Dissociation: Signs and Causes in Children

When people use the word dissociation, it can sound alarming. You may have seen it on social media, heard your child mention it, or noticed your child seeming “checked out” and wondered if that’s what’s happening. Dissociation can be confusing because it exists on a spectrum — from everyday experiences like daydreaming to more serious symptoms that may signal that a child is overwhelmed or struggling. The good news is that dissociation is often a temporary coping mechanism, and when it does become a problem, there are effective ways to help.

What is dissociation?

In simple terms, dissociation is a kind of mental disconnection. “When I think of dissociation, I think of there being some sort of disconnect between an individual and their sense of self, or a period of time that you later can’t recall, or feeling like you’re disconnected from your body,” says Lauren Allerhand, PsyD, a clinical psychologist at the Child Mind Institute and co-director of its DBT program.

Some kids describe dissociation as feeling spaced out, numb, or disconnected from their body or surroundings. Others say they feel like they’re watching themselves from outside their body, or that the world around them doesn’t feel real. “There’s some period of time where your normal sense of flow is disrupted,” Dr. Allerhand explains.

Is dissociation normal?

In its mildest form, dissociation is a commonplace occurrence. Kids might daydream in class, zone out during something boring like a long car trip, or feel detached when they are overwhelmed in some way. These experiences are usually not a cause for concern. “Our brains do a really good job of protecting ourselves,” Dr. Allerhand says. “Sometimes our brains develop strategies to protect us that are healthy, and other times they develop strategies that might work in short bursts but become less helpful if they happen too much.”

When dissociation happens often, or interferes with daily life, it may signal that a child is struggling with something more serious than ordinary, intermittent stress. “If it’s happening all the time, it’s less effective as a coping mechanism” because of the toll it can take when there is memory loss, confusion, and feeling disconnected to the self, she explains.

What does dissociation feel like?

Children and teens may describe dissociation differently. Some say they feel:

  • Like they’re in a dream
  • Emotionally numb
  • Detached from their body
  • Like they’re watching themselves in a movie
  • Like things around them aren’t real

“Kids might say they feel like a robot. Everything feels fake around them,” Dr. Allerhand says. “Younger children may not have the words to describe what they’re experiencing. Instead, parents might notice their child seems unusually quiet, unresponsive, or ‘not themselves.’”

Why do kids dissociate?

Dissociation is often linked to stress or overwhelming emotions — kids may dissociate when they feel unable to cope with what’s happening around them. “This could be a response to any sort of highly intense emotion or experience,” Dr. Allerhand says, such as:

  • Trauma
  • Anxiety or panic
  • Intense emotions
  • Depression
  • Major life changes
  • Overwhelming stress

“It’s another way of coping with stress or trauma,” says Tanvi Bahuguna, PsyD, a clinical psychologist at the Child Mind Institute who specializes in trauma and mood disorders. “There’s this psychological process that helps them disconnect from overwhelming pain.” Some kids dissociate during panic attacks or periods of intense anxiety. Children who have experienced significant adversity may be more likely to dissociate. These experiences can include:

  • Abuse
  • Neglect
  • Family instability (housing instability, domestic violence, addiction)
  • Loss of a family member, especially through violence or suicide

Still, experts are quick to note that dissociation doesn’t automatically mean a child has experienced trauma or has a serious disorder. “There are lots of exits on this highway before we’re at a dissociative disorder,” Dr. Allerhand says, adding that a full-blown dissociative disorder is very rare in children.

Mild vs. serious dissociation

It can be hard to recognize when a child is experiencing more serious dissociation because it doesn’t always look different from daydreaming or inattention. One key difference is distress. “Spacing out or not paying attention is not often experienced as distressing,” Dr. Allerhand says. Moderate or serious dissociation “is often somewhat distressing.” Kids who are daydreaming are still connected to themselves and their surroundings; kids who are experiencing more serious dissociation may feel cut off from their body, emotions, or reality altogether.

Using grounding techniques for dissociation

If you think your child may be dissociating, the most important thing you can do is not panic or try to get your child to “snap out of it.”  “The number one thing a parent can do is stay as calm as possible,” Dr. Bahuguna says. Speak gently, use short sentences, and reassure your child that they’re safe. Saying your child’s name and reminding them you’re there can help them reconnect.

Grounding techniques can also bring kids back into the present moment. One common method is called the 5-4-3-2-1 technique: Ask the child to name five things they can see, four things they can feel, three things they can hear, two things they can smell, one thing they can taste or imagine tasting. Other grounding strategies include:

  • Deep breathing
  • Squeezing a stress ball
  • Holding something cold
  • Gently moving the body

If you find your child often dissociates, Dr. Allerhand recommends helping them make a plan for it. During a calm moment, talk with your child about what they find helpful. “I noticed that this is happening. How can I help you when this is happening?” she suggests asking. Having a plan in advance makes it easier to respond in the moment — and in the meantime, stay nearby and make sure your child is safe until the episode passes.

When should parents seek help for a child who dissociates?

If dissociation is frequent, distressing, or associated with changes in your child’s functioning, seeking professional support is appropriate. “If something dissociative happens, and there’s a really big change in your child’s functioning, then I would be concerned,” Dr. Allerhand says.

Signs it may be time to reach out include:

  • Memory gaps after the episode
  • Noticeable personality changes
  • Difficulty at school
  • Withdrawal from friends or activities
  • Significant distress or confusion

A good place to start would be talking to your pediatrician, who may refer you to a mental health professional. “If your child is displaying behaviors that seem out of the ordinary, you should trust your instincts,” Dr. Allerhand says.

How to identify dissociation

To determine whether a child is dissociating, a mental health professional gathers information from multiple sources, including parents, the child, and sometimes teachers, asking about the child’s behaviors, history, and any recent stressors or changes in behavior.

“The first thing would be a structured diagnostic interview with a qualified clinician,” Dr. Allerhand explains. “Parents bring the history and describe the behavior, and then the clinician meets with the child.” Clinicians also consider whether dissociation might be a symptom of another condition, such as post-traumatic stress disorder, borderline personality disorder, anxiety (especially panic disorder), and depression.

“It’s really gathering history, meeting the child, observing the child, and figuring out what this cluster of behaviors leads to,” she says. It’s more frequent to find that dissociation is a result of another disorder than an actual dissociative disorder.

How is dissociation treated?

Treatment depends on what’s driving the dissociation. If trauma is involved, therapy may focus on helping the child process difficult experiences and build coping skills. Evidence-based approaches include trauma-focused cognitive behavioral therapy (TF-CBT) and eye movement desensitization and reprocessing (EMDR).

If anxiety or emotional overwhelm is the primary cause, treatment may focus on emotion regulation, grounding techniques, and identifying triggers and early warning signs. Therapy, such as dialectical behavior therapy (DBT), typically involves both children and parents, helping families recognize patterns and respond in supportive ways.

For more severe or persistent dissociation, treatment may happen in phases — beginning with safety and stabilization, then skill-building, and eventually, when appropriate, processing difficult experiences. “The goal is helping the child learn to cope with their experience and stay in their body,” Dr. Allerhand says.

What are dissociative disorders?

In children and teens, dissociation is usually a symptom of another condition. But in cases of very serious early trauma, abuse, or neglect, it can progress into a full-blown disorder. There are a number of dissociative disorders, including:

  • Dissociative identity disorder (what was once called multiple personality disorder) involves two or more distinct personality states and gaps in memory and is typically linked to significant early trauma. Parents who search online may find alarming information, but Dr. Allerhand says this condition is very rare in kids.
  • Dissociative amnesia involves gaps in memory that can’t be explained by ordinary forgetfulness — such as not remembering important personal information or periods of time — and is often associated with stressful or traumatic experiences.
  • Depersonalization/derealization disorder involves feeling detached from oneself, as though watching yourself from outside your body, or feeling that the world around you isn’t real.

These disorders sometimes attract media attention, but they are extremely rare in children. What’s important for parents to know is that if you see dissociative behavior in a child, it’s most likely a normal coping mechanism for a child experiencing some stress or intense emotion. If it persists, is causing distress, or is interfering with a child’s life, it’s time to consult a pediatrician or mental health professional. Identifying what might be causing the behavior is the first step to getting appropriate treatment.

Frequently Asked Questions

What is dissociation?

Dissociation is a mental disconnection from your thoughts, feelings, body, or surroundings. Kids may feel spaced out, numb, or like they’re watching themselves from the outside, as if the world doesn’t feel real.

What are common symptoms of dissociation?

Common signs include feeling detached from the body, emotionally numb, or like you’re in a dream. Some kids seem unusually quiet or “not themselves,” while others have trouble recalling what happened during that time.

What causes dissociation?

Dissociation is often a response to stress, anxiety, or overwhelming emotions. It can also be linked to trauma, major life changes (such as the sudden loss of a family member), or intense feelings the child doesn’t yet know how to manage.

How can you stop dissociating?

Grounding techniques can help bring you back to the present moment, like naming what you see, hear, and feel, or focusing on breathing. Having a plan for what you will do the next time can make it easier to manage when it happens.

The post Dissociation: Signs and Causes in Children appeared first on Child Mind Institute.

The State of Precision Medicine

Panelists:

Image of Becky Quick

Becky Quick

Anchor
CNBC’s Squawk Box

Panelist

Image of Becky Quick

Becky Quick

Becky Quick is an anchor of CNBC’s popular morning show, Squawk Box, and an award-winning journalist and broadcaster. More importantly, she is the mother of a child with the rare genetic disease, SYNGAP1. The disease, which affects about 1,700 people globally, is derived from a mutation in the SynGAP protein, which is required for brain development. Becky’s daughter Kaylie was diagnosed at three years old, which opened doors to form connections with other families in the rare disease space who are facing similar situations. Becky was the driving force behind the formation of CNBC Cures, hosting and moderating the inaugural summit in New York City in March 2026. The summit featured numerous experts and commentators in rare disease therapeutics and personalized medicine sharing ideas to expedite funding and research for rare genetic disorders.

Becky holds a degree in political science from Rutgers University. Prior to her role as a CNBC anchor, she was a columnist at Fortune and a reporter at the Wall Street Journal.

Image of Anne Wojcicki

Anne Wojcicki

CEO
23andMe Research Institute

Panelist

Image of Anne Wojcicki

Anne Wojcicki

Anne Wojcicki is the founder and CEO of 23andMe and the TTAM Research Institute. She is committed to putting individuals at the center of their health information and decisions with choice and transparency, and in turn empowering them to participate in research. Anne co-founded 23andMe in 2006, three years after the first human genome was sequenced. Her goal was to help people access, understand, and benefit from the human genome and fundamentally change healthcare in the process. Although the company filed for bankruptcy in 2025, Anne maintained her interest in steering the company forward. She formed the TTAM Research Institute, a nonprofit medical research organization, to acquire the company for $305 million.

Prior to founding 23andMe, Anne spent a decade on Wall Street investing in healthcare and felt frustrated by a system built around monetizing illness instead of incentivizing prevention. Anne’s vision and persistence powered an industry-first community approach to genetic research. This novel, web-based research model has resulted in thousands of new genetic discoveries and brought personalized medicine to millions of people.

Image of Brian Bigger, PhD

Brian Bigger, PhD

Chair, Advanced Therapeutics
University of Edinburgh, U.K.

Panelist

Image of Brian Bigger, PhD

Brian Bigger, PhD

Brian Bigger, PhD, is the chair of advanced therapeutics at the Institute of Regeneration and Repair at the University of Edinburgh. His group develops innovative gene and cell therapies, especially neurological lysosomal diseases like Hunter syndrome, and brings these treatments to patients. In particular, the focus is on making novel stem cell gene therapies available to patients with neurological diseases and dementias. Brian’s lab has developed three hematopoietic stem cell gene therapies for mucopolysaccharidosis types II and III (MPS II and MPS III). The first therapy developed in the lab (substrate reduction therapy for MPSIII) entered a Phase III clinical trial in mid 2014.

Brian earned his PhD in gene therapy from Imperial College London. After four years developing a stem cell gene therapy approach for hemophilia B at Cancer Research UK, Brian worked on hematopoietic stem cell migration at the National Blood Service and Oxford University.

Image of Carrie Haverty

Carrie Haverty

Vice President of Medical Affairs & Clinical Strategy
Mirvie

Panelist

Image of Carrie Haverty

Carrie Haverty

Carrie Haverty is vice president of medical affairs and clinical strategy at Mirvie, leading efforts to develop the Mirvie RNA platform using a simple blood test to reveal a pregnancy’s unique biology and predict complications months before they occur. Carrie is also the 2026 president of the National Society of Genetic Counselors, having previously served on the board of directors as chair of the membership committee and various other volunteer roles since she was in graduate school.

Carrie earned her graduate degree in genetic counseling from the University of California, Irvine, and she is a Certified Genetic Counselor. She started her career working in high-risk prenatal care and focused on providing broad access to new diagnostic technologies. Her clinical experience served as the foundation for leading cutting-edge product development and commercialization of new technologies at Counsyl, Myriad Genetics, and Miroculus, prior to joining Mirvie.

Broadcast Date: 
  • Time: 

Welcome to the 2026 State of Precision Medicine virtual summit, hosted by Inside Precision Medicine. This year’s summit focuses on the existing gaps in precision medicine as we ask: How do we make treatment equitable and accessible for all patients across the disease continuum?

On June 3rd, the editors of Inside Precision Medicine will feature an outstanding line-up of guests highlighting the challenges and urgency of expanding access to disease therapies and empowering patients and consumers.

Agenda Highlights:

  • Becky Quick, co-anchor of CNBC’s Squawk Box and the founder of CNBC Cures, discusses her own family’s rare disease journey and her prescription to expand access to rare disease therapeutics 
  • Anne Wojcicki, CEO of the 23andMe Research Institute, speaks on the consumer genetics pioneer’s recent renaissance leading the newly re-imagined organization
  • Brian Bigger, PhD, and Rob Wynn, MD, scientists and clinicians at Manchester University, share insights from their work on stem cell gene therapy and its potential to offer hope for patients with rare diseases such as Hunter syndrome. They are joined by Ricky Chu, father of two children with Hunter syndrome, a rare neurodevelopmental disorder 
  • Carrie Haverty, president of the National Society of Genetic Counselors, hosts a panel on the current trends and challenges in genetic counseling 
  • Saralyn Mark, MD, first senior medical advisor to both the Office on Women’s Health within the HHS and NASA, boldly explores lessons in women’s health with her guests Dorit Donoviel, PhD, and Kim Templeton, MD
  • Breakout sessions from the summit sponsors, including 10x Genomics and Illumina 

Registration is entirely free. We look forward to seeing you on June 3.

Produced with support from:

10x Genomics logo

illumina logo

<![CDATA[DSM-6 forces psychiatry to choose: sharper science or softer labels. Explore why validity, biomarkers, and hierarchy matter for credibility.]]>
<![CDATA[Clinicians explore neuroscience-guided off-label prescribing.]]>

The Download: the North Pole’s future and humanoid data

This is today’s edition of The Download, our weekday newsletter that provides a daily dose of what’s going on in the world of technology.

Digging for clues about the North Pole’s past

In the past, getting to the North Pole involved a treacherous trip through ice many meters thick. But last year, a research vessel encountered open water and thin ice, which created an easy passage. It provided a reminder of how quickly the Arctic is changing. 

Now scientists are digging deep below the seabed to find out if the Arctic Ocean was ever ice-free—and what that could mean for the future of Earth’s northernmost waters. Here’s what they hope to discover.

—Tim Kalvelage

This story is from the latest issue of our print magazine, which is all about nature. Check out the full issue here, and subscribe to get the next one when it lands. 

Humanoid data: 10 Things That Matter in AI Right Now

I was recently invited to join an app that would pay me to film myself doing tasks like putting food in a bowl and microwaving it. Another site asked if I’d like to remotely control a robotic arm to help improve its dexterity. What on earth is happening?

These examples are just part of a growing push by robotics companies to collect data on our movements for training humanoids. As the race for real-world data heats up, our everyday movements are being turned into training data. Read the full story.

—James O’Donnell

Humanoid data is one of our 10 Things That Matter in AI Right Now, a new look at the big ideas, trends, and technologies really worth your attention in the buzzy world of AI.

The must-reads

I’ve combed the internet to find you today’s most fun/important/scary/fascinating stories about technology.

1 Google, Microsoft, Amazon, and Meta have all set AI spending records
Collectively, they’re up 71% on the same quarter last year.  (NYT $)
+ Microsoft, Google and Amazon reported big payoffs from the splurge. (FT $)
+ But Meta’s shares slid after its plans spooked investors. (BBC)
+ What even is the AI bubble? (MIT Technology Review)

2 The White House opposes Anthropic’s plan to expand Mythos access
It’s concerned about the model’s cyber risks. (Bloomberg $)
+ And worried that the government will lose compute access. (WSJ $)
+ Anthropic is seeking funding at a valuation over $900 billion. (Bloomberg $)

3 Elon Musk has claimed OpenAI’s leaders “looted the nonprofit”
During testimony, Musk said he “was a fool” for trusting them. (Gizmodo)
+ But he had raised his own concerns about OpenAI’s non-profit status. (The Verge)
+ The case could reshape the AI landscape. (MIT Technology Review)

4 Autonomous vehicles may be worsening
According to emergency first-responders, glitches are increasing. (Wired)

5 OpenAI has abandoned much of its Stargate plan
It will no longer develop its own data centers. (FT $)
+ The project’s compute requirements have been questioned. (MIT Technology Review)

6 A convicted Harvard scientist is rebuilding a brain-computer lab in China
He had previously been named the world’s top chemist. (Reuters $)
+ But was then convicted for lying about payments from China. (NYT $)

7 Families have sued OpenAI over a mass shooter’s use of ChatGPT
They say OpenAI provided a dangerously defective version of the chatbot. (NPR)

8 Apple is reportedly close to giving up on the Vision Pro
After the latest model flopped. (MacRumors

9 Senators are interrogating US AI firms on safeguards against China
Over fears of IP theft. (Axios)

10 Friendly AI chatbots are more likely to be inaccurate
A new study found kinder answers contained more mistakes. (BBC)

Quote of the day

“Never talk about goblins, gremlins, raccoons, trolls, ogres, pigeons, or other animals or creatures unless it is absolutely and unambiguously relevant to the user’s query.” 

—OpenAI instructs Codex to avoid critter talk in a system prompt for the coding agent, Ars Technica reports.

One More Thing

illustration of a house with numbered features

ARTHUR MOUNT


Is this the most energy-efficient way to build homes?

When engineers began designing an ultra-efficient home in the 1970s, they realized the trick wasn’t generating energy in a greener way, but using less of it. They needed to make a better thermos, not a cheaper coffee maker.

That idea helped inspire today’s passive-house standard: airtight buildings that can cut energy use by up to 90% through better windows, insulation, and ventilation.

Although they’re often considered a cold-climate approach, passive houses actually have universal benefits. Find out what makes them so efficient.


—Patrick Sisson

We can still have nice things

A place for comfort, fun and distraction to brighten up your day. (Got any ideas? Drop me a line.)

+ Finally, someone built a gaming PC inside a microwave that runs DOOM.
+ Experience the rhythm of the city through this rapid-fire collage of urban photography.
+ Get a dose of pure cuteness as these tiny snow leopard cubs leave their den for the first time.
+ If you’re staring at a random assortment of groceries, SuperCook will find a recipe based on what’s already in your pantry.

Artificial intelligence-based analysis of visual electrophysiological signals for clinical interpretation support

IntroductionVisual electrophysiology, including electroretinograms (ERG) and visual evoked potentials (VEP), provides a real-time functional assessment of retinal and post-retinal pathways, complementing structural imaging. Subtypes such as transient, periodic, multifocal, and code-modulated signals probe distinct physiological mechanisms and reveal pathological signatures ranging from photoreceptor dysfunction to cortical pathway impairment. However, interpretation is often challenged by low signal amplitude, noise, and inter-individual variability. Advances in artificial intelligence (AI) enable automated, objective and reproducible analysis, and may improve sensitivity, and scalability in clinical and research environments. We undertook a literature review to identify the potential of automated analysis of brief visual electrophysiology signals to support medical interpretation in ophthalmology.Materials and methodsA review of the 2020–2025 literature was undertaken.ResultsAI has been increasingly applied to ERG and VEP signals. These signals encode complex pathophysiological processes. Their features vary widely as they are transient (triggered by a single stimulus), periodic (repeated over time), multifocal (capturing signals from multiple visual field locations), or dependent on specific timing or coding schemes. These properties influence the choice of the most appropriate AI method for analysis. Classical ML methods remain useful for interpretable, feature-based classification of relatively scarce medical data, such as transient/aperiodic VEP and ERG. By modeling latent dynamics, AI can identify subtle or early dysfunction and harmonize interpretation across centers.ConclusionAI supports reproducible, clinician-independent pipelines for electrophysiology, well-suited to high-volume clinics and large-scale screening. The convergence of standardized acquisition protocols with advanced AI analysis has the potential to deliver more personalized, timely, and objective assessments of visual system integrity in neuro-ophthalmic practice.

Clinical application of 1H MRS in the human brain at 7T

Proton magnetic resonance spectroscopy (1H MRS) enables non-invasive biochemical sampling of tissues, potentially aiding diagnosis, prognosis and monitoring of various pathologies, while providing novel imaging biomarkers. Ultra-high-field (UHF) imaging at 7 tesla (7T) benefits from improved spectral dispersion due to an increase in chemical shift differences between metabolites, and a higher signal-to-noise ratio (SNR), making 1H MRS at 7T a particularly promising diagnostic tool for identifying and separating metabolites not clearly resolved at lower field strengths. However, 1H MRS at UHF presents technical challenges related to the short RF wavelength at 7T, resulting in B1 transmit field inhomogeneity, and the increased magnetic susceptibility gradients leading to B0 field inhomogeneity. Appropriate MRS methods are required to address these issues. In this article, we describe the technical aspects and challenges of 1H MRS at 7T, based on the experience in our centre, where single voxel 1H MRS has featured prominently in clinical 7T research applications for several years. We present data from six patients with glial tumours, including three who were post-operative, in whom post-surgical metalware affects the specific absorption rate (SAR), along with two patients with neuroinflammatory conditions and two with neurodegenerative diseases. The potential clinical use of 1H MRS for these pathologies and its possible integration as a promising biomarker into advanced imaging pathways are discussed.

A novel music-based real-time fMRI neurofeedback interface modulates interhemispheric connectivity and enhances mood

IntroductionMusic is a universal language that transcends cultures and is deeply rooted in human evolutionary history. Its creation and appreciation recruit the limbic and reward systems, leading to the evocation of emotions ranging from happiness and sadness to tenderness and grief. Here, we investigate the potential of music as an interventional tool in a novel neurofeedback connectivity-based experiment. MethodsThis study proposes a musical interface for real-time functional magnetic resonance imaging neurofeedback that is adaptable to diverse experimental paradigms, namely the ones aiming at improving mood and other affective dimensions. Using a previously developed motor imagery connectivity-based approach, we evaluate its feasibility and efficacy by comparing the modulation of bilateral premotor cortex activity during functional runs with real versus sham (random) feedback in 22 healthy adults. We also assess its performance against a visual feedback interface. The experiment involves a 50-minute MRI session, including anatomical scans, a premotor cortex functional localizer run, and four neurofeedback runs (two with active feedback and two with sham feedback). Pre- and post-session questionnaires assess the neurobehavioral impact on mood, musical background (as a potential predictor of neurofeedback success), and subjective feedback experiences. During neurofeedback, participants perform motor imagery of finger-tapping, with feedback delivered as a dynamic, pre-validated chord progression that evolves or regresses based on the functional connectivity between left and right premotor cortex.ResultsWe found that our implementation of music-based feedback was successful, with participants managing to modulate their own connectivity using the proposed interface. The modulation performance was similar for active and sham runs, possibly due to the power of music to boost neuromodulation, but the network recruitment was stronger for active neurofeedback, including in the insula, putamen, and target regions of interest. Behaviorally, we found a decrease in tension and an improvement in the overall mood of the participants after the session. DiscussionWhen comparing our results to previous neurofeedback data with a visual interface, we found stronger brain activations, in particular in neurofeedback-relevant regions such as the insula and the putamen. This work shows that it is possible to directly modulate interhemispheric connectivity using a real-time functional magnetic resonance imaging musical interface with potential effects on mood and recruitment of saliency and learning networks.

Acceptance of mental illness and attitude towards pharmacotherapy among patients hospitalized in forensic psychiatry departments

Aim of the studyThe aim of the study was to assess the level of acceptance of the disease and attitudes towards pharmacological treatment in patients hospitalized in forensic psychiatry departments and to analyze the relationship between these variables and the length of hospitalization.Materials and methodsThe study included 121 patients hospitalized in forensic psychiatry wards. The Acceptance of Illness Scale (AIS) and the Drug Attitude Inventory (DAI) were used. Statistical analysis was performed using nonparametric tests, with a significance level of p < 0.05.ResultsThe mean AIS score was 28 points, indicating moderate to good disease acceptance. A positive attitude toward pharmacological treatment was demonstrated by 74% of respondents. There was no significant correlation between disease acceptance and attitudes toward treatment (p = 0.70), nor was there any effect of hospitalization length on attitudes toward pharmacotherapy (p = 0.317).ConclusionsPatients of forensic psychiatry wards demonstrate a medium or high level of acceptance of the disease and a mostly positive attitude towards pharmacotherapy; the lack of significant correlations between these variables and the independence from the length of hospitalization indicate the need for individualized therapy.

A phenomenological study on psychological resilience among medical vocational college freshmen

BackgroundMedical vocational college freshmen face severe challenges to their psychological resilience from various stressful events upon their enrollment. This qualitative study aimed to explore the authentic experiences and intrinsic characteristics of psychological resilience among medical vocational college freshmen.MethodsThe study employed a descriptive phenomenological design. A purposive sample of 24 medical vocational college freshmen was recruited as participants. Semi-structured interviews were conducted to collect data between January 2025 and February 2025. The interviews were transcribed verbatim and analyzed using the Colaizzi descriptive analysis method.ResultsData analysis identified nine subthemes falling into three macrothemes: (a) Challenges: The Erosion of Psychological Resilience, describing how freshmen’s psychological resilience is eroded when they face difficulties in adapting to college life; (b) Support: The Recovery of Psychological Resilience, focusing on how freshmen regain resilience through internal and external support; (c) Cognition: The Maintenance of Psychological Resilience, explaining the factors that promote the sustained development of freshmen’s psychological resilience.ConclusionFreshmen face pressures in academics, interpersonal relationships, and self-management. Family and peer support, together with personal growth, contribute to resilience recovery. Educators should employ cognitive restructuring, experiential learning, and other strategies to help maintain their psychological resilience.