Counseling Use of Opioids and Mental Disorders

COUNSELING

Counseling: Opioids

Opioids are synthetic chemicals that are harmful to the body if taken in an unrestricted manner as they react with the nerve and body cells, creating an adverse impact on the brain. On the contrary, a small amount of opioids is generally taken as pain relievers. Still, if misused and taken in large quantities without the doctor’s prescription, they can cause addiction. This paper aims to provide a literature review on the selected problems, opioid use disorder, and opioid usage for medical benefits.

Literature Review

Description of the Disorder

Narration in the research studies mentioned that opioids tend to misuse and addicted along with medical advantages if used in the healthcare field to cure the patients (Hoffman, Terashima & McCarty, 2019). The global use of opioids increased between 2001 and 2003 in addition to the years 2011 and 2013. The misuse of this substance has been widely witnessed in Africa, where public health emergency was inflicted in North America and some regions of Europe. There have even been controversies regarding its long-term use for pain relief, loss of analgesic effectiveness, the potential for addiction, and drug diversion. It is deemed highly effective for cancer patients and patients undergoing major surgeries. In the United States, two-thirds of the population was seen doing overdosage of opioids during 2017 and deaths resulting from the said issue.

Opioid use disorder is one of the substance use disorders that instigates an addicted person to use opioids with an overpowering desire (Dydyk, Jain & Gupta, 2021). There is an increase in its tolerance, and the withdrawal symptoms worsen when it is discontinued. It is a chronic health condition that includes addiction to this very substance, representing a form of the disorder. The disorder comprises periods of exacerbation and remission for the need for the substance. It contributes to the susceptibility of the relapse that is never-ending. The pattern is considered similar to other substance use disorders as signs and symptoms could worsen as relapsing stays consistent. If the adherence to the substance use remains, then the chronic risk of overdose, suicide, or trauma could also worsen. Still, if the risk decreases, treatment therapy works, and abstinence from opioids becomes successful.

Category and Description of the Substance

The term ‘opioid’ refers to the chemical compounds bound together to opiate receptors (Rosenblum et al., 2008). The alkaloids deriving from opium poppy include morphine and codeine. The semi-synthetic opiates within opioids are the naturally occurring opiates, most commonly known in the form of morphine and oxycodone. Therefore, the term ‘narcotic’ is used alongside its legal designation since law enforcement firms have deterred them from being used otherwise other than in a clinical setting.

According to American Psychiatric Association DSM-5 categories, opioid use disorder is an unrestricted desire for the mentioned substance and taking it continuously regardless of social and health consequences (Dydyk, Jain & Gupta, 2021). Opioids have both systematic and chronic inflammation effects on the central nervous system. The important daily life activities and professional obligations are affected by its frequent use as craving. A strong desire for an opioid is hard to resist among those who become addicts. The immune system is said to weaken with its prolonged use, as studies have shown that opioid use disorder (OUD) has most likely to affect those who have had adverse childhood experiences (Bryant, Eaton & Li, 2021). It is most commonly called early life stress (ELS) compared to the general population, which can worsen up to the use of chronic level. The description of the substance could be best understood once its inflammatory properties and OUD are significantly interpreted with its biomarkers for prevention, diagnosis, and cure.

Common Street Names

Common street names of opioids are heroin, morphine, codeine, fentanyl, and synthetic opioids naming oxycodone (Dydyk, Jain & Gupta, 2021). In the United States, the commercialization of opioids has been done for oral, transdermal, and intravenous administration (Rosenblum et al., 2008). Oral and transdermal opioids are used in clinical settings, such as hydrocodone and acetaminophen, oxycodone and aspirin for pain relief purposes. The single entity formulations are commonly named fentanyl, morphine, hydromorphone, methadone, and oxymorphone.

Routes of Administration

The subcutaneous route of administration for an opioid is considered an effective method for gaining favorable outcomes, not for the substance use disorder but some of the health treatments such as cardiac surgery, cesarean delivery, and major gynecologic surgeries along with pediatric ones (Ackerman et al., 2018). Control of pain is observed with its intravenous administration as it could be easily done through injection. Moreover, oral administration is preferred for the control of pain, for which education of the medical practitioners and nursing staff is mandatory.

A study was conducted to determine the preferred route of administration (ROA) for opioid intake among the three methods: swallowing, injecting, or snorting (Young, Havens & Leukefeld, 2010). Among the urban participants of the investigation, oral use was the most preferred method in contrast to the rural usage method, which was snorting. The injection method was most common for hydromorphone and morphine. This was observed for the nonmedical use of opioids; however, previous studies have indicated that in medical use, methadone, morphine, and hydromorphone were administered through alternative routes, such as snorting, injecting, and even chewing (Young, Havens & Leukefeld, 2010).

Previous literature corroborated that people who took opioids through non-oral routes were more likely to be drug addicts, consistent with DSM-IVR criteria for substance use disorder or dependence (Surratt, Kurtz & Cicero, 2011). The treatment status of those patients was also seen through non-oral routes of administration since the development of serious drug-related problems was likely.

Mechanism of Action

The opioid receptors that usually act through binding to particular proteins are widely distributed within the body. Opioids react when they interact with them as pain relief occurs through the central nervous system and peripheral nervous system (Rosenblum et al., 2008). Binding also takes place in endorphins that help in pain modulation and several other body functions. The regulation of the body’s mood, stress and reward mechanisms is seen through minimal or medium use of opioids, which is recommended in clinical settings. Still, if the same amount is overdosed, observed in addiction patterns, it could cause a health risk. Opioid receptors are also believed to be present in the immune system, for which sensitization of nerves to noxious stimuli is researched on rats (Rosenblum et al., 2008).

Recent progressions in molecular biology have deduced three types of opioid receptors: m, d, and k (Chahl, 1996). They are grouped with G-protein, and the interactions between m and b receptors cause effects on the body in the form of analgesia. The physical dependence increases as activation of opioid influence increase each day. The sites of action include nerve terminal and postsynaptic neuron (Chahl, 1996). The inhibitory actions generate from postsynaptic opioids, whereas presynaptic effects majorly affect the nervous system, resulting in psychological disruptions. The excitatory effect in the neuron is exhibited, and the neurotransmission is disported, causing mental difficulties and severe addiction. The inhibitory influence might not be observed in the postsynaptic effect as the overall effect on a neuron, and its location and density are affected.

Effects on Body

When an opioid is given to bind the pain to the receptors, analgesia is experienced that is accompanied by any variety of side effects related to the activation (Rosenblum et al., 2008). When it is given to a person to treat pain, it causes no side effects to the nervous system. When the body takes an overwhelming response that overpowers all of its functions, it causes side effects.

With the high availability of opioids in various forms worldwide, their usage for clinical pain management has been debated for years. Law enforcement agencies have to allocate a certain amount to be legalized. The consumption levels in certain regions have made the political leaders rethink the ways since only 24% of the patient’s pain management needs are fulfilled by the number of opioids allowed for usage (Manijani et al., 2014). Heroin and opium have caused risks on the body due to long-term addictive use causing a barrier for physicians, patients, and the entire healthcare system.

Potential Dangers/ Long Term Effects

Peripheral and central nervous systems are disturbed when long term use and overdose are given to the receptors, causing symptoms like constipation, itching, and effects on the primary central nervous system, including miosis, mental clouding, somnolence, cardiovascular problems, and respiratory depression (Rosenblum et al., 2008; Baldini, Korff & Lin, 2012; Nakhaee et al., 2020). With prolonged use, tolerance increases, and a decrease in responsiveness to opioids is witnessed. Stress, complications in determining the social context due to the abnormalities within the brain, and predispositions of the neural pathways are believed to relapse with addiction patterns depending on opioid overdose (Kosten & George, 2002). Hyperalgesia is observed that derives from changes in the central nervous system, leading to mood effects, including dysphoria and euphoria (Rosenblum et al., 2008).

The addictive pattern also causes pleasurable effects, euphorigenic conditions, which could become likely serious if taken to reduce pain on a long-term basis. Moreover, iatrogenic addiction is also seen in people, although rare, implying the risk of biological substrate for opioid prompted craving (Rosenblum et al., 2008). When the larger picture of side effects is seen, the long-term use and addiction can cause breathing problems during the night, severe fractures, immune suppression, sustained constipation, bowel impediment, myocardial infarction, and tooth decay (Korff et al., 2011). Among men and women, erectile dysfunction and infertility could be sexual problems associated with its overdosage.

Treatment

The treatment for opioid use disorder includes opioid replacement therapy encompassing buprenorphine and methadone (Dydyk, Jain & Gupta, 2021). The risk of mortality and morbidity is decreased with this therapy with the use of naltrexone since it helps prevent relapse. The overdose of opioids is avoided by naltrexone. Further, research has suggested that medications for opioid use disorder (MOUDs) are seen as effective in reducing the impact of opioid use disorder (Hoffman, Terashima & McCarty, 2019). The withdrawal symptoms and cravings have become better with the approved use of methadone. The injection of opioids and its infectious addiction is seen reducing with methadone or buprenorphine.

Nonpharmacological behavioral therapy is another beneficial treatment plan that includes peer and family support (Dydyk, Jain & Gupta, 2021). Collaboration with mental health professionals is sought for conducting either individual or group therapies. Cognitive Behavioral Therapy is considered the best for this aim. During whose counseling sessions, the patients come across evidence-based psychosocial interventions (Hoffman, Terashima & McCarty, 2019).