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Cbd oil what does cbd stand for good

oil cannabidiol in treatment high hemp

rizard
15.06.2018

Content:

  • oil cannabidiol in treatment high hemp
  • Cannabidiol as a Potential Treatment for Anxiety Disorders
  • How are cannabis oils consumed?
  • CBD oil has shown promise as a treatment for both depression and . indicate that CBD may be a natural and effective treatment for high blood. THC creates a mind-altering "high" when a person smokes it or uses it in After researching the safety and effectiveness of CBD oil for treating. Previously viewed as an option only for the seriously ill, CBD oil is gaining traction CBD is not psychoactive, meaning that it won't make you 'high' – the sensation CBD oil can alleviate pain and cancer-related symptoms.

    oil cannabidiol in treatment high hemp

    The primary mechanism by which eCBs regulate synaptic function is retrograde signaling, wherein eCBs produced by depolarization of the postsynaptic neuron activate presynaptic CB 1 Rs, leading to inhibition of neurotransmitter release [ 23 ]. Interactions with the TRPV1 receptor, in particular, appear to be critical in regulating the extent to which eCB release leads to inhibition or facilitation of presynaptic neurotransmitter release [ 25 ].

    TRPV1 receptors are also expressed in the brain, including the amygdala, periaqueductal grey, hippocampus, and other areas [ 26 , 27 ]. The eCB system regulates diverse physiological functions, including caloric energy balance and immune function [ 28 ]. The eCB system is also integral to regulation of emotional behavior, being essential to forms of synaptic plasticity that determine learning and response to emotionally salient, particularly highly aversive events [ 29 , 30 ].

    Activation of CB 1 Rs produces anxiolytic effects in various models of unconditioned fear, relevant to multiple anxiety disorder symptom domains reviewed in [ 30 — 33 ]. Regarding conditioned fear, the effect of CB 1 R activation is complex: CB 1 R activation may enhance or reduce fear expression, depending on brain locus and the eCB ligand [ 34 ]; however, CB 1 R activation potently enhances fear extinction [ 35 ], and can prevent fear reconsolidation.

    Genetic manipulations that impede CB 1 R activation are anxiogenic [ 35 ], and individuals with eCB system gene polymorphisms that reduce eCB tone—for example, FAAH gene polymorphisms—exhibit physiological, psychological, and neuroimaging features consistent with impaired fear regulation [ 36 ].

    Reduction of AEA—CB 1 R signaling in the amygdala mediates the anxiogenic effects of corticotropin-releasing hormone [ 37 ], and CB 1 R activation is essential to negative feedback of the neuroendocrine stress response, and protects against the adverse effects of chronic stress [ 38 , 39 ]. Accordingly, CB 1 R activation has been suggested as a target for anxiolytic drug development [ 15 , 43 , 44 ]. In addition to dose-dependent activation of TRPV1 channels, the anxiogenic versus anxiolytic balance of CB 1 R agonists also depends on dynamic factors, including environmental stressors [ 33 , 49 ].

    In preclinical studies, 5-HT 1A R agonists are anxiolytic in animal models of general anxiety [ 51 ], prevent the adverse effects of stress [ 52 ], and enhance fear extinction [ 53 ].

    They are expressed on serotonergic neurons in the raphe, where they exert autoinhibitory function, and various other brain areas involved in fear and anxiety [ 54 , 55 ]. Mechanisms underlying the anxiolytic effects of 5-HT 1A R activation are complex, varying between both brain region, and pre- versus postsynaptic locus, and are not fully established [ 56 ].

    Initial studies of CBD in these models showed conflicting results: When tested over a wide range of doses in further studies, the anxiolytic effects of CBD presented a bell-shaped dose—response curve, with anxiolytic effects observed at moderate but not higher doses [ 61 , 90 ]. All further studies of acute systemic CBD without prior stress showed anxiolytic effects or no effect [ 62 , 65 ], the latter study involving intracerebroventricular rather than the intraperitoneal route.

    No anxiogenic effects of acute systemic CBD dosing in models of general anxiety have yet been reported. As yet, few studies have examined chronic dosing effects of CBD in models of generalized anxiety. Anxiolytic effects in models used: Anxiolytic effects of CBD in models of generalized anxiety have been linked to specific receptor mechanisms and brain regions. The midbrain dorsal periaqueductal gray DPAG is integral to anxiety, orchestrating autonomic and behavioral responses to threat [ 91 ], and DPAG stimulation in humans produces feelings of intense distress and dread [ 92 ].

    The bed nucleus of the stria terminalis BNST serves as a principal output structure of the amygdaloid complex to coordinate sustained fear responses, relevant to anxiety [ 93 ].

    In the prelimbic cortex, which drives expression of fear responses via connections with the amygdala [ 94 ], CBD had more complex effects: As noted, CBD has been found to have a bell-shaped response curve, with higher doses being ineffective.

    Stress is an important contributor to anxiety disorders, and traumatic stress exposure is essential to the development of PTSD. In a chronic study, systemic CBD prevented increased anxiety produced by chronic unpredictable stress, in addition to increasing hippocampal AEA; these anxiolytic effects depended upon CB 1 R activation and hippocampal neurogenesis, as demonstrated by genetic ablation techniques [ 81 ].

    Finally, CBD, partially via CB 1 Rs, decreased defensive immobility and explosive escape caused by bicuculline-induced neuronal activation in the superior colliculus [ 89 ]. Several studies assessed CBD using contextual fear conditioning. Briefly, this paradigm involves pairing a neutral context, the conditioned stimulus CS , with an aversive unconditioned stimulus US , a mild foot shock.

    After repeated pairings, the subject learns that the CS predicts the US, and subsequent CS presentation elicits freezing and other physiological responses. By contrast, CBD microinjection in the infralimbic cortex enhanced conditioned freezing [ 70 ].

    Finally, El Batsh et al. In this study, CBD was administered prior to conditioning rather than prior to re-exposure as in acute studies, thus further directly comparable studies are required. CBD has also been shown to enhance extinction of contextually conditioned fear responses. Extinction training involves repeated CS exposure in the absence of the US, leading to the formation of a new memory that inhibits fear responses and a decline in freezing over subsequent training sessions.

    Further studies showed CB 1 Rs in the infralimbic cortex may be involved in this effect [ 82 ]. CBD also blocked reconsolidation of aversive memories in rat [ 76 ]. Briefly, fear memories, when reactivated by re-exposure retrieval , enter into a labile state in which the memory trace may either be reconsolidated or extinguished [ 97 ], and this process may be pharmacologically modulated to achieve reconsolidation blockade or extinction.

    Overall, existing preclinical evidence strongly supports the potential of CBD as a treatment for anxiety disorders.

    Activation of 5-HT 1A Rs appears to mediate anxiolytic and panicolytic effects, in addition to reducing conditioned fear expression, although CB 1 R activation may play a limited role. While CBD predominantly has acute anxiolytic effects, some species discrepancies are apparent. In addition, effects may be contingent on prior stress and vary according to brain region. Further receptor-specific studies may elucidate the receptor specific basis of this distinct dose response profile.

    Further studies are also required to establish the efficacy of CBD when administered in chronic dosing, as relatively few relevant studies exist, with mixed results, including both anxiolytic and anxiogenic outcomes. In particular, results show potential for the treatment of multiple PTSD symptom domains, including reducing arousal and avoidance, preventing the long-term adverse effects of stress, as well as enhancing the extinction and blocking the reconsolidation of persistent fear memories.

    The anxiolytic effects of CBD in humans were first demonstrated in the context of reversing the anxiogenic effects of THC. CBD reduced THC-induced anxiety when administered simultaneously with this agent, but had no effect on baseline anxiety when administered alone [ 99 , ].

    Further studies using higher doses supported a lack of anxiolytic effects at baseline [ , ]. By contrast, CBD potently reduces experimentally induced anxiety or fear. CBD reduced anxiety associated with a simulated public speaking test in healthy subjects, and in subjects with SAD, showing a comparable efficacy to ipsapirone a 5-HT 1A R agonist or diazepam [ 98 , ].

    CBD also reduced the presumed anticipatory anxiety associated with undergoing a single-photon emission computed tomography SPECT imaging procedure, in both healthy and SAD subjects [ , ].

    Finally, CBD enhanced extinction of fear memories in healthy volunteers: These rCBF changes were not correlated with anxiolytic effects [ ].

    In a series of placebo-controlled studies involving 15 healthy volunteers, Fusar-Poli et al. Response activation is diminished in PTSD and other anxiety disorders, and increased activation predicts response to treatment [ ]. CBD produced no changes in predicted areas relative to placebo but reduced activation in the left insula, superior temporal gyrus, and transverse temporal gyrus. The fearful faces task activates the amygdala, and other medial temporal areas involved in emotion processing, and heightened amygdala response activation has been reported in anxiety disorders, including GAD and PTSD [ , ].

    CBD attenuated blood-oxygen-level dependent activation in the left amygdala, and the anterior and posterior cingulate cortex in response to intensely fearful faces, and also reduced amplitude in skin conductance fluctuation, which was highly correlated with amygdala activation [ ].

    Dynamic causal modeling analysis in this data set further showed CBD reduced forward functional connectivity between the amygdala and anterior cingulate cortex [ ]. Epidemiological studies of various neuropsychiatric disorders indicate that a higher CBD content in chronically consumed cannabis may protect against adverse effects of THC, including psychotic symptoms, drug cravings, memory loss, and hippocampal gray matter loss [ — ] reviewed in [ ].

    As THC acutely induces anxiety, this pattern may also be evident for chronic anxiety symptoms. Two studies were identified, including an uncontrolled retrospective study in civilian patients with PTSD patients [ ], and a case study in a patient with severe sexual abuse-related PTSD [ ], which showed that chronic cannabis use significantly reduces PTSD symptoms; however, these studies did not include data on the THC: Thus, overall, no outcome data are currently available regarding the chronic effects of CBD in the treatment of anxiety symptoms, nor do any data exist regarding the potential protective effects of CBD on anxiety potentially induced by chronic THC use.

    Evidence from human studies strongly supports the potential for CBD as a treatment for anxiety disorders: Limited results in healthy subjects also support the efficacy of CBD in acutely enhancing fear extinction, suggesting potential for the treatment of PTSD, or for enhancing cognitive behavioral therapy. Further studies are also required to establish whether chronic, in addition to acute CBD dosing is anxiolytic in human. Human experimental findings support preclinical findings, and also suggest a lack of anxiogenic effects, minimal sedative effects, and an excellent safety profile.

    Overall, this review emphasizes the potential value and need for further study of CBD in the treatment of anxiety disorders. Disclosure forms provided by the authors are available with the online version of this article.

    National Center for Biotechnology Information , U. Journal List Neurotherapeutics v. Published online Sep 4. Blessing , 1 Maria M. Steenkamp , 1 Jorge Manzanares , 1, 2 and Charles R. Author information Copyright and License information Disclaimer.

    This article has been cited by other articles in PMC. Abstract Cannabidiol CBD , a Cannabis sativa constituent, is a pharmacologically broad-spectrum drug that in recent years has drawn increasing interest as a treatment for a range of neuropsychiatric disorders.

    Electronic supplementary material The online version of this article doi: Cannabidiol, Endocannabinoids, Anxiety, Generalized anxiety disorder, Post-traumatic stress disorder. Introduction Fear and anxiety are adaptive responses essential to coping with threats to survival.

    CBD Pharmacology Relevant to Anxiety General Pharmacology and Therapeutic Profile Cannabis sativa , a species of the Cannabis genus of flowering plants, is one of the most frequently used illicit recreational substances in Western culture. Table 1 Preclinical studies. Open in a separate window. Effective doses are in bold Receptor specific agents: Stress-induced Anxiety Models Stress is an important contributor to anxiety disorders, and traumatic stress exposure is essential to the development of PTSD.

    Summary and Clinical Relevance Overall, existing preclinical evidence strongly supports the potential of CBD as a treatment for anxiety disorders. Table 2 Human psychological studies. Table 3 Neuroimaging studies. Evidence from Epidemiological and Chronic Studies Epidemiological studies of various neuropsychiatric disorders indicate that a higher CBD content in chronically consumed cannabis may protect against adverse effects of THC, including psychotic symptoms, drug cravings, memory loss, and hippocampal gray matter loss [ — ] reviewed in [ ].

    Summary and Clinical Relevance Evidence from human studies strongly supports the potential for CBD as a treatment for anxiety disorders: Electronic supplementary material Below is the link to the electronic supplementary material. Required Author Forms Disclosure forms provided by the authors are available with the online version of this article. Anxiety disorders in primary care: Suicide risk in patients with anxiety disorders: Quality of life in the anxiety disorders: Twelve-month use of mental health services in the United States: Cost of disorders of the brain in Europe An effect-size analysis of the relative efficacy and tolerability of serotonin selective reuptake inhibitors for panic disorder.

    Remission rates in patients with anxiety disorders treated with paroxetine. Adjunctive risperidone treatment for antidepressant-resistant symptoms of chronic military service-related PTSD: Multiple mechanisms involved in the large-spectrum therapeutic potential of cannabidiol in psychiatric disorders.

    Cannabidiol, a Cannabis sativa constituent, as an anxiolytic drug. Antidepressant-like and anxiolytic-like effects of cannabidiol: A chemical compound of Cannabis sativa. Endocannabinoid system and mood disorders: Endocannabinoid system and psychiatry: Pharmacology and potential therapeutic role in epilepsy and other neuropsychiatric disorders. Safety and side effects of cannabidiol, a Cannabis sativa constituent.

    Are cannabidiol and Delta 9 -tetrahydrocannabivarin negative modulators of the endocannabinoid system? Some like it hot. Endocannabinoid signaling in the brain.

    Lee SH, et al. Multiple forms of endocannabinoid and endovanilloid signaling regulate the tonic control of GABA release. TRPV channels in the brain. Modulation of defensive behavior by transient receptor potential vanilloid type-1 TRPV1 channels. Silvestri C, Di Marzo V. The endocannabinoid system in energy homeostasis and the etiopathology of metabolic disorders. Endocannabinoid signaling and synaptic function.

    Fear relief-toward a new conceptual frame work and what endocannabinoids gotta do with it. A critical role for prefrontocortical endocannabinoid signaling in the regulation of stress and emotional behavior. Moreira FA, Lutz B. Hemp is also known for its highly-nutritious seeds a. These days, however, people are most excited about the properties of a chemical component of hemp called CBD, short for cannabidiol — myself included. This chemical component has been linked with reduction of pain and seizures, improved mood and sleep , protection of the nervous system, and a range of other health benefits.

    Subscribe to our Facebook and YouTube to get updates when new episodes are posted. Unlike marijuana, hemp is legal in all 50 states according to state laws. On December 20, , the president signed the Farm Bill, which replaced the version that expired in September. It includes the Hemp Farming Act of , which makes the use and sale of products made from hemp completely legal across the nation. It does not affect the legal status of marijuana. However, the CBD market has all the makings of a wild west show, with many businesses anxious to get in on the action and make a tidy profit.

    And with no official system of checks and balances, it will be hard to tell how much CBD is actually present or what quality it is. Learning how to make informed choices which choosing and using CBD will help you gain the most benefit from this unique and powerful plant extract.

    Can hemp oil with CBD treat Lyme disease, fibromyalgia, and other chronic illness? Cannabis sativa was one of the earliest plants cultivated by humankind. The very first use of cannabis was documented in China around BC. A very versatile plant, it was used for food, medicine, religious and spiritual rituals, industrial fiber, and, of course, recreation.

    From China, cannabis spread to India, the Arabian Peninsula, and then on to Europe with the spice trade. Through European colonization, use of cannabis spread to the Americas, Caribbean, and throughout the world. How the plant was used depended on the variety of cannabis, the parts of the plant, and how the plant was cultivated.

    The variety of cannabis known as hemp was traditionally valued primarily for its fibers with high tensile strength, making it ideal for creating rope and textiles. Hemp seeds and sprouts were eaten as a good source of high-quality protein and beneficial omega-3 fatty acids.

    The variety of cannabis known as marijuana was specifically cultivated for the euphoric properties of THC, which is concentrated mostly in the flower buds of the plant. Only recently have the unique medicinal properties of both hemp and marijuana been fully recognized.

    Cannabis sativa has several alter egos, but marijuana and hemp are the two best known. Though both plants look the same, their chemical composition is quite different. The chemical difference has to do with the presence or absence of certain enzymes. Both marijuana and hemp contain a chemical substance called cannabigerol CBGA , which is concentrated mostly in the flower buds of the plant.

    Remember, though, that there are many varieties of marijuana and hemp plants, and their concentrations of THC and CBD vary. Only cannabis with less than 0. There are different receptors for cannabinoid compounds located throughout the body.

    For instance, CB1 receptors are found in high concentrations in the brain and nervous system. CB2 receptors are located throughout the body, but predominantly within the lower body and immune system. It weakly binds to both CB1 and CB2 receptors in the brain and body, gently stimulating and blocking them at the same time.

    This not only mildly activates the receptors, but is also thought to trigger the body to create more CB 1 and CB 2 receptors, a process known as upregulation.

    It also results in increased natural levels of anandamide. When the body experiences an increase in CB receptors, it becomes more sensitive to the natural endocannabinoids anandamide and others already present in the body. CBD also modulates other receptors in the body. For instance, modulation of the 5-HT1A receptor involved with serotonin, a mood hormone provides mood-balancing properties: Another example is modulation of opioid receptors, which provides pain relief and tissue-supporting properties.

    Cannabis plants also possess a wide spectrum of different chemical components offering a range of medicinal properties.

    Aside from cannabinoids, one of the most prominent chemicals in cannabis plants is terpenes, organic and aromatic compounds found in essential oils. Terpenes are beneficial on their own. For instance, research in the British Journal of Pharmacology found that terpenes are gastro-protective, suggesting they may be beneficial to people with ulcers, and that they have anti-inflammatory properties. It also points to the importance of using a full-spectrum extract of hemp, which provides a full range of chemical components including terpenes, as opposed to purified CBD or CBD isolate, which contains only CBD.

    Cannabinoids, including cannabidiol CBD , work by mimicking natural endocannabinoids like anandamide described above in the body. Endocannabinoids are part of a complex messaging system in the body called the endocannabinoid system. The endocannabinoid system oversees or regulates parts of the nervous system, endorphins, immune system functions, hormones, mood and emotions, metabolism, and many other chemical messengers in the body. Like other cannabinoids, CBD readily crosses the blood brain barrier, making it ideal for affecting central nervous system conditions.

    CBD helps calm the nervous system, reduces inflammation, and is strongly neuroprotective. Not surprisingly, clinical studies evaluating cannabidiol for treatment of anxiety , post traumatic stress disorder PTSD , seizure disorders especially childhood seizures , and even schizophrenia have shown remarkable effectiveness.

    Management of chronic pain is another application for which CBD is ideally suited, and it works in a number of ways. It and other non-THC cannabinoids found in hemp flower-bud extracts work to block pain-conducting nerve impulses, which reduces your perception of pain. Stimulation of CB 1 in the brain increases dopamine , which counteracts pain.

    Just as importantly, these same chemical substances reduce inflammation , the driving force behind pain , which allows healing to occur. CBD and other cannabinoids also reduce pain by affecting endorphins, the feel-good chemicals we naturally produce to suppress pain. Unlike opioids heroin, narcotics , which mimic endorphins and ultimately suppress natural endorphins, cannabinoids modulate endorphins. This means, in effect, that CBD and cannabinoids increase natural endorphins.

    So instead of causing dependence and addiction like opioids, CBD and cannabinoids do the opposite — so much so that CBD has proven valuable for countering narcotic and cocaine addiction. From a medicinal standpoint, the fact that CBD has the potential to relieve pain without causing euphoria, intoxication, or addiction makes it an intriguing therapeutic option — it has high potential for being at least a partial solution to the current opioid epidemic.

    CBD and other chemical substances in hemp flower-bud extracts are strong immune system modulators. This means they control inflammation throughout the body, and also fine-tune the immune system for optimal performance. The wide range of benefits associated with cannabis have garnered interest for use in cancer therapy.

    Research suggests that cannabinoids, including CBD, may have anti-tumor effects. While this is not enough to define cannabis as a treatment for cancer, it does make it attractive as a complement to other therapies , for both reducing symptoms and possibly enhancing the effects of anticancer drugs.

    Terpenes and the wide spectrum of other chemical compounds found in hemp flower-bud extracts provide potent anti-inflammatory and antioxidant properties. This is a common source of confusion. Many people see hemp oil on grocery store shelves and assume or wonder if it contains CBD and other cannabinoids. The hemp oil you might see on grocery store shelves is made by cold pressing hemp seeds. While hemp oil is a healthful option for a salad dressing, it has no medicinal value by itself.

    Cannabinoids, including CBD in hemp and THC in marijuana, are most highly concentrated in the flower buds, not the seeds. These chemical components of the plant must be extracted from the flower buds to be useful. For medicinal use, cannabinoids are extracted from hemp and concentrated into a thick oil that, when ingested, elevates blood levels of cannabinoids for a more sustained period of time.

    CBD oil from hemp contains CBD and other cannabinoids, along with terpenes and other chemical components. The most common method, chemical extraction uses alcohol or hexane as solvents. The solvent is dried off, leaving the dense oil — and possibly harmful residual solvents — behind. A newer method, CO 2 extraction is done without using chemical solvents.

    Instead, it uses carbon dioxide to extract the full range of chemical components from the flower buds and then distill them into dense CBD oil. Also sometimes called thermal extraction, vapor distillation uses hot air to safely vaporize the full spectrum of chemical components at high concentration from the buds, and then the vapor is distilled into CBD oil.

    This method also activates the cannabinoids by removing an extra carboxyl ring from their molecular chain a chemical reaction called decarboxylation , enabling them to interact directly with CB receptors for maximal medicinal value.

    I believe vapor distillation is the best method for obtaining the full range of activated chemical compounds from the cannabis plant. This method preserves the terpenes, which are beneficial on their own, and also enhance the properties of CBD via the entourage effect. The upsides of lipid-based extraction are that the fat helps make the CBD more bioavailable easy to absorb , and there are no harsh solvents used. Condensed CBD oil can be taken as a thick paste, but this is the least pleasant option.

    More commonly, the CBD oil is mixed with a carrier oil, such as hemp oil or coconut oil, to a specific concentration of CBD. The distinctive taste — which comes from the terpenes and not the cannabinoids — is often masked with chocolate, mint, or other flavorings. It typically comes in a small bottle with a dropper to administer the oil mixture. The best way to take CBD oil mixed with a carrier oil to a specific concentration is to place a few drops or dropperfuls under your tongue for 15 seconds to access the sublingual gland.

    There, the CBD is absorbed directly into the bloodstream called sublingual consumption or administration for the fastest acting effects. Another method is to take a few drops or dropperfuls orally, swish the liquid around in your mouth, and then swallow it.

    CBD oil mixed with a carrier oil can also be taken as soft-gel capsules to avoid any taste, but absorption is only through the intestinal tract. The average dose range is mg of CBD, one to three times per day, though much higher doses of mg sometimes required to control pain are equally well tolerated.

    Some people will notice benefit at the lower end of the dose range, but most people will need mg to notice any effects. Because different products provide different concentrations of CBD, the packaging usually states how much CBD is in the entire bottle as opposed to the amount in a certain number of drops or dropperfuls, so measuring can be a little tricky.

    A dropperful of the medium grade product mg of CBD per fluid ounce will deliver about 15 mg of CBD — a good starting dose. And a dropperful of a high concentration product mg CBD per fluid ounce will provide about 50 mg of CBD per dropperful. CBD oil is also available as soft gel capsules. With these, the mg quantity of CBD should be designated per capsule. Because some of the chemical compounds in capsules are lost during digestion, you may find you need to take a little more to experience the benefits.

    As with any medicinal herb, start at a low dose and gradually build up to a higher dose as you get used to the effects of the substance. Most people notice benefits almost immediately, but some experts suggest that full benefit does not occur until after a couple of weeks of consecutive use. CBD isolate which is CBD alone acts very differently in the body than a spectrum of hemp chemical components. Here are some quick definitions:. The cannabis plant naturally generates cannabinoids, terpenes, and other chemical compounds to serve different functions in the plant.

    These functions include regulatory properties, potent antioxidants, and protection from microbes and insects.

    Cannabidiol as a Potential Treatment for Anxiety Disorders

    It does not produce intoxication; marijuana's "high" is caused by the chemical CBD oil is legal in 30 states where medicinal and/or recreational marijuana is Only one purported use for cannabidiol, to treat epilepsy, has. They are particularly useful for anxiety since they contain practically no THC – so there's no danger of getting “high.” Cannabis oil can be added. CBD may offer an option for treating different types of chronic pain. Without sufficient high-quality evidence in human studies we can't .. CBD oil was recommended by my son who has arthritis and, for me, it really works.

    How are cannabis oils consumed?



    Comments

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