the main constituent causing the effects of the flower, however, it is more likely a group of aporphine alkaloids are working in conjunction to create the various effects as opposed to just aporphine. High potent extracts when ingested or smoked in high doses are reported to produce euphoria and hallucinations.

History and culture

Blue Lotus is thought to be the primary for the fruit of the lotus tree eaten by the mythical Lotophagi (Lotus Eaters) in Homer's Odyssey. The Lotus Eaters were a race of people living on an island dominated by the lotus tree, after they ate the lotus, they would forget their home and loved ones and long only to stay with their fellow lotus-eaters, falling into a infinite euphoric stupor. Those who ate the plant never cared to report or return.

This lotus has been used to produce perfumes since egyptian times. According to a 2023 preprint study, traces of Peganum harmala, and Blue Lotus were identified in an Egyptian ritual Bes-vase, of the 2nd century BCE

The plant and flower are very prominent and frequent in Ancient Egyptian art, cuisine and perfumes. Blue Lotus flowers have been depicted in numerous stone carvings and paintings, including the walls of the temple of Karnak, and may be associated with rites pertaining to the afterlife. At Heliopolis, the origin of the world was taught to have been when the sun god Ra emerged from a lotus flower growing in "primordial waters". At night, he was believed to retreat into the flower again.

Chemistry

The plant has been found to contain aporphine and similar alkaloids as well as Nuciferine. The effects of Blue Lotus are thought to be down to these compounds but other various Quinoline alkaloids could play a role.

The two main active components in Blue Lotus.


Pharmacology

aporphine, thought to be the main active component, dopamine receptor agonist targeting the D1 and D2 receptors. Nuciferine, also a prominent alkaloid, is an antagonist at 5-HT2A, 5-HT2C, and 5-HT2B receptors, but is also a partial agonist at D2, D5, and 5-HT6 receptors, and an agonist at 5-HT1A and D4 receptors. Additionally, it inhibits the dopamine transporter (DAT). The group of alkaloids known as Aporphines cause the effects of Blue Lotus. This group contains many Dopamine agonists, a wide range of Serotonin antagonists and Agonists and various reuptake inhibitors. Apomorphine, the active metabolite of Aporphine, has a catechol structure similar to that of dopamine.

The group of alkaloids which create the effects of Blue Lotus.



Subjective effects

Physical effects

Visual effects

Cognitive effects

Auditory effects

Experience reports

There are currently 0 experience reports describing the effects of this substance in our experience index. You can also submit your own experience report using the same link.


Toxicity and harm potential

The toxicity of Blue Lotus is misunderstood and poorly researched. Only the pure alkaloids have been tested with little toxicity, however, mixing Blue Lotus with other substances could present a risk.

It is strongly recommended that one use harm reduction practices when using this substance.

Lethal dosage

There are no studies on aporphine in animals. However, studies on subcutaneous apomorphine injection, the bioactive form of aporphine, have been carried out. In a 5-day study, mice were administered up to 10 mg/kg apomorphine subcutaneously daily. No adverse effects were observed other than a slight increase in dopamine levels.

Tolerance and addiction potential

Blue Lotus is not thought to be addictive. Its compounds have been used in the treatment of alcohol and morphine addiction.

Dangerous interactions

The main and absolute contraindication to using Blue Lotus, is the concurrent use of adrenergic receptor antagonists; combined, they cause a severe drop in blood pressure and fainting.

L-DOPA and Blue Lotus could pose risks and cause symptoms such as sleepiness, dizziness, runny nose, sweating and tremors. Warning: Many psychoactive substances that are reasonably safe to use on their own can suddenly become dangerous and even life-threatening when combined with certain other substances. The following list provides some known dangerous interactions (although it is not guaranteed to include all of them).

Always conduct independent research (e.g. Google, DuckDuckGo, PubMed) to ensure that a combination of two or more substances is safe to consume. Some of the listed interactions have been sourced from TripSit.

Nymphaea caerulea has been illegal in Latvia since November 2009. It is a schedule 1 drug. Possession of large quantities can be punished by up to 15 years in prison.

Nymphaea caerulea was also banned in Poland in March 2009.

Nymphaea caerulea has been illegal in Russia since April 2009.

Nymphaea caerulea is completely prohibited in the state of Louisiana, making it the only state to ban the flower.

Nymphaea caerulea, if sold for human consumption, could fall under the UK's Psychoactive Substances Act 2016, however, this law is rarely imposed on plants and small scale possession.

See also

(List along order below)

Literature

  • APA formatted reference

Please see the citation formatting guide if you need assistance properly formatting citations.

References