Toxic stress: Information for patients and families (The Primary School)

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Toxic stress: Information for patients and families (The Primary School)

Información para pacientes y familiares

National Organization for Rare Disorders (NORD)

Pericarditis recurrente (NORD)
Síndrome poliglandular autoinmune de tipo 1 (NORD)
Síndrome de opsoclonía y mioclonía (NORD)
Enfermedad ocular tiroidea (NORD)
Trastornos de la síntesis biliar (NORD)
Síndrome de vómitos cíclicos (NORD)
Esofagitis eosinofílica (NORD)
Síndrome del intestino corto (NORD)
Trombocitemia esencial (NORD)
Hypereosinophilic syndrome (NORD)
Mielofibrosis (NORD)
Policitemia vera (NORD)
Enfermedad de células falciformes (NORD)
Macroglobulinemia de Waldenstrom (NORD)
Anemia hemolítica autoinmune caliente y aglutinante en frío (NORD)
Congenital athymia (NORD)
Infección por citomegalovirus después del trasplante (NORD)
Trastornos linfoproliferativos postrasplante (NORD)
Neutropenia crónica grave (NORD)
Adrenoleucodistrofia (NORD)
Síndrome de Alagille (NORD)
Deficiencia de L-aminoácidos aromáticos descarboxilasa (NORD)
Xantomatosis cerebrotendinosa (NORD)
Homocistinuria clásica (NORD)
Citomegalovirus congénito (NORD)
Cistinuria (NORD)
Enfermedad de Fabry (NORD)
Enfermedad de Gaucher (NORD)
Enfermedad por almacenamiento de glucógeno tipo II (NORD)
Leucodistrofia metacromática (NORD)
Enfermedad de almacenamiento de mucopolisacáridos de tipo 1 (síndrome de Hurler)
Mucopolisacaridosis de tipo 2 (Síndrome de Hunter) (NORD)
Complejo Mycobacterium avium (NORD)
Deficiencia de NGLY1 (NORD)
Enfermedad de Niemann-Pick tipos A y B (NORD)
Fenilcetonuria (NORD)
Espectro de sobrecrecimiento relacionado con PIK3CAm (NORD)
Enfermedad de Tay-Sachs (NORD)
Trastornos del espectro Zellweger (NORD)
Encefalopatía epiléptica infantil temprana (NORD)
Síndrome de opsoclonía y mioclonía (NORD)
Ataxia espinocerebelosa (NORD)
Enzyme replacement therapy (NORD)
mRNA therapy (NORD)
Narcolepsia (NORD)
Glomeruloesclerosis segmentaria focal (NORD)
Nefropatía por IgA (NORD)
Hipertensión arterial pulmonar (NORD)

Transcripción

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Everyday we encounter stressful situations, like our first day of school, meeting new people, or going through a job interview.

In these situations, the body responds by activating our sympathetic nervous system.

That’s the system that diverts blood away from organs like the intestines or the bladder, so that we can increase blood flow and energy to organs like the brain, heart, and muscles, which help us respond or cope.

This is sometimes called the fight-or-flight response because it’s the same system that kept our ancestors safe in dangerous situations.

Short bursts of stress are helpful, especially if the stress is addressed in a positive way, which often means with the help of a supportive social environment with parents, friends, or teachers that care.

In fact, even a hug from a loved one can release hormones that can ease the stress and make it more tolerable - in that situation it’s called tolerable stress.

But if there’s a stressful situation like the loss of a parent, and there isn’t a strong support structure to help cope with the stress, then the stress can persist and it can have negative effects like insecurity, anger, and fatigue.

And when the stress system gets activated repeatedly, like when a child experiences physical abuse or chronic neglect, and if there’s no supportive social environment, then the stress can be overwhelming and have a lasting, biological impact.

Basically, the brain and body adapt to chronic exposure to threat, by developing a heightened alarm state, and the body feels threatened all the time, even after the threat is removed.

This type of stress isn’t tolerable and when it becomes chronic, it’s called toxic stress.

And events that trigger toxic stress in children are called adverse childhood experiences.

Aspectos destacados

en inglés

Toxic stress occurs when an individual, especially a child, experiences long-term stressful events such as physical or emotional abuse, neglect, poverty, or violence, all in the absence of a protective environment.

Toxic stress can have dramatic effects on the body and brain development and lead to psychological, behavioral, and learning problems. In the long-term, toxic stress has been linked to health problems like heart disease and cancer, as well as depression.

Symptoms of toxic stress include difficulty sleeping, anxiety, fearfulness, and irritability. However, complications of toxic stress can be prevented with the support of a supportive environment with caring adults such as parents, caretakers, and teachers.