(Press-News.org) Self-harming and self-sabotaging behaviours, from skin picking to ghosting people, all stem from evolutionary survival mechanisms, according to a compelling new psychological analysis.
Clinical psychologist Dr Charlie Heriot-Maitland, in his new book Controlled Explosions in Mental Health, explores the biological necessities behind harmful behaviours.
He argues that although these behaviours seem counterintuitive, the brain uses these small harms as a protective dose to prevent further harms. For example, someone may procrastinate starting a project, causing themselves harm, but trying to prevent a higher-stakes harm of failure or rejection.
“Our brain is a survival machine. It is programmed not to optimise our happiness and well-being, but to keep us alive. It needs us to exist in a predictable world. It does not like surprises. It does not want us to be caught off guard,” he explains.
“Being exposed to threats and dangers is bad enough, but the most vulnerable state for us humans is being exposed to unpredictable threat. Our brain cannot allow this, and will intervene to give us more controlled, predictable versions of threat. Our brain would rather we were the arbiter of our own downfall than risk being floored by something external. It would rather we were well-rehearsed in receiving internally-created hostility than risk being unprepared for it from others,” explains Dr Heriot-Maitland.
This protective mechanism operates on a fundamental principle: the brain would rather deal with the certainty of a controlled, known threat, than cope with the possibility of an out-of-control, unknown threat.
The science behind this theory is based on how the human brain evolved, that is primarily for survival rather than happiness. Brains are hardwired to spot danger everywhere, which helped the species survive. However, it now means we are extra attuned to any potential hurts on the horizon – physical or emotional.
Dr Heriot-Maitland suggests this evolutionary tactic of ‘better safe than sorry’, signifies that even though we know it might not be sensible to eat a share bag of chocolates, we do it anyway to avoid the bigger shame of failure. Another example is even when someone does not really hate us, we might still avoid them anyway instead of facing the bigger potential rejection.
“Our brains have evolved to favour perceiving threat, even when there isn't one, in order to elicit a protective response in us. We have all inherited a highly sensitive threat-detection and threat-response system,” he explains.
Common self-sabotaging behaviours include procrastination, perfectionism and pessimism.
Perfectionism operates similarly to procrastination, but through different mechanisms. While procrastination diverts attention away from tasks, perfectionists might show a hyper-focus and attention to detail with the hope of ensuring that errors are not being made. The primary motivation is often to avoid failure, but this puts the perfectionist at risk of stress and burnout.
Self-criticism represents another form of self-sabotage, whether trying to self-improve or self-blame to create a feeling of agency and control – these behaviours all involve a neurological hijacking in which the brain's threat-response system co-opts higher cognitive functions, such as imagination and reasoning.
The threat system utilises these cognitive functions, he explains, which is why when experiencing fear, our imagination can become instantly flooded with fear-related predictive scenarios.
One problem with self-sabotaging behaviours, Dr Heriot-Maitland points out, is that they often become self-fulfilling prophecies.
“If we think we are not very good at something, we may not try our best and then end up performing worse than we would have had we made a different prediction,” he explains.
“Or if we think someone doesn’t like us, and we avoid them, then our fear of rejection may have stood in the way of creating a relationship.”
Even if we can acknowledge these behaviours aren’t helpful, addressing them requires to first understand their protective function rather than simply trying to eliminate them.
Using the metaphor of self-sabotaging behaviour as ‘controlled explosions’, he explains: “The bomb squad are not our enemies. They are protecting something big; something hurt; something wounded or painful.
“In many cases, it may be linked to a difficult life experience – a threat, a trauma or a tragedy. The controlled explosions do harm us though – we must not lose sight of that either.”
Effective psychological interventions focus on processing the underlying emotional pain, he says, although acknowledges this is a ‘tough choice’ and unlikely to be a ‘quick fix’.
Dr Heriot-Maitland explains: “Resolving underlying harm can often involve both of these two aspects: creating safeness around the feared situation and feeling; grieving the loss of having a core need in that situation that was unmet, denied or dismissed.”
Ultimately, the way out of the self-sabotage loop is not through more self-criticism, which compounds the well-worn neural pathways, but through self-compassion, Dr Heriot-Maitland adds.
To utilise the brain’s neuroplasticity and learn new, less harmful habits, people must deliberately choose to recognise and understand the behaviour first, he argues: “To instil these compassionate motivations into a process like this is not just 'a given'. It takes time, effort, and intentionality.”
By understanding the evolutionary basis for self-sabotage first, he suggests, this offers the chance to recognises the protective function it served, while addressing the harm it has caused without judgement.
Heriot-Maitland concludes: “We don't want to fight these behaviours, but nor do we want to appease them and let them carry on controlling, dictating, and sabotaging our lives. There are choices we have here."
END
Why nail-biting, procrastination and other self-sabotaging behaviors are rooted in survival instincts
‘The brain uses small harms as a protective dose to prevent further harms’ – the brain would rather deal with the certainty of a controlled, known threat
2026-01-05
ELSE PRESS RELEASES FROM THIS DATE:
Regional variations in mechanical properties of porcine leptomeninges
2026-01-04
The meninges act as a key mechano-biological interface—dissipating external forces, supporting neuroimmune homeostasis, and dynamically regulating the brain microenvironment—yet they remain comparatively underexplored despite their importance. Within the three-layer meningeal system, the pia–arachnoid complex (PAC, i.e., leptomeninges) interfaces closely with the subarachnoid space that contains cerebrospinal fluid, vasculature, and immune cells, making it central to both mechanical safeguarding and broader physiological/immune functions. With the growing burden of traumatic brain injury (TBI), understanding force transmission across the brain–skull ...
Artificial empathy in therapy and healthcare: advancements in interpersonal interaction technologies
2026-01-04
Healthcare and therapy systems face a worsening workforce shortage, creating an urgent need for technologies that can support or augment human roles. However, much existing work emphasizes functional-task support while overlooking the emotional impact humans contribute—an omission that is especially critical in care contexts where empathy and emotional support are central to patient well-being. In rehabilitation, for example, robots can deliver highly repeatable, standardized training, yet still fall ...
Why some brains switch gears more efficiently than others
2026-01-03
The human brain is constantly processing information that unfolds at different speeds – from split-second reactions to sudden environmental changes to slower, more reflective processes such as understanding context or meaning.
A new study from Rutgers Health, published in Nature Communications, sheds light on how the brain integrates these fast and slow signals across its complex web of white matter connectivity pathways to support cognition and behavior.
Different regions of the brain are specialized ...
UVA’s Jundong Li wins ICDM’S 2025 Tao Li Award for data mining, machine learning
2026-01-02
This year’s coveted Tao Li Award has gone to Jundong Li, an associate professor of electrical and computer engineering and computer science at the University of Virginia. Li, feeling “genuinely grateful and a bit overwhelmed,” accepted the award on Nov. 14 at the IEEE International Conference on Data Mining in Washington, D.C.
“The ICDM Tao Li Award is deeply meaningful to me, and I have long admired the scholars who received it in prior years, all of whom are leaders in the data mining and machine learning community,” Li ...
UVA’s low-power, high-performance computer power player Mircea Stan earns National Academy of Inventors fellowship
2026-01-02
Mircea Stan was already feeling good owing to the Thanksgiving holiday when an email arrived saying he is a newly elected fellow of the National Academy of Inventors.
“The timing was great. It added to the natural happiness and gratitude I already felt at the time,” said Stan, the Virginia Microelectronics Consortium Professor and director of the computer engineering program in the Department of Electrical and Computer Engineering at the University of Virginia.
“The other obvious reaction was of course satisfaction that contributions I made over my entire career ...
Not playing by the rules: USU researcher explores filamentous algae dynamics in rivers
2026-01-02
LOGAN, UTAH, USA -- Algae is a ubiquitous feature in waterways throughout the globe, including western North America. Slippery, green epilithic algae is a familiar sight on river rocks. Toxic blue-green algae – cyanobacteria – is a visually interesting, yet worrisome phenomenon. Increasingly prevalent filamentous algae, with its long, voluminous green strands joins the picture, and is presenting new questions for scientists, recreationalists and land managers.
“In recent years, people have noted very large filamentous algae blooms ...
Do our body clocks influence our risk of dementia?
2026-01-02
Highlights:
A new study has found circadian rhythm, the body’s internal clock, may affect a person’s risk of dementia.
More than 2,000 people wore monitors for an average of 12 days to track their rest and activity rhythms.
Researchers found people with weaker or more irregular body clocks had a higher risk of developing dementia.
Being most active later in the day, instead of earlier, was linked to a 45% increased risk of dementia.
Future studies of circadian rhythm interventions, such as light therapy or lifestyle changes, could help determine if they can lower a person’s ...
Anthropologists offer new evidence of bipedalism in long-debated fossil discovery
2026-01-02
In recent decades, scientists have debated whether a seven-million-year-old fossil was bipedal—a trait that would make it the oldest human ancestor. A new analysis by a team of anthropologists offers powerful evidence that Sahelanthropus tchadensis—a species discovered in the early 2000s—was indeed bipedal by uncovering a feature found only in bipedal hominins.
Using 3D technology and other methods, the team identified Sahelanthropus’s femoral tubercle, which is the point of attachment for the largest and most powerful ligament in the human body—the iliofemoral ligament—and ...
Safer receipt paper from wood
2026-01-02
Every day, millions of people use thermal paper without thinking about it. Receipts, shipping labels, tickets, and medical records all rely on heat‑sensitive coatings to make text appear. More specifically, heat triggers a reaction between a colorless dye and a “developer,” producing dark text where the paper is warmed.
Thermal paper is a small object with a large footprint. It is produced at scale, handled daily, and often recycled, which allows its chemicals to spread into water and soil. For decades, the most common developers have been bisphenol A (BPA) and, more recently, bisphenol S (BPS). Both can affect living organisms by disrupting hormone signaling, ...
Dosage-sensitive genes suggest no whole-genome duplications in ancestral angiosperm
2026-01-02
Angiosperms, also known as flowering plants, represent the most diverse group of seed plants, and their origin and evolution have long been a central question in plant evolutionary biology. Whole-genome duplication (WGD), or polyploidization, is widely recognized as a key driver of the origin and trait evolution of both seed plants and angiosperms. Detecting these ancient WGD events, however, is technically challenging, as their genomic signatures are often obscured by subsequent gene loss, chromosomal rearrangements, and synonymous substitution ...
LAST 30 PRESS RELEASES:
Injectable breast ‘implant’ offers alternative to traditional surgeries
Neuroscientists devise formulas to measure multilingualism
New prostate cancer trial seeks to reduce toxicity without sacrificing efficacy
Geometry shapes life
A CRISPR screen reveals many previously unrecognized genes required for brain development and a new neurodevelopmental disorder
Hot flush treatment has anti-breast cancer activity, study finds
Securing AI systems against growing cybersecurity threats
Longest observation of an active solar region
Why nail-biting, procrastination and other self-sabotaging behaviors are rooted in survival instincts
Regional variations in mechanical properties of porcine leptomeninges
Artificial empathy in therapy and healthcare: advancements in interpersonal interaction technologies
Why some brains switch gears more efficiently than others
UVA’s Jundong Li wins ICDM’S 2025 Tao Li Award for data mining, machine learning
UVA’s low-power, high-performance computer power player Mircea Stan earns National Academy of Inventors fellowship
Not playing by the rules: USU researcher explores filamentous algae dynamics in rivers
Do our body clocks influence our risk of dementia?
Anthropologists offer new evidence of bipedalism in long-debated fossil discovery
Safer receipt paper from wood
Dosage-sensitive genes suggest no whole-genome duplications in ancestral angiosperm
First ancient human herpesvirus genomes document their deep history with humans
Why Some Bacteria Survive Antibiotics and How to Stop Them - New study reveals that bacteria can survive antibiotic treatment through two fundamentally different “shutdown modes”
UCLA study links scar healing to dangerous placenta condition
CHANGE-seq-BE finds off-target changes in the genome from base editors
The Journal of Nuclear Medicine Ahead-of-Print Tip Sheet: January 2, 2026
Delayed or absent first dose of measles, mumps, and rubella vaccination
Trends in US preterm birth rates by household income and race and ethnicity
Study identifies potential biomarker linked to progression and brain inflammation in multiple sclerosis
Many mothers in Norway do not show up for postnatal check-ups
Researchers want to find out why quick clay is so unstable
Superradiant spins show teamwork at the quantum scale
[Press-News.org] Why nail-biting, procrastination and other self-sabotaging behaviors are rooted in survival instincts‘The brain uses small harms as a protective dose to prevent further harms’ – the brain would rather deal with the certainty of a controlled, known threat