Therapy for Gender and Sexual Identity Issues

Jenny Holland LGBTQIA 6.23 | Therapy for Gender and Sexual Identity Issues | Although a person’s sexual or romantic orientation or gender identity may not be a source of distress, people who identify as lesbian, gay, bisexual, transgender, queer, questioning, asexual, experiencing gender fluidity, or any other orientation or gender identity may find that the social stigma of living as a minority is a source of stress or anxiety. | Wellcare World | mental health

Although a person’s sexual or romantic orientation or gender identity may not be a source of distress, people who identify as lesbian, gay, bisexual, transgender, queer, questioning, asexual, experiencing gender fluidity, or any other orientation or gender identity may find that the social stigma of living as a minority is a source of stress or anxiety. Dr. Holland is LGBTQ+ affirming clinician who specializes in mental health issues associated with sexual, romantic, or gender identity. As a LGBTQ+ advocate she offers nonjudgmental therapy in a safe environment and has a great deal of experience with a wide range of LGBTQ+ issues.

Therapy for Gender and Sexual Identity Issues

  1. Understanding and Acceptance: In therapy for gender and sexual identity issues, the primary focus is on helping individuals understand and accept their own sexual orientation or gender identity. The therapist provides a supportive and nonjudgmental space where clients can explore their feelings, thoughts, and experiences related to their identity. Through this process, individuals can gain a deeper understanding of themselves and develop self-acceptance.

  2. Coping with Stigma and Discrimination: One significant aspect of therapy for gender and sexual identity issues is addressing the challenges and negative experiences associated with societal stigma and discrimination. Therapists work with clients to develop coping strategies to navigate these difficulties, build resilience, and enhance their overall well-being. This may involve exploring self-advocacy, building support networks, and finding ways to combat discrimination.

  3. Identity Exploration and Expression: Therapy provides an opportunity for individuals to explore and express their gender identity or sexual orientation more fully. Clients may discuss their experiences of questioning, coming out, or transitioning, and work with the therapist to better understand their unique journey. Therapists can offer guidance and resources to support clients in their exploration and help them navigate any challenges they may encounter along the way.

  4. Relationship and Intimacy Support: Therapy for gender and sexual identity issues also addresses the complexities of relationships and intimacy. Clients may explore topics such as dating, forming healthy relationships, managing relationship challenges, and building communication skills. Therapists can provide guidance on navigating intimate relationships while considering individual identities and preferences.

  5. Mental Health and Emotional Well-being: Individuals who identify as LGBTQ+ may face higher rates of mental health concerns such as anxiety, depression, and substance abuse. Therapy aims to address these challenges and promote mental health and emotional well-being. Therapists work collaboratively with clients to develop strategies for managing stress, improving self-care, and fostering resilience.

  6. Support for Families and Allies: Therapy for gender and sexual identity issues can also extend support to families, partners, and allies. Therapists can help loved ones better understand and support their LGBTQ+ family members or friends. This may involve education about sexual orientation and gender identity, addressing any concerns or misconceptions, and fostering healthy communication and acceptance within relationships.

It is important to note that therapy for gender and sexual identity issues should be conducted by trained professionals who have experience working with LGBTQ+ individuals. These therapists should be knowledgeable about LGBTQ+ issues, sensitive to the unique experiences faced by this community, and committed to providing affirming and inclusive care.

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“You study psychology? What am I thinking?”

natasha connell byp5TTxUbL0 unsplash | “You study psychology? What am I thinking?” | Psychology is the scientific study of how people behave, think and feel. Psychologists study everything about the human experience from the basic workings of the human brain to consciousness, memory, reasoning and language to personality and mental health. | Wellcare World | mental health

Last week, I attended the annual psyPAG conference in Cardiff, Wales. The opening Keynote by Dr Paul Hutchings has had a lasting impression on me and has inspired this blog post.

Misconceptions

To begin his presentation, a comical hypothetical experience was explained to the audience. When you tell people you study and research psychology, people react in one of two ways

1) “Wow, you can read my mind, I’ll stop talking now”

2) “I am crazy, you could write a book about me”

I looked around at this point and saw a lecture theatre of people nodding their heads in agreement, I think the majority of people involved in the field of psychology have heard one or both of these responses at some point. The general consensus is that Joe Public knows absolutely nothing about what we do. To put this in a more personal example, I have family members that think that I either:

1) Sit people on a couch and try to discuss their childhood and how that makes them feel.

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2) Do nothing all day, because it isn’t a real “job” that I do

Why is this?

The whole point that, is that people think these stereotypes for many reasons such as the media, films etc. However, these false stereotypes exist is because ‘we’, the people involved in the field of psychology, do nothing to rectify these false ideas.

What do I do?

I am a research student. I research human behaviour using scientific methods to make a difference and improve things. Specifically, I am investigating how people identity can change following a diagnosis of multiple sclerosis.

What can ‘we’ do about this?

To rectify this problem we need to realise that we need to explain what we do a lot more clearly and actually talk about what we do. The more we get our research and what we do out in the public eye, the more the public can benefit from what we do.

Is it this easy?

In a nutshell, no. Research students usually do not have a lot of time to explain our research fully to people who are not involved in the field, this takes time and effort, something that we are usually lacking. The main goal of research in modern academia is to get your research published in academic journals or present at conferences. No member of the general public reads academic journals and they do not go to conferences so they are not going to hear about this research, secondly, most journals need an originality report, you can’t talk about your research elsewhere if you want to get it published. Finally, are people interested? Most people i know just really do not want to hear a bunch of complicated words that they will not understand and therefore don’t want to hear about what I do.

So, what next?

You might be asking what is the point of me telling you this? Am I doing anything to get my research out there? I do already try to do a couple of these things, however, i think there are some things that we can do to change this situation.

1) Disseminating Research

This blog was set up over a year ago for me to disseminate my research, using social media you can give an overview of your research, a bare-bones, lay language overview so that the general public can find out about and read your research and you can still get published in an academic journal.

2) Engage with your research audience

I have contact with a local MS support group. This group has been essential for my research, my main research direction has come from talks with members of this group and I try my best to keep them informed of my research. I also write yearly reports for the MS Society for them to further disseminate and get my research out there.

3) Impact

When you tell Joe Public about your research, the majority of people will look at you and ask why this needs to be done. All pieces of research have impact. This is the effect that your research can have. For example, my research hopes to improve therapy options for people with multiple sclerosis and low mood, for example when is group or individual psychotherapy more effective? This is my research’s real world impact, it has a potential impact on people’s wellbeing and health pathways and funding.

4) Talk about what you do

This is something I need to work on more. I think it is beneficial for all research students or people involved in the field to talk about their research and what they do, and learn to do so to a lay audience. We spend so much time talking to colleagues that we struggle to explain ourselves to other people. I think we can all benefit from this. If people have misconceptions about what you do, its because no ones ever corrected them, take time to tell them what you do and what thats like.

5) Express your opinion

It was pointed out that all of us in the lecture theatre were experts in our own research area, even if none of us wanted to admit it. Try and get your opinion out there as much as you can. If your research is relevant to something going on at the time talk to your university about getting involved and getting your opinion out there.

Ok, stop ranting now

Going forward, please try to take some of the things I’ve said on board. By working in this field you are doing fantastic things. Talk about your research, think of your impact and get it out in the public domain. This is something we all need to do if we’re going to change the stereotypes about the field we work in.

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Why some mental health professionals avoid self-care

stress | Why some mental health professionals avoid self-care | Mental health professionals sometimes neglect self-care due to demanding workloads, compassion fatigue, and a sense of self-sacrifice. However, prioritizing self-care is vital to prevent burnout and maintain emotional resilience. Establishing healthy boundaries, seeking support, and engaging in self-care activities are essential for their well-being and ability to effectively support their clients. | Wellcare World | mental health
Journal of Consulting and Clinical Psychology, 
91(5), 251–253.
https://doi.org/10.1037/ccp0000818
Abstract
This article briefly discusses reasons why some mental health professionals are resistant to self-care. These reasons include the savior complex, avoidance, and lack of collegial assiduity. Several proposed solutions are offered.
Here is an excerpt:

Savior Complex

One hypothesis used to explain professionals’ resistance is what some refer to as a “savior complex.” Certain MHPs may be engaging in the cognitive distortion that it is their duty to save as many people from suffering and demise as they can and in turn need to sacrifice their own psychological welfare for those facing distress. MHPs may be skewed in their thinking that they are also invulnerable to psychological and other stressors. Inherent in this distortion is their fear of being viewed as weak or ineffective, and as a result, they overcompensate by attempting to be stronger than others. This type of thinking may also involve a defense mechanism that develops early in their professional lives and emerges during the course of their work in the field. This may stem from preexisting components of their personality dynamics.
Another reason may be that the extreme rewards that professionals experience from helping others in such a desperate state of need serve as a euphoric experience for them that can be addictive. In essence, the “high” that they obtain from helping others often spurs them on.
Avoidance
Another less complicated explanation for MHPs’ blindness to their own vulnerabilities may be their strong desire to avoid admitting to their own weaknesses and sense of vulnerability. The defense mechanism of rationalization that they are stronger and healthier than everyone else may embolden them to push on even when there are visible signs to others of the stress in their lives that is compromising their functioning.
Avoidance is also a way of sidestepping the obvious and putting it off until later. This may be coupled with the need that has increased, particularly with the recent pandemic that has intensified the demand for mental health services.

Denial

The dismissal of MHPs’ own needs or what some may term as, “denial” is a deeper aspect that goes hand-in-hand with cognitive distortions that develop with MHPs, but involve a more complex level of blindness to the obvious (Bearse et al., 2013). It may also serve as a way for professionals to devalue their own emotional and psychological challenges.
Denial may also stem from an underlying fear of being determined as incapacitated or not up to the challenge by their colleagues and thus prohibited from returning to their work or having to face limitations or restrictions. It can sometimes emanate from the fear of being reported as having engaged in unethical behavior by not seeking assistance sooner. This is particularly so with cases of MHPs who have become involved with illicit drug or alcohol abuse or addiction.
Most ethical principles mandate that MHPs strive to remain cognizant of the potential effects that their work has on their own physical and mental health status while they are in the process of treating others and to recognize when their ability to be effective has been compromised.
Last, in some cases, MHPs’ denial can even be a response to genuine and accurately perceived expectations in a variety of work contexts where they do not have control over their schedules. This may occur more commonly with facilities or institutions that do not support the disclosure of vulnerability and stress. It is for the aforementioned reasons that the American and Canadian Psychological Associations as well as other mental health organizations have mandated special education on this topic in graduate training programs (American Psychiatric Association, 2013; Maranzan et al., 2018).

Lack of Collegial Assiduity

A final reason may involve a lack of collegial assiduity, where fellow MHPs observe their colleagues enduring signs of stress but fail to confront the individual of concern and alert them to the obvious. It is often very awkward and uncomfortable for a colleague to address this issue and risk rebuke or a negative outcome. As a result, they simply avoid it altogether, thus leaving the issue of concern unaddressed.

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Not Evidence to Support Depression as a Brain Disease

Not Evidence to Support Depression as a Brain Disease

According to three 2022 comprehensive research reviews, there is no scientific evidence for what we have long been told by psychiatry—and the mainstream media—about the neurobiology of depression. These reviews, in unison, will pack a powerful wallop for critical thinkers. However, for American society in general, the deck is stacked against any scientific truths making a dent in psychiatry’s brain-defect mythology.

The implications of these reviews are broken down in the following sections: (1) What We Have Been Told; (2) The Scientific Reality; (3) What Are the Variables Associated with Depression? and (4) The Stacked Deck against Scientific Realities Denting Brain-Defect Mythology.

What We Have Been Told

The general public has routinely heard proclamations from psychiatry authorities that depression is a neurobiological phenomenon (or a brain disease) caused by: (1) specific brain abnormalities revealed by neuroimaging; (2) neurotransmitter chemical defects, most commonly a “serotonin chemical imbalance”; and (3) identifiable genetic defects resulting in increased vulnerability to psychological-social stressors.

One example of what Americans hear from authorities is Harvard Medical School’s “What Causes Depression” (January 2022), which stated: “Major advances in the biology of depression include finding links between specific parts of the brain and depression effects, discovering how chemicals called neurotransmitters make communication between brains cells possible, and learning the impact of genetics and lifestyle events on risk and symptoms of depression.”

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Photo by K. Mitch Hodge

The Scientific Reality

The most recent of the three reviews about the neurobiology of depression was published in October 2022 by Peter SterlingProfessor of Neuroscience at the Perelman School of Medicine, University of Pennsylvania, and it is titled: A Neuroscientist Evaluates the Standard Biological Model of Depression.” Sterling examined the evidence for the theory that depression is a brain disorder caused by some defect in a specific neural pathway,” and he concluded that “recent evidence from multiple sources [citing 44 journal publications] fails to support this hypothesis.” Published in the webzine Mad in America, Sterling summarizes his findings:

(1) Neuroimaging does not identify brain abnormalities in depressed individuals; neuroimaging does not even distinguish between large populations of depressed vs healthy.

(2) Genome-wide association studies identify hundreds of variants of small effect, but these do not identify a depressed individual, nor even a depressed population.

(3) The ‘chemical imbalance’ theory of depression has failed for want of evidence, thus depriving ‘antidepressant’ drugs of a neuroscientific rationale.

(4) Depression, while weakly predicted by any ‘biomarker,’ is strongly predicted by childhood trauma and chronic social stress.

The most powerful evidence that neuroimaging does not identify brain abnormalities associated with depression comes from a second 2022 review, published in the journal Neuron, co-authored by Raymond Dolan at the University College London —who is considered one of the most influential neuroscientists in the world.

Dolan and his co-authors, in “Functional Neuroimaging in Psychiatry and the Case for Failing Better,” conclude: “Despite three decades of intense neuroimaging research, we still lack a neurobiological account for any psychiatric condition”—which includes depression.

Reflecting on the more than 16,000 neuroimaging articles published during the last 30 years, Dolan and his co-authors concluded: “It remains difficult to refute a critique that psychiatry’s most fundamental characteristic is its ignorance. . . . Casting a cold eye on the psychiatric neuroimaging literature invites a conclusion that despite 30 years of intense research and considerable technological advances, this enterprise has not delivered a neurobiological account (i.e., a mechanistic explanation) for any psychiatric disorder, nor has it provided a credible imaging-based biomarker of clinical utility.”

While these reviews by prominent neuroscientists Peter Sterling and Raymond Dolan have received little public attention, a third 2022 review has garnered widespread media coverage. Titled “The Serotonin Theory of Depression: A Systematic Umbrella Review of the Evidence,” it was published in the journal Molecular Psychiatry, lead-authored by psychiatrist Joanna Moncrieff, at the University College London and co-chairperson of the Critical Psychiatry Network.

Moncrief and her co-researchers examined hundreds of different types of studies that attempted to detect a relationship between depression and serotonin, and concluded that there is no evidence of a link between low levels of serotonin and depression, stating: “We suggest it is time to acknowledge that the serotonin theory of depression is not empirically substantiated.”

Psychiatry apologists tried to convince the general public that Moncrieff’s findings were not newsworthy, and that psychiatry has long discarded the serotonin imbalance theory of depression. However, given the reality that the vast majority of society had heard nothing from psychiatry about the discarding of this theory, what followed has been public mockery of psychiatry and its Big Pharma partners for their duplicity.

Establishment psychiatry has employed a different strategy to deal with the finding that neuroimaging research has failed to provide a neurobiological account for any psychiatric condition, including depression. Psychiatry and the mainstream media have simply ignored this.

Also ignored is the finding that depressed individuals cannot be identified by their genes. Sterling notes in his review, “A great hope for the Human Genome Project around 2003 was to identify key genetic variants that ‘cause’ mental ‘disorders.’” However, no such genetic variants have been identified.

Given the twentieth-century history of eugenics, and how it was used to justify sterilization in the United States—and murder in Nazi Germany—of individuals diagnosed with mental illness, the recent genetic push should be troubling. History tells us that if genetic causality theories are taken seriously, and a nation’s need for efficiency and productivity trumps toleration for individual differences, then such a nation will seek to eliminate inefficient and nonproductive people, including the seriously depressed. Thus, if a society believes that severe behavioral disturbances and emotional suffering are rooted in genetics, and if such a society embraces the type of fascism embraced by Nazi Germany, history tells us what happens next.

Sterling is not only a prominent neuroscientist but a longtime social justice activist who, as a young man, participated in the Freedom Rides. Owing to his understanding of the political implications of biological theories of psychiatry, scientific truths about genetics and depression are for him no small deal.

One of several studies that debunk the idea that there are genetic variants that can be used to identify depression mentioned in Sterling’s review is a 2021 investigation published in the Journal of Affective Disorders that included 5,872 cases and 43,862 controls, and which examined 22,028 gene variants. The authors reported that the study “fails to identify genes influencing the probability of developing a mood disorder” and “no gene or gene set produced a statistically significant result.”

What Are the Variables Associated with Depression?

Twelve biological measures [including structural magnetic resonance imaging (MRI), task-based functional magnetic resonance imaging (fMRI), resting state fMRI, and nine other biological measures] fail to distinguish ‘depressed’ from ‘healthy’ populations,” reports Sterling, “but two psychological variables clearly do so . . . . Depressed individuals were far more likely to report childhood trauma and far less likely to experience social supports.

Once upon a time, it was not extraordinary for psychiatrists to actually spend time learning about their patients’ lives. However, as the New York Times reported in 2011 (“Talk Doesn’t Pay, So Psychiatry Turns Instead to Drug Therapy”),“A 2005 government survey found that just 11 percent of psychiatrists provided talk therapy to all patients, a share that had been falling for years and has most likely fallen more since.”

Today, it is a very unique psychiatrist—likely a “dissident psychiatrist”—who offers anything other than medication management (“med management” consists of 10 to 15 minutes every two or three months, checking symptoms and tweaking medications). The vast majority of psychiatrist offer nothing but biochemical-electrical attempts to reduce symptoms.

If one actually spends time with depressed people, it is obvious that the common ingredient they share is some type of overwhelming pain, and if one spends even an hour listening to most depressed individuals, it is not all that difficult to discover the source of that pain.

Some of the most common overwhelming pains include: severe chronic physical pain (e.g., rheumatoid arthritis or bone cancer); severe financial pain (e.g., bankruptcy, unemployment, and poverty); legal pains (e.g., parole, probation, and other involvements in the criminal justice system); severe interpersonal pains (e.g., isolation, a miserable marriage, or a lengthy ugly divorce); unhealed trauma (from childhood and elsewhere); and overwhelming existential pains (e.g., meaninglessness, directionlessnes, and lost integrity).

A generation ago, it was well known that transforming interpersonal pains was often helpful to many depressed patients. The Interactional Nature of Depression (1999) documents hundreds of studies about the interpersonal nature of depression—and its interactional vicious cycle. In one study of unhappily married women who were diagnosed with depression, 70 percent of them believed that their marital discord preceded their depression, and 60 percent believed that their unhappy marriage was the primary cause of their depression.

The majority of Americans are unaware that socioeconomic variables are associated with depression. Results from a 2013 national survey issued by the U.S. government’s Substance Abuse and Mental Health Services Administration (SAMHSA) included socioeconomic correlates of depression and suicidality (serious suicidal thoughts, plans, or attempts). The survey results provide extensive evidence that unemployment, poverty, and involvement in the criminal justice system are highly associated with depression and suicidality.

The Stacked Deck against Scientific Realities Denting Brain-Defect Mythology

The focus on biochemical-electrical causality rather than other variables is—as I detail in A Profession Without Reason—a political and financial win for several groups:

(1) Pharmaceutical companies. The now discarded serotonin imbalance theory of depression has been powerfully persuasive for many depressed individuals and their doctors, resulting in the belief that it would be irresponsible not to use selective serotonin reuptake inhibitors (SSRIs) antidepressants such as Prozac, Zoloft, or Paxil. In 2001, CNN reported: “Since it was launched in early 1988, Prozac has been one of the biggest-selling drugs in history; its $21 billion in sales represents some 30% of Lilly’s revenues in that period.” Since 2001, blockbuster SSRI drugs—as well as other antidepressants that have been claimed to correct other non-existent chemical imbalances—have continued to make billions of dollars for drug companies.

(2) Mainstream Media. By 2019, according to MediaRadar, Big Pharma’s $6.6 billion yearly spending on TV adsranked it as the fourth-largest spender of TV ads in the United States. Television is only one segment of mainstream media in which Big Pharma is buying advertising. Given that the mainstream media is dependent on these Big Pharma advertising dollars, it is majorly disincentived from doing serious investigative journalism on Big Pharma and its drugs.

3) Drug prescribers and psychiatrist “thought leaders.” One of many “thought-leader” psychiatrists exposed by 2008 Congressional hearings was Harvard psychiatrist Joseph Biederman (credited with creating pediatric bipolar disorder), who had received $1.6 million from drug makers between 2000 to 2007. Federal legislation enacted in 2013 required pharmaceutical companies to disclose their direct payments to physicians, resulting in the creation of an Open Payments database. In 2021, utilizing this database, independent journalist Robert Whitaker reported: “From 2014 to 2020, pharmaceutical companies paid $340 million to U.S. psychiatrists to serve as their consultants, advisers, and speakers, or to provide free food, beverages and lodging to those attending promotional events.” Open Payments lists 31,784 psychiatrists (roughly 75 percent of the psychiatrists in the United States) who, Whitaker noted, “received something of value from the drug companies from 2014 through 2020.” During that time period, sixty-two psychiatrists received one million dollars or more; nineteen psychiatrists received over two million dollars.

(4) Mental illness institutions such as the American Psychiatric Association (APA) and so-called “patient advocacy” groups such as the National Alliance on Mental Illness (NAMI) have received funding from Big Pharma. As major money is available from the National Institute of Health’s (NIH) “Brain Initiative,” the National Institute of Mental Health (NIMH) has focused on biochemical-electrical causality (in June 2022, the NIMH’s “Strategic Plan” for the next five years listed Goal #1: Define the Brain Mechanisms Underlying Complex Behavior).

(5) Researchers who are funded to do biochemical-electrical research.

(6) Those atop the societal hierarchy who obviously prefer retaining the social-economic-political status quo, and who know that if a population believes its emotional suffering is caused not by social-economic-political variables but instead by neurobiological defects, this belief system can be a more powerful and less expensive way of maintaining the status quo than a heavily armed police force.

There is another reason why the scientific realities made clear by these three comprehensive reviews will not likely make a dent in the brain-defect mythology of depression. When individuals are overwhelmed by pain and become depressed, it is difficult for them and their frightened family to think critically. When the mainstream media offers themonly two explanation options for their depression—biochemical-electrical causality or personal blame—of course, they prefer biochemical-electrical causality. When illegitimate authorities offer two options, critically-thinking anti-authoritarians know to choose the third one; but depressed individuals and their families often have too much fear and too little energy to think critically and to resist illegitimate authorities.

Debunk of Chemical Imbalance Theory of Depression

Now that psychiatry has publicly acknowledged the lack of evidence behind its chemical imbalance theory of depression, antidepressant drugs have publicly lost their neuroscientific rationale. However, psychiatry has pivoted to the proclamation that a lack of neuroscientific rationale for antidepressant drugs is “irrelevant” (a word used by establishment psychiatrist Ronald Pies), because antidepressants are effective. What is the scientific reality?

Some individuals report their antidepressants have provided them with symptom relief; others report no effect; and still others report extremely unpleasant adverse effects and nightmarish withdrawal. A 2022 large study, lead-authored by Marc Stone at the FDA’s Center for Drug Evaluation and Research, examined 232 randomized, double blind, placebo controlled trials on antidepressants (these trials were submitted by drug companies to the FDA between 1979 and 2016, comprising 73,388 adult and child participants). Even in these drug-company submitted studies, Stone and his co-researchers found that only “15% of participants have a substantial antidepressant effect beyond a placebo effect.”Moreover, drug company antidepressant trials submitted to the FDA are routinely short-term studies, usually around six weeks.

In the long-term, outcomes are worse. In 2017, the journal Psychotherapy and Somatics, in “Poorer Long-Term Outcomes among Persons with Major Depressive Disorder Treated with Medication,” reported the following: Controlling for depression severity, the outcomes of 3,294 subjects over a nine-year period showed that antidepressants may have had an immediate, short-term ben­efit for some people, but at the nine-year follow-up, antidepressant users had significantly more severe symptoms than those individuals not using antidepressants.

In 2022, the Clinical Psychology Review summarized the antidepressant reality: “The increased availability of effective treatments should shorten depressive episodes, reduce relapses, and curtail recurrences. . . . Have these reductions occurred? The empirical answer clearly is NO.”

Psychiatrist Thomas Insel, NIMH director from 2002 to 2015, acknowleded in 2017: “I spent 13 years at NIMH really pushing on the neuroscience and genetics of mental disorders, and when I look back on that I realize that while I think I succeeded at getting lots of really cool papers published by cool scientists at fairly large costs—I think $20 billion—I don’t think we moved the needle in reducing suicide, reducing hospitalizations, improving recovery for the tens of millions of people who have mental illness.” Yet, establishment psychiatry has doubled-down in their quest for a neurobiological magic bullet; Insel states in his 2022 book Healing: “The idea of mental illness as a ‘chemical imbalance’ has now given way to mental illnesses as ‘connectional’ or brain circuit disorders.”

As Upton Sinclair famously said, “It is difficult to get a man to understand something when his salary depends on his not understanding it.”

Bruce E. Levine, a practicing clinical psychologist, writes and speaks about how society, culture, politics, and psychology intersect. His most recent book is A Profession Without Reason: The Crisis of Contemporary Psychiatry—Untangled and Solved by Spinoza, Freethinking, and Radical Enlightenment (2022). His Web site is brucelevine.net

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Psychosis and Terahertz

Psychosis and Terahertz

Psychosis is a complex mental health illness that is characterized by a range of symptoms, including delusions, hallucinations, and disturbed thought patterns. Although there are several treatments available for psychosis, such as medication and psychotherapy, there is still a need for innovative approaches to manage and treat this condition. Terahertz (THz) technology is an emerging technology that has the potential to revolutionize medical diagnostics and treatment. While it has not been extensively researched in relation to psychosis, terahertz waves have been investigated for their impact on biological tissues, including the human brain. In this article, we will explore the potential use of terahertz technology in the treatment of psychosis. We will also examine the impact of terahertz waves on biological tissues and discuss the current state of research in this area.

What is Terahertz Technology?

Terahertz technology is a type of electromagnetic radiation that falls between the microwave and infrared regions of the electromagnetic spectrum. It is sometimes referred to as T-rays or THz waves. Terahertz radiation has a frequency range of approximately 0.1 THz to 10 THz. Terahertz technology has several potential applications in the medical field, including diagnostics and treatment. For example, THz waves can be used to detect and identify various substances, such as explosives, drugs, and chemicals. THz waves can also be used to image biological tissues, such as the skin and cornea, and to detect early-stage cancer.

Terahertz Technology and the Brain

Although terahertz technology has been investigated for its potential use in medical diagnostics and treatment, its impact on biological tissues, including the brain, is still not fully understood. Some studies have suggested that terahertz waves may have a positive impact on neural activity and brain function, while others have suggested that they may have detrimental consequences, such as cell damage and apoptosis. One study, published in the Journal of Neuroscience, found that low-intensity THz waves could enhance the activity of neurons in the brain’s hippocampus, a region that is involved in learning and memory. The researchers suggest that this effect could be useful in the treatment of conditions such as Alzheimer’s disease and dementia. However, other studies have suggested that exposure to terahertz waves may have negative effects on biological tissues. For example, a study published in the Journal of Infrared, Millimeter, and Terahertz Waves found that terahertz radiation can induce apoptosis, or programmed cell death, in human leukemia cells. Another study, published in the Journal of Photochemistry and Photobiology B: Biology, found that exposure to terahertz radiation can damage DNA in human blood cells.

Terahertz Technology and Psychosis

There is currently no known application for the treatment or management of psychosis using terahertz technology. However, the potential use of terahertz technology in the treatment of psychosis is an area that is worthy of further investigation. One potential application of terahertz technology in the treatment of psychosis is the use of terahertz waves to enhance the activity of neurons in the brain. As mentioned earlier, a study published in the Journal of Neuroscience found that low-intensity THz waves could enhance the activity of neurons in the hippocampus. The hippocampus is an area of the brain that is involved in learning and memory and is often affected in individuals with psychosis. Another potential application of terahertz technology in the treatment of psychosis is the use of THz waves to deliver drugs directly to the brain. Terahertz waves have been shown to be capable of penetrating the blood-brain barrier , which is a protective layer that prevents many drugs from reaching the brain. By using terahertz waves to deliver drugs directly to the brain, it may be possible to improve the effectiveness of current treatments for psychosis. However, it is important to note that the impact of terahertz waves on biological tissues, including the brain, is not fully understood. Further research is needed to determine the potential benefits and risks of using terahertz technology in the treatment of psychosis.

Current Treatments for Psychosis

While terahertz technology shows promise as a potential treatment for psychosis, it is important to note that current treatments for psychosis are effective and should not be overlooked. Treatment for psychosis often requires a combination of medication, psychotherapy, and lifestyle changes. Antipsychotic medication is often the first line of treatment for psychosis. These medications work by blocking dopamine receptors in the brain, which can reduce the symptoms of psychosis, such as hallucinations and delusions. Psychotherapy can also be effective in the treatment of psychosis. Cognitive behavioral therapy (CBT) is a type of psychotherapy that is often used to treat psychosis. CBT helps individuals to identify and challenge negative thought patterns and beliefs that may be contributing to their symptoms. Lifestyle changes, such as reducing stress, getting enough sleep, and avoiding drugs and alcohol, can also be beneficial in the treatment of psychosis.

Conclusion

In conclusion, terahertz technology is an emerging technology that has the potential to revolutionize medical diagnostics and treatment. While it has not been extensively researched in relation to psychosis, there is potential for terahertz technology to be used in the treatment of this complex mental health illness. However, it is important to note that the impact of terahertz waves on biological tissues, including the brain, is not fully understood. Further research is needed to determine the potential benefits and risks of using terahertz technology in the treatment of psychosis. It is also important to note that current treatments for psychosis, such as medication and psychotherapy, are effective and should not be overlooked. If you or someone you know is exhibiting symptoms of psychosis, it is important to seek the assistance of a mental health physician as soon as possible.
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