If you subscribed to Mind Remake Project for free, useful mental health resources, this free resource library is exactly what you’ve been waiting for!
If you’ve been following Mind Remake Project for a while, there’s a good chance you originally subscribed because you were looking for free mental health resources. Maybe you needed a worksheet for a client, an assessment tool, a treatment manual, or something new to bring into your clinical practice.
This is something I’ve wanted to put together for a long time. Over the years, I’ve come across thousands of useful mental health resources scattered across university websites, government agencies, research centers, nonprofit organizations, and other corners of the internet. Some are easy to find. Others are practically buried.
I wanted to bring as many of them as possible into one place.
What’s Inside the Clinical Resource Library?
Quite a bit, actually.
The library includes resources for counselors, therapists, social workers, students, other behavioral health professionals, and for self-help. You’ll find:
Mental health assessments: Screening instruments, symptom measures, rating scales, and other assessment tools organized by clinical topic.
Apps: Digital tools for clinicians and clients, including resources for mental health support and clinical practice.
Free and low-cost courses: Opportunities to learn new skills, explore clinical topics, and expand your professional knowledge.
Handouts: Psychoeducational materials, factsheets, and other resources to share with clients.
Manuals and guides: More in-depth materials covering therapeutic approaches, interventions, and clinical concerns.
Books: Recommended reading for mental health professionals.
Videos: Educational content, demonstrations, and other materials for learning and professional development.
Worksheets: Practical exercises and activities for individual or group work.
Workbooks: More comprehensive, structured resources covering everything from anxiety and depression to grief, relationships, emotional regulation, and personal growth.
Interactive tools: Online resources you can actually use.
I’ve organized the resource library into categories and expandable sections so you don’t have to scroll endlessly through hundreds of links to find what you’re looking for.
And with the exception of some recommended books and courses, the resources are free.
Why I Created the MRP Clinical Resource Library
One thing I’ve learned after years of working in behavioral health is that there’s no shortage of helpful resources out there. The problem is finding them. (When you need them.)
You might spend half an hour searching for a decent workbook, only to end up on a website asking you to purchase a subscription. Or you might discover an excellent resource from a university or research center that you never would have found if you hadn’t stumbled across the right search term.
I know because I’ve spent countless hours doing exactly that.
I also wanted to make it a little more enjoyable to explore. You’ll find interactive features and a few surprises throughout the page, because looking for clinical resources doesn’t have to be tedious.
The Resource Library Is a Work in Progress
Although the resource library is now live, it’s nowhere near finished.
I’ll continue adding resources, updating links, expanding categories, and improving the layout. My hope is that it becomes one of those pages you return to whenever you need something for a session, a client, a class, or your own professional development.
And if you know of a particularly useful free resource that deserves a spot in the collection, I’d love to hear about it.
Take a Look Around
If you’ve been subscribed to Mind Remake Project for months or even years, thank you for sticking around. I know everyone has plenty of emails competing for their attention, so I don’t take that lightly.
And if you originally signed up because you wanted access to practical, free mental health resources, this new library is definitely for you!
Take a look, bookmark the page, and come back whenever you need something. You might be surprised by what you find.
And if you find it useful, please share it with a colleague, classmate, or anyone else who might benefit. The more people who know these resources exist, the more useful this project becomes.
You probably know more about mental illness than people did a generation ago. Terms like anxiety, trauma, ADHD, boundaries, narcissism, and self-care have become part of everyday conversation. But with more awareness has come a lot more misinformation. Social media has blurred the line between clinical terms and pop psychology, and some of the “facts” repeated online aren’t facts at all.
So, how much do you really know about mental illness?
This quiz will put your knowledge to the test with questions about mental illness, treatment, psychology, myths, and some facts that may genuinely surprise you. Whether you’re a mental health professional, a psychology buff, or simply someone who spends a little too much time reading about the human mind, see how well you do.
And fair warning: a few of these are designed to make you think twice.
What’s been happening in the world of addiction and mental health?
While most of us have been distracted by the nonstop noise cycle, science hasn’t stopped. Research is still moving forward. Studies are still being conducted. Progress, while slower than we’d like, is still happening.
This piece highlights some of the more recent developments in substance use and mental health. It’s not meant to be comprehensive, but it is meant to shift your attention.
Because while it may feel like everything is unraveling, there are still people doing the work. Quietly. Consistently. Looking for better ways to understand addiction, improve treatment, and move outcomes forward.
Turn off the news for a few minutes. Mental health research 2026 is worth paying attention to.
Mental Health Research 2026
Aging Without Decline: Insights from SuperAgers
A rare group of adults over 80, known as “SuperAgers,” are challenging long-held assumptions about cognitive decline.
With memory performance comparable to individuals decades younger, their brains appear to either resist or compensate for the changes typically associated with Alzheimer’s disease. Decades of research suggest that this isn’t random.
SuperAgers tend to share specific characteristics, including strong social engagement and distinct neurobiological features that may help preserve brain function.
Researchers are paying close attention. Understanding what sets these individuals apart could inform new approaches to slowing, delaying, or even preventing dementia.
Citation: Northwestern University. (2026, April 23). These 80-year-olds have the memory of 50-year-olds. Scientists now know why. ScienceDaily. Retrieved April 24, 2026 from www.sciencedaily.com/releases/2026/04/260423022006.htm
When Mental Clarity Boosts Productivity—Until It Doesn’t
Feeling mentally “on” isn’t just subjective. It has measurable effects on what you get done. Research shows that on days when thinking is sharper, people tend to set more ambitious goals and are more likely to follow through. That cognitive edge can translate into roughly 40 additional minutes of productive time.
There’s a limit, though. Sustained overexertion erodes that advantage, and performance begins to decline.
Extra virgin olive oil may support brain health through its effects on the gut. In a two-year study, individuals who consumed extra virgin olive oil showed better cognitive performance and greater gut microbiome diversity compared to those using refined olive oil. Researchers also identified specific microbial patterns associated with these benefits.
These findings suggest that higher-quality olive oil may be a simple, accessible way to support cognitive function over time.
Citation: Universitat Rovira i Virgili. (2026, April 18). Scientists say this type of olive oil could boost brain power. ScienceDaily. Retrieved April 24, 2026 from www.sciencedaily.com/releases/2026/04/260417224527.htm
Artificial Neurons Move Closer to Brain Integration
Engineers at Northwestern University have advanced efforts to interface machines with the human brain by developing printed artificial neurons capable of communicating with biological ones. These flexible, low-cost devices generate lifelike electrical signals that can activate living brain cells, a capability demonstrated in mouse brain tissue.
This work represents a meaningful step toward more seamless integration between electronic systems and neural circuits, with potential implications for neuroprosthetics and brain repair.
Medicinal Cannabis and Mental Health: What the Evidence Shows
The largest review of medicinal cannabis to date found little evidence that it effectively treats anxiety, depression, or PTSD, despite widespread use for these conditions. Researchers also raised concerns that cannabis may worsen mental health in some cases, with potential risks including psychosis, substance dependence, and delays in accessing evidence-based care.
Some limited benefits were observed for conditions such as insomnia and autism, though the supporting evidence remains weak and inconsistent. These findings are prompting increased calls for tighter regulation and more rigorous research as cannabis use continues to expand.
Vagus Nerve Stimulation Shows Lasting Effects in Treatment-Resistant Depression
Researchers report that vagus nerve stimulation (VNS) may offer sustained relief for individuals with long-standing, treatment-resistant depression. Many participants in the study had lived with depression for decades and had exhausted multiple treatment options.
Those who showed improvement after one year were highly likely to maintain or even build on those gains over at least two years. Notably, some individuals who did not respond initially experienced meaningful improvement with continued treatment.
These findings suggest that VNS may provide a durable, longer-term option for individuals who have not benefited from conventional interventions.
Citation: WashU Medicine. (2026, January 20). Patients tried everything for depression then this implant changed their lives. ScienceDaily. Retrieved April 24, 2026 from www.sciencedaily.com/releases/2026/01/260120000328.htm
Intensive Meditation Produces Whole-Body Changes
A single week of intensive meditation and mind-body practices was associated with measurable changes in both brain and body function. Researchers observed improved neural efficiency, enhanced immune signaling, and increases in endogenous compounds linked to pain regulation.
The intervention was also associated with markers of neuroplasticity, including signs of neuron growth and strengthened connectivity across brain networks. Notably, some of the observed brain activity patterns resembled those reported in psychedelic states, despite the absence of any pharmacological intervention.
Scientists are investigating a new approach to capture the therapeutic potential of psychedelic compounds while minimizing their psychoactive effects. Researchers have developed modified versions of psilocin—the active metabolite of psilocybin—that continue to act on serotonin pathways implicated in depression and other neuropsychiatric conditions.
Early findings suggest these compounds may retain antidepressant-relevant mechanisms while producing substantially fewer psychedelic-like effects, raising the possibility of more accessible and tolerable treatment options.
Citation: American Chemical Society. (2026, March 8). A new “magic mushroom” drug could treat depression without psychedelic hallucinations. ScienceDaily. Retrieved April 24, 2026 from http://www.sciencedaily.com/releases/2026/03/260307213232.htm
Scientists have developed a gene therapy designed to reduce pain at its source in the brain without the addictive risks associated with opioids. Using AI-driven mapping of pain-processing pathways, researchers created a targeted mechanism that suppresses pain signaling while preserving normal sensory function.
In early studies, the approach produced sustained pain relief without the side effects typically seen with opioid use. If replicated in larger trials, this strategy could represent a significant step toward safer, non-addictive pain management.
Citation: University of Pennsylvania School of Medicine. (2026, March 28). This new therapy turns off pain without opioids or addiction. ScienceDaily. Retrieved April 24, 2026 from www.sciencedaily.com/releases/2026/03/260328043558.htm
Cocaine Addiction and Lasting Brain Changes
Cocaine addiction is not simply a matter of willpower. It reflects persistent biological changes in the brain. Researchers at Michigan State University found that repeated cocaine use alters communication between the brain’s reward circuitry and the hippocampus, a region central to memory and learning.
A key mechanism involves the accumulation of the protein DeltaFosB, which acts as a molecular switch. As levels increase with continued drug exposure, it changes gene expression in neurons, reinforcing drug-seeking behavior and making cravings more entrenched over time.
These findings further support the view of addiction as a neurobiological disorder shaped by durable changes in brain function.
GLP-1 Drugs Show Promise in Reducing Addictive Behaviors
GLP-1 receptor agonists, originally developed for diabetes and obesity, may also influence addictive behaviors by acting on the brain’s reward circuitry. Early studies suggest these medications are associated with reductions in alcohol use, opioid seeking, and nicotine consumption.
Although the evidence is still emerging, researchers believe GLP-1–based treatments could represent a novel approach in addiction care by targeting underlying neurobiological mechanisms rather than behavior alone.
Citation: The Endocrine Society. (2025, October 26). Weight-loss drugs like Ozempic may also curb drug and alcohol addiction. ScienceDaily. Retrieved April 24, 2026 from www.sciencedaily.com/releases/2025/10/251026021746.htm
Exercise as a Potent Intervention for Depression and Anxiety
A large-scale review of global research indicates that exercise—particularly aerobic activities such as running, swimming, and dancing—can significantly reduce symptoms of depression and anxiety. Across diverse populations ranging from adolescents to older adults, physical activity was consistently associated with meaningful improvements in mental health.
In some cases, the effects were comparable to, or exceeded, those of medication and psychotherapy. These findings highlight exercise as a powerful, accessible intervention that can play a central role in mental health treatment.
Despite the constant noise, mental health research 2026 shows that addiction and mental health science is steadily advancing. New findings are refining how we understand the brain, challenging assumptions (like cannabis as treatment), and expanding options—from exercise and meditation to emerging interventions like VNS, GLP-1 drugs, and gene therapy. Together, this work points to a more precise, biologically grounded, and increasingly hopeful future for treatment and recovery.
This quiz takes you beyond the basics and into the kind of real-world knowledge clinicians actually use. Whether you’re brushing up for the NCE, sharpening your clinical instincts, or just testing what you think you know, dive in and see how strong your psychotropics game really is. Let’s get started.
Living with chronic pain can impact every area of life—from your physical health to your emotional wellbeing. Whether you’re managing pain from an injury, illness, or long-term condition, it helps to have pain management tools that empower you to cope and take back a sense of control.
Pain is a complex biopsychosocial experience involving physical, neurological, emotional, and environmental factors. Effective pain management requires acknowledging that pain is not solely a bodily symptom; it is mediated by the nervous system, influenced by psychological stressors, and shaped by personal meaning and context. Treatment is most effective when it addresses the full experience of pain, not just the physical sensation.
When pain becomes chronic, the nervous system can shift into a heightened state of sensitivity, often described as central sensitization. In this state, the body’s pain alarm system becomes hyper-reactive, sending stronger or more frequent pain signals even when there is no new injury or tissue damage. This does not mean the pain is “in someone’s head.” Rather, it reflects real, measurable changes in neural processing.
Rehabilitation & Movement-Based Interventions
Movement is central to pain recovery. Contrary to the instinct to rest, prolonged inactivity can worsen pain, decrease function, and increase sensitivity in the nervous system.
Effective strategies include:
Physical therapy focused on gradual exposure and pacing
Low-impact activities (e.g., walking, swimming, yoga, tai chi)
Pain-informed movement, which avoids the “all-or-nothing” cycle of push → crash
Gradual, consistent movement retrains the nervous system to interpret bodily sensations more accurately, improving function over time.
Cognitive & Behavioral Strategies
Psychological interventions do not imply that pain is imaginary; rather, they address how pain affects thoughts, mood, and behavior. These strategies can decrease pain-related distress and improve coping.
Evidence-supported approaches include:
Cognitive-Behavioral Therapy (CBT) for pain reappraisal and coping
Acceptance and Commitment Therapy (ACT) for increasing valued engagement despite pain
Relaxation and breathing strategies to reduce sympathetic arousal
Behavioral activation to counter inactivity and isolation
These interventions help individuals build a more functional and meaningful life even when pain is present.
Nervous System Regulation & Lifestyle Factors
Chronic pain is strongly influenced by the body’s stress-response system. Supporting nervous system regulation can reduce pain intensity and improve resilience.
Helpful strategies:
Sleep hygiene and consistent routines
Mindfulness-based stress reduction (MBSR) and grounding practices
Nutrition habits that support stable energy and mood
Structured pacing to avoid overexertion and flare cycles
Small, sustainable adjustments are more effective than dramatic short-term changes.
This curated list of free pain management resources includes booklets, workbooks, and practical tools rooted in evidence-based approaches.
Disclaimer: These materials are intended for informational and educational purposes only and should not replace medical advice, diagnosis, or treatment. Please consult a healthcare professional before making changes to your pain management plan. Additionally, while all links were active and publicly available at the time of posting, I am not responsible for the content or maintenance of third-party sites. Readers are responsible for adhering to any applicable copyright laws when accessing or sharing these resources.
Welcome to the second post in my NCE study series. Each post focuses on one major topic area you’ll see on the exam and includes short guided practice. Start by watching the videos in order—pause after each question to think through your answer, then hit play to check your reasoning. Once you’ve finished all videos, test yourself with the interactive multiple-choice quiz to lock in what you learned.
This post focuses on diagnosis and areas of clinical focus—two domains that show up frequently on the NCE.
By the end of Part 2, you should be able to:
Identify early signs and presentations of neurodevelopmental disorders such as Autism Spectrum Disorder, Down syndrome, Tourette’s syndrome, and intellectual disabilities.
Distinguish between life-course-persistent vs. adolescence-limited conduct disorders.
Describe the core features, diagnostic criteria, and clinical courses of anxiety disorders, including panic disorder, agoraphobia, specific phobias, GAD, selective mutism, PTSD, and social anxiety disorder.
Explain major learning and cognitive models of phobia and anxiety development (e.g., classical conditioning, operant conditioning, social learning theory, Mowrer’s two-factor model, Beck’s cognitive triad, Seligman’s learned helplessness, Rehm’s self-control model).
Recognize how trauma, attachment ruptures, and unresolved emotional conflict may contribute to substance use disorders from an object-relations or psychoanalytic lens.
Understand the disease model and behavioral models of addiction, including biological predisposition and reinforcement cycles.
Interpret commonly used substance use screening and withdrawal assessment tools (MAST, CAGE, CIWA) and apply scoring guidelines to determine risk and treatment needs.
Describe the effects and abuse potential of narcotics and steroids.
Differentiate among race, ethnicity, worldview, acculturation, social identity, ethnic identity, privilege, stigma, prejudice, discrimination, stereotypes, and oppression.
Discuss how social power structures shape access, opportunity, and well-being for marginalized groups.
Explain socioeconomic status as a determinant of experience and resource access.
Outline political and rational approaches to social policy development and the concept of lesser eligibility.
Describe permanency planning within child welfare systems and long-term placement options.
Distinguish between developmental crises (associated with normal maturation) and situational crises (triggered by life events).
PART 2: SECTION 1
PART 2: SECTION 2
PART 2: SECTION 3
PART 2: SECTION 4
Click here for Part 1 of the free NCE study guide series!
Click here for Part 3 of the free NCE study guide series!
Grief is universal, yet deeply personal—and for many, navigating it alone can feel overwhelming.
That’s why I’m thrilled to introduce the highly anticipated Coping with Loss: A 12-Session Group Curriculum—a comprehensive, evidence-informed program designed to support people who are grieving a significant loss. This structured group format gently guides participants through the complex terrain of grief while fostering safety, connection, and hope. The group curriculum draws on the content and structure of my Coping with Loss Workbook.
The Group Curriculum: What It Is
This facilitator-ready group curriculum includes everything you need to run a therapeutic grief support group, including:
12 detailed session guides (90 minutes each) with facilitator sample scripts and prompts
Structured check-ins, audio/visual elements, group discussions, and experiential activities
Printable assessments, handouts, and worksheets
Facilitator preparation checklists and tips
A pre- and post-test assessment to measure group effectiveness
Bonus materials including facilitator feedback forms, group flyers, certificate templates, journal pages with prompts, and more
The group format blends education, reflection, skills-building, and creative expression to help participants process their loss and build healthier coping strategies.
The Group Curriculum: Why It Matters
Grief isn’t something to “get over”—but with support, it’s possible to move through it in ways that are safe, meaningful, and sustainable. This program provides:
Validation of grief experiences
Tools for coping with overwhelming emotions
Opportunities to reduce isolation and rebuild social support
A sense of community, belonging, and shared understanding
The Group Curriculum: Who It’s For
The curriculum is designed for mental health professionals, grief counselors, and support group facilitators working in clinical or community settings, including outpatient clinics, hospitals, and nonprofit organizations. The curriculum can be adapted for correctional settings.
Launching this group curriculum has been a labor of love—born from years of grief work, countless hours of writing, and a deep belief in the healing power of community.
The full curriculum, including facilitator guide and participant workbooks, is now available for purchase here.
Because no one should have to grieve alone.
To give you a closer look at how the program works, I’ve included a sample section from the facilitator preparation materials and the full Session 1 guide in this post. This preview offers a hands-on glimpse of the group format, activities, and tone you can expect throughout the 12 sessions.
