Klaustrofobia
Patofizjologia i mechanizm

Klaustrofobia jest specyficznym zaburzeniem lękowym charakteryzującym się irracjonalnym lękiem przed zamkniętymi przestrzeniami, wynikającym z dysfunkcji ciała migdałowatego oraz zaburzeń w jego połączeniach z płatami czołowymi. Neurobiologicznie obserwuje się nadaktywację układu noradrenergicznego i zwiększoną ekspresję BDNF, co koreluje ze stanem zapalnym (m.in. IL-6, MCP-1) u pacjentów z klaustrofobią, zwłaszcza w kontekście współistniejących chorób, takich jak cukrzyca typu 2. Genetycznie, mutacje w genie GPM6A (chromosom 4q32-q34) są powiązane z predyspozycją do klaustrofobii, co potwierdzają badania na modelach zwierzęcych i analizach DNA u ludzi. Ponadto, zaburzenia percepcji przestrzeni osobistej oraz mechanizmy warunkowania klasycznego odgrywają istotną rolę w patogenezie, prowadząc do nadmiernej reakcji lękowej i ataków paniki w sytuacjach ograniczonych przestrzeni.

Patogeneza klaustrofobii

Klaustrofobia jest specyficzną fobią charakteryzującą się silnym, irracjonalnym lękiem przed zamkniętymi przestrzeniami (claustro oznacza zamknięty). Co istotne, osoby cierpiące na klaustrofobię nie boją się zamkniętych przestrzeni jako takich, ale raczej tego, co mogłoby się w nich wydarzyć. Jest to klasyfikowane jako zaburzenie lękowe, które często prowadzi do ataków paniki.123

Dysfunkcja ciała migdałowatego (amygdala)

Jednym z głównych mechanizmów neurobiologicznych w patogenezie klaustrofobii jest dysfunkcja ciała migdałowatego, czyli części mózgu odpowiedzialnej za przetwarzanie strachu. W przypadku klaustrofobii obserwuje się, że neuroprzekaźniki nadmiernie stymulują ciało migdałowate w obecności bodźców wywołujących lęk.456

Badania wskazują na specyficzne zaburzenia w sieci połączeń ciała migdałowatego z płatami czołowymi. Uważa się, że w zaburzeniu lęku społecznego obszary czołowe mózgu nie są w stanie prawidłowo regulować nadaktywności ciała migdałowatego. Te same zaburzenia w sieci amygdala-płaty czołowe przypisuje się klaustrofobii.78

Meta-analiza funkcjonalnych badań obrazowych mózgu w specyficznych fobiach wykazała, że aktywowanymi regionami mózgu w odpowiedzi na bodźce fobiczne są: gałka blada, ciało migdałowate i lewa wyspa.910 Badania wykazały również, że osoby cierpiące na zaburzenia paniki mają mniejszy rozmiar prawego ciała migdałowatego. Redukcja wielkości występuje w strukturze znanej jako przyśrodkowa grupa jądrowa, do której należy jądro CE. Powoduje to zakłócenia, które z kolei wywołują nieprawidłowe reakcje na awersyjne bodźce u osób z zaburzeniami paniki. U osób z klaustrofobią objawia się to paniką lub nadmierną reakcją na sytuację, w której osoba znajduje się w fizycznie ograniczonej przestrzeni.11

Czynniki genetyczne

Coraz więcej dowodów wskazuje na znaczący udział czynników genetycznych w rozwoju klaustrofobii. Badania wykazały, że pojedynczy defekt genu GPM6A jest podejrzewany jako genetyczne ryzyko wystąpienia klaustrofobii.1213 Gen GPM6A, który koduje białko neuronalne regulowane stresem, znajduje się na chromosomie 4q32-q34 i jest związany z zaburzeniami paniki.14

Naukowcy z Instytutu Maxa Plancka odkryli, że gen Gpm6a, który koduje glikoproteinę błony neuronalnej, jest związany z regulacją stresu psychospołecznego. W badaniach na myszach zaobserwowano, że zwierzęta z niedoborem genu Gpm6a wykazywały zwiększoną podatność na tzw. „stres intruz-rezydent”. Myszy te wykazywały zachowania klaustrofobiczne – preferowały przebywanie w otwartych przestrzeniach i unikały zamkniętych korytarzy. Badacze nazwali to preferencję „cechą klaustrofobiczną”.1516

Aby sprawdzić, czy gen Gpm6a jest również istotny dla klaustrofobii u ludzi, zespół badawczy przeanalizował sekwencję DNA ludzkiego genu GPM6A u 115 osób z klaustrofobią i osób bez tego zaburzenia. Odkryli, że mutacje genu GPM6A były częstsze u osób z klaustrofobią niż u osób bez tego zaburzenia. Jest to pierwszy przypadek w neurobiologii, gdy pojedynczy gen został powiązany z regulacją klaustrofobii!1718

Warunkowanie klasyczne i zmiany w percepcji przestrzeni

Poza czynnikami genetycznymi i neurobiologicznymi, w rozwoju klaustrofobii istotną rolę odgrywa warunkowanie klasyczne. To zjawisko występuje, gdy mózg łączy ograniczoną przestrzeń z niebezpieczeństwem i strachem.192021

Trauma doświadczona w przeszłości wpływa na zdolność osoby do racjonalnego radzenia sobie z podobną sytuacją w przyszłości. Mózg osoby zaczyna łączyć małą przestrzeń lub ograniczony obszar z poczuciem zagrożenia. Ciało reaguje wtedy odpowiednio, w sposób, który wydaje się logiczny. Warunkowanie klasyczne może być również dziedziczone od rodziców lub rówieśników.2223

Interesujące badania wykazały, że osoby z klaustrofobią mają zaburzoną percepcję przestrzeni. Naukowcy z Emory University doszli do wniosku, że osoby, które błędnie postrzegają odległość poza zasięgiem swoich ramion, są bardziej narażone na lęk klaustrofobiczny.24 Badanie opublikowane w czasopiśmie Cognition wykazało wyraźny związek między lękiem klaustrofobicznym a podstawowymi aspektami percepcji przestrzennej.25 Wszyscy poruszamy się w ochronnej bańce „bliskiej przestrzeni”, powszechnie znanej jako „przestrzeń osobista”. Osoby, które projektują swoją przestrzeń osobistą zbyt daleko poza swoje ciała lub normę zasięgu ramion, są bardziej narażone na lęk klaustrofobiczny.2627

„Odkryliśmy, że osoby z wyższym poziomem lęku klaustrofobicznego mają wyolbrzymione poczucie bliskiej przestrzeni otaczającej ich” – mówi psycholog Stella Lourenco z Emory, która prowadziła badania. „W tym momencie nie wiemy, czy to zniekształcenie w percepcji przestrzennej prowadzi do strachu, czy odwrotnie. Obie możliwości są prawdopodobne.”28

Niewłaściwa habituacja i sensytyzacja lęku

Z klaustrofobią związane są dwa zjawiska patologicznego strachu: sensytyzacja strachu (zwiększona wrażliwość na bodźce lękowe) i niepowodzenie habituacji strachu (niezdolność do przyzwyczajenia się do bodźców lękowych).2930

Badania sugerują dysfunkcję w niezależnym od uczenia się obwodzie strachu, który napędza zachowania obronne bez wcześniejszego uczenia się w fobiach niedoświadczalnych.31 Oznacza to, że u osób z klaustrofobią może występować wrodzony mechanizm, który powoduje reakcję lękową na zamknięte przestrzenie, nawet jeśli osoba ta nie miała wcześniej negatywnych doświadczeń z takimi przestrzeniami.

Przygotowany mechanizm ewolucyjny

Istnieją badania sugerujące, że klaustrofobia nie jest w całości klasycznie uwarunkowaną lub wyuczoną fobią. Nie jest to koniecznie wrodzony strach, ale bardzo prawdopodobne, że jest to tzw. „przygotowana fobia”.32

Według tej teorii, ludzie są genetycznie predysponowani do obawiania się rzeczy, które są dla nich niebezpieczne. Klaustrofobia może wpisywać się w tę kategorię ze względu na jej szerokie rozpowszechnienie, wczesny początek, pozornie łatwe nabywanie i jej nie-poznawcze cechy.33

Nabycie klaustrofobii może być częścią przeżytkowego ewolucyjnego mechanizmu przetrwania, uśpionego strachu przed uwięzieniem i/lub uduszeniem, który kiedyś był ważny dla przetrwania ludzkości i mógł być łatwo obudzony w każdej chwili.343536

Zaburzenia neuroprzekaźników

Istnieje kilka teorii biologicznych dotyczących patogenezy zaburzeń fobicznych, z których większość koncentruje się na dysregulacji endogennych biogennych amin.37 Aktywacja układu współczulnego jest powszechna w zaburzeniach fobicznych, powodując wzrost tętna i ciśnienia krwi, a także objawy takie jak drżenie, kołatanie serca, pocenie się, duszność, zawroty głowy i parestezje.38

Istnieją przekonujące dowody wskazujące na zaangażowanie układu noradrenergicznego w klaustrofobii, podobnie jak w innych zaburzeniach lękowych.39 Noradrenalina jest kluczowym neuroprzekaźnikiem zaangażowanym w odpowiedź „walcz lub uciekaj”, która jest nadaktywna w zaburzeniach lękowych, w tym w klaustrofobii.

Czynnik neurotroficzny pochodzenia mózgowego (BDNF)

Interesujące badania wskazują na potencjalną rolę czynnika neurotroficznego pochodzenia mózgowego (BDNF) w patogenezie klaustrofobii. BDNF odgrywa kluczową rolę w rozwoju mózgu i plastyczności oraz jest zaangażowany w patogenezę kilku stanów, w tym stresu i lęku.40

W badaniu analizującym ekspresję genu BDNF zarówno w próbkach krwi, jak i śliny pacjenta z cukrzycą typu 2 i klaustrofobią, zaobserwowano znaczną nadekspresję BDNF w porównaniu z pacjentem z cukrzycą typu 2 bez powikłań i zdrową grupą kontrolną dopasowaną wiekowo.41

BDNF działa również jako pomost między neuroplastycznością a stanem zapalnym. Mierząc markery zapalne, wykazano znaczną nadregulację ekspresji IL-6 i MCP-1 oraz jednoczesny spadek IL-8 i TGF-β u pacjenta z cukrzycą typu 2 i klaustrofobią w porównaniu z cukrzycą typu 2 bez powikłań i zdrową grupą kontrolną.42 Na podstawie tych obserwacji zaproponowano istnienie korelacji między zwiększoną ekspresją BDNF, stanem zapalnym a klaustrofobią związaną z cukrzycą.43

Podejście psychoanalityczne do patogenezy klaustrofobii

Warto również wspomnieć o historycznych podejściach psychoanalitycznych do klaustrofobii. Termin „klaustrofobia” został wprowadzony do dziedziny semiologii psychiatrycznej przez Benjamina Balla w 1879 roku.44

Dla Zygmunta Freuda klaustrofobia jest jedną z fobii lokomocji, podobną do agorafobii. W swoich wczesnych pismach interpretował klaustrofobię jako wynik nadmiaru niewykorzystanego libido. Powiązał ją z lękiem kastracyjnym, wytworzonym przez stłumienie pragnienia edypalnego.45

Melanie Klein (1932/1975) uważała, że obejmuje ona projekcyjną identyfikację z niebezpiecznym ciałem matki, z lękiem przed zamknięciem w nim i kastracją przez penisa ojca. Dla Otto Fenichela (1953) zamknięta przestrzeń, której się obawia, reprezentuje ciało pacjenta i doznania, których pacjent próbuje się pozbyć poprzez projekcję nadmiernego pobudzenia na claustrum.46

Sytuacja fobogenna mobilizuje infantylne lęki, strach przed samotnością i pokusę masturbacji. François Perrier (1956/1994) postrzegał klaustrofobię jako zorganizowaną jak mowa, gdzie symbolicznie klucz trzymany w dłoni umożliwia uniknięcie lęku, tym samym ucieczkę z zamkniętego świata matki i umożliwienie dostępu do ojca.47

Mechanizm rozwoju klaustrofobii

Aktywacja układu współczulnego

Gdy osoby z klaustrofobią zbliżają się do zamkniętej przestrzeni, ich układ współczulny może zostać aktywowany w oczekiwaniu na obawianą sytuację. Jest to szczególnie widoczne poprzez stymulację reakcji „walcz lub uciekaj”, która powoduje zwiększenie częstości akcji serca i ciśnienia krwi.48

Ciężki lęk, uczucie grozy oraz strach przed utratą kontroli i śmiercią mogą stać się przytłaczające, powodując u niektórych osób chęć ucieczki z sytuacji lub doświadczenie ataku paniki.49 Reakcja „walcz lub uciekaj” jest doświadczana jako strach, a nawet jako atak paniki, gdy intensywność jest wystarczająco wysoka. Ta panika podsyca więcej negatywnych skojarzeń z przebywaniem w windzie i wzmacnia strach.50

Układ nerwowy jest zaprojektowany do ochrony przed niebezpieczeństwem. Jednak jeśli połączymy wyczulenie na niebezpieczeństwo z ekstremalnie pobudzonym układem, to jest to jak dźganie oparzenia słonecznego wykałaczką. Sygnał jest znacznie wzmocniony, a twoje ciało mówi twojemu mózgowi, aby zrobił wszystko, co możliwe, aby to zatrzymać.51

W klaustrofobii, czyli strachu przed uwięzieniem, emocja mówi ci, że jest to niebezpieczne i wysyła kaskadę hormonów i neuroprzekaźników, które wywołują reakcję walki-ucieczki-zamrożenia. W odpowiedzi na ten koktajl chemiczny twój mózg wierzy, że jesteś faktycznie w niebezpieczeństwie i czujesz, że musisz się wydostać, inaczej stanie się coś złego.52

Zaburzenia w percepcji przestrzeni

Jak wspomniano wcześniej, badania wykazały, że osoby z klaustrofobią mają zaburzoną percepcję przestrzeni. Naukowcy odkryli, że bliższa i dalsza przestrzeń są istotne w rozwoju tego zaburzenia. Klaustrofobia może wynikać częściowo z zakłóceń w percepcji bliskiej przestrzeni.53

Badania wykazały, że zniekształcenie przestrzenne może powodować, że osoby mają wyolbrzymione poczucie przestrzeni osobistej, co sprawia, że są bardziej narażone na strach przed zamkniętymi przestrzeniami.54

Neurobiologia przetwarzania sensorycznego ujawnia, że gdy naśladujemy odpowiednie wskazówki środowiskowe, które nasze szlaki neuronalne kojarzą z otwartą przestrzenią, możemy faktycznie generować trzewne złudzenie postrzeganej otwartej przestrzeni.55

Rola mechanizmów obronnych

W klaustrofobii obserwuje się dwa kluczowe mechanizmy obronne: strach przed ograniczeniem i strach przed uduszeniem.56 Osoby z klaustrofobią niekoniecznie boją się samych zamkniętych obszarów, ale raczej tego, co mogłoby się im przydarzyć, gdyby zostały uwięzione w danym obszarze. Często, gdy są ograniczone do jakiegoś obszaru, osoby z klaustrofobią zaczynają obawiać się uduszenia, wierząc, że może brakować powietrza w obszarze, w którym są zamknięte.57

Wspólnym aspektem klaustrofobii i agorafobii jest niemożność osiągnięcia bezpieczeństwa w danych okolicznościach. Jedyną dostępną dla pacjenta opcją jest przetrwanie: napięcie między klaustrofobią wnętrza a obcym podwodnym otoczeniem tworzy atmosferę tak opresyjną, jak przebywanie pod oceanem krwi.58

Wpływ czynników zapalnych

Najnowsze badania sugerują, że stany zapalne mogą odgrywać rolę w patogenezie klaustrofobii. Jak wspomniano wcześniej, badanie pacjenta z cukrzycą typu 2 i klaustrofobią wykazało zmiany w markerach zapalnych, takich jak IL-6, MCP-1, IL-8 i TGF-β.59

BDNF działa jako pomost między neuroplastycznością a stanem zapalnym. Zwiększona ekspresja BDNF oraz zmiany w markerach zapalnych mogą przyczyniać się do rozwoju klaustrofobii, szczególnie u osób z innymi schorzeniami, takimi jak cukrzyca typu 2.60

Cykl błędnego koła

Klaustrofobia i współwystępujące nadużywanie substancji mają cykliczną relację, w której dystres klaustrofobii może skłonić kogoś do rozpoczęcia nadużywania narkotyków i alkoholu. Z kolei skutki uboczne i objawy odstawienia narkotyków mogą również nasilać lęk i panikę, rozwijając się w klaustrofobię.61

Ten mechanizm błędnego koła może również występować w przypadku samego lęku – doświadczenie lęku klaustrofobicznego prowadzi do większego unikania sytuacji wywołujących lęk, co z kolei wzmacnia lęk i pogarsza objawy klaustrofobii.62

Podsumowanie patogenezy klaustrofobii

Patogeneza klaustrofobii jest złożona i wieloczynnikowa. Obejmuje zarówno czynniki genetyczne, neurologiczne, jak i środowiskowe. Dysfunkcja ciała migdałowatego, defekt genu GPM6A, zaburzenia w percepcji przestrzeni, warunkowanie klasyczne, ewolucyjne mechanizmy obronne, zaburzenia neuroprzekaźników oraz stany zapalne – wszystkie te czynniki mogą przyczyniać się do rozwoju klaustrofobii.636465

Zrozumienie tych mechanizmów ma kluczowe znaczenie dla rozwoju skutecznych metod leczenia. Leczenie klaustrofobii często obejmuje terapię poznawczo-behawioralną, terapię ekspozycyjną, techniki relaksacyjne oraz, w niektórych przypadkach, farmakoterapię. Istnieją również obiecujące badania nad wykorzystaniem wirtualnej rzeczywistości (VR) w leczeniu klaustrofobii.666768

Przywrócenie życia po klaustrofobii oznacza konieczność przekształcenia układu nerwowego w taki sposób, aby zdał sobie sprawę, że w rzeczywistości nie jest w niebezpieczeństwie. Należy pamiętać: Strach nie oznacza niebezpieczeństwa. Mózg próbuje cię chronić, ale przejął główną rolę, ale to TY możesz odzyskać swoje słuszne miejsce jako główny bohater przedstawienia.69

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  1. 17.04.2026
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Materiały źródłowe

  • #1 Claustrophobia – StatPearls – NCBI Bookshelf
    https://www.ncbi.nlm.nih.gov/sites/books/NBK542327/
    Claustrophobia is a specific phobia where one fears closed spaces (claustro means closed). […] Claustrophobic people are not frightened of enclosed spaces per se but of what could happen in the enclosed space. […] The belief with a social anxiety disorder is that the frontal regions of the brain cannot downregulate amygdalar hyper-activation. The same disruptions in the amygdala-frontal network in social anxiety disorder are attributable to claustrophobia. […] A meta-analysis of functional brain imaging in specific phobias showed the activated regions of the brain to phobic stimuli were globus pallidus, amygdala, and left insula. […] There are two phenomena associated with innate pathological fear, fear sensitization and failure of fear habituation. […] A single gene defect in the human GPM6A gene is a suspected genetic risk for claustrophobia.
  • #2 Claustrophobia – Wikipedia
    https://en.wikipedia.org/wiki/Claustrophobia
    Claustrophobia is typically classified as an anxiety disorder, which often results in panic attacks. The onset of claustrophobia has been attributed to many factors, including a reduction in the size of the amygdala, classical conditioning, or a genetic predisposition to fear small spaces. […] The amygdala is needed for the conditioning of fear, or the creation of a fight-or-flight response. A fight-or-flight response is created when a stimulus is associated with a grievous situation. Cheng believes that a phobia’s roots are in this fight-or-flight response. […] A study done by Fumi Hayano found that the right amygdala was smaller in patients who suffered from panic disorders. The reduction of size occurred in a structure known as the corticomedial nuclear group which the CE nucleus belongs to. This causes interference, which in turn causes abnormal reactions to aversive stimuli in those with panic disorders. In claustrophobic people, this translates as panicking or overreacting to a situation in which the person finds themselves physically confined.
  • #3 Claustrophobia: Types, Symptoms, Causes, Diagnosis,Treatment and More
    https://www.therecoveryvillage.com/mental-health/claustrophobia/
    Claustrophobia is an anxiety disorder that involves an irrational fear of small spaces with no mechanism of escape. […] The cause of claustrophobia remains unknown, but it is believed that environmental factors play a role in the development of this phobia. Claustrophobia links to several different factors, including: […] Dysfunction or reduced size of the amygdala, or the portion of the brain that controls and processes fear. […] Classical conditioning, which occurs when the link between confinement, fear and danger forms. […] Genetic predisposition to fear situations or objects that might be harmful. […] Spatial distortion can cause individuals to have a magnified sense of personal space, making them more likely to fear enclosed spaces. […] Evolutionary phobia, meaning that there may have been an evolutionary benefit to being fearful of small areas.
  • #4 Claustrophobia: What Is It, Symptoms, Causes & Treatment
    https://my.clevelandclinic.org/health/diseases/21746-claustrophobia
    What causes claustrophobia isn’t fully understood. Researchers believe causes might include: […] Technically, scientists believe neurochemicals overstimulate an area of your brain your amygdala in the presence of fear. There’s also thought that a single genetic mutation can increase your risk of claustrophobia if you have that gene defect.
  • #5 What is Claustrophobia? | Symptoms, triggers, causes & treatment
    https://cpdonline.co.uk/knowledge-base/mental-health/claustrophobia/
    Claustrophobia is thought to be related to a dysfunction of the amygdala, which is the part of the brain that processes fear. Neurochemicals can overstimulate your amygdala or you may have an imbalance of neurotransmitters in your brain, resulting in your body overreacting to the perceived fear. […] The causes of claustrophobia are still unclear. The condition can develop at any age, although it most frequently occurs in childhood or during the teenage years. The majority of people with claustrophobia develop the condition before 20 years of age. […] A traumatic event can cause a person to develop claustrophobia, for example: Being locked in a small space by accident. […] Negative childhood experiences can have a detrimental effect on your future mental health. Experiencing a distressing childhood event can result in the individual developing claustrophobia, either during childhood or years after the event.
  • #6 Claustrophobia: Causes, Symptoms, and Treatment | Apollo Hospitals
    https://www.apollohospitals.com/diseases-and-conditions/claustrophobia
    Claustrophobia may be linked to amygdala dysfunction, the portion of the brain that governs how we experience fear. […] The exact origin of claustrophobia is unknown. Environmental factors could play a significant role and people usually develop claustrophobia during their youth or adolescence. […] Things that can trigger claustrophobia are: being trapped in a small or crowded space for an extended period of time, experiencing turbulence while flying, being punished by being locked in a small space, such as a bathroom, being stuck on crowded public transportation, being accidentally left in a small space, such as a closet. […] Panic attacks can be terrifying, and they can be so severe that a person may strive to avoid such situations that trigger these symptoms. […] Psychotherapy is the most common treatment for claustrophobia.
  • #7 Claustrophobia – StatPearls – NCBI Bookshelf
    https://www.ncbi.nlm.nih.gov/sites/books/NBK542327/
    Claustrophobia is a specific phobia where one fears closed spaces (claustro means closed). […] Claustrophobic people are not frightened of enclosed spaces per se but of what could happen in the enclosed space. […] The belief with a social anxiety disorder is that the frontal regions of the brain cannot downregulate amygdalar hyper-activation. The same disruptions in the amygdala-frontal network in social anxiety disorder are attributable to claustrophobia. […] A meta-analysis of functional brain imaging in specific phobias showed the activated regions of the brain to phobic stimuli were globus pallidus, amygdala, and left insula. […] There are two phenomena associated with innate pathological fear, fear sensitization and failure of fear habituation. […] A single gene defect in the human GPM6A gene is a suspected genetic risk for claustrophobia.
  • #8 Claustrophobia | Treatment & Management | Point of Care
    https://www.statpearls.com/point-of-care/35883
    Social anxiety disorder is a DSM-V psychiatric condition characterized by an intense fear of social situations and scrutiny; patients who have claustrophobia display a great fear and anxiety of closed spaces. […] The same disruptions in the amygdala-frontal network in social anxiety disorder are attributable to claustrophobia. […] A meta-analysis of functional brain imaging in specific phobias showed the activated regions of the brain to phobic stimuli were globus pallidus, amygdala, and left insula. […] There are two phenomena associated with innate pathological fear, fear sensitization and failure of fear habituation. […] Research suggests a dysfunction in the learning-independent fear circuit, which drives defensive behavior without prior learning, in nonexperiential phobias. […] A single gene defect in the human GPM6A gene is a suspected genetic risk for claustrophobia. […] The GPM6A gene, expressed in the amygdala and throughout the central nervous system, encodes a stress-regulated neuronal protein found on chromosome 4q32-q34, associated with panic disorder.
  • #9 Claustrophobia – StatPearls – NCBI Bookshelf
    https://www.ncbi.nlm.nih.gov/sites/books/NBK542327/
    Claustrophobia is a specific phobia where one fears closed spaces (claustro means closed). […] Claustrophobic people are not frightened of enclosed spaces per se but of what could happen in the enclosed space. […] The belief with a social anxiety disorder is that the frontal regions of the brain cannot downregulate amygdalar hyper-activation. The same disruptions in the amygdala-frontal network in social anxiety disorder are attributable to claustrophobia. […] A meta-analysis of functional brain imaging in specific phobias showed the activated regions of the brain to phobic stimuli were globus pallidus, amygdala, and left insula. […] There are two phenomena associated with innate pathological fear, fear sensitization and failure of fear habituation. […] A single gene defect in the human GPM6A gene is a suspected genetic risk for claustrophobia.
  • #10 Claustrophobia | Treatment & Management | Point of Care
    https://www.statpearls.com/point-of-care/35883
    Social anxiety disorder is a DSM-V psychiatric condition characterized by an intense fear of social situations and scrutiny; patients who have claustrophobia display a great fear and anxiety of closed spaces. […] The same disruptions in the amygdala-frontal network in social anxiety disorder are attributable to claustrophobia. […] A meta-analysis of functional brain imaging in specific phobias showed the activated regions of the brain to phobic stimuli were globus pallidus, amygdala, and left insula. […] There are two phenomena associated with innate pathological fear, fear sensitization and failure of fear habituation. […] Research suggests a dysfunction in the learning-independent fear circuit, which drives defensive behavior without prior learning, in nonexperiential phobias. […] A single gene defect in the human GPM6A gene is a suspected genetic risk for claustrophobia. […] The GPM6A gene, expressed in the amygdala and throughout the central nervous system, encodes a stress-regulated neuronal protein found on chromosome 4q32-q34, associated with panic disorder.
  • #11 Claustrophobia – Wikipedia
    https://en.wikipedia.org/wiki/Claustrophobia
    Claustrophobia is typically classified as an anxiety disorder, which often results in panic attacks. The onset of claustrophobia has been attributed to many factors, including a reduction in the size of the amygdala, classical conditioning, or a genetic predisposition to fear small spaces. […] The amygdala is needed for the conditioning of fear, or the creation of a fight-or-flight response. A fight-or-flight response is created when a stimulus is associated with a grievous situation. Cheng believes that a phobia’s roots are in this fight-or-flight response. […] A study done by Fumi Hayano found that the right amygdala was smaller in patients who suffered from panic disorders. The reduction of size occurred in a structure known as the corticomedial nuclear group which the CE nucleus belongs to. This causes interference, which in turn causes abnormal reactions to aversive stimuli in those with panic disorders. In claustrophobic people, this translates as panicking or overreacting to a situation in which the person finds themselves physically confined.
  • #12 Claustrophobia – StatPearls – NCBI Bookshelf
    https://www.ncbi.nlm.nih.gov/sites/books/NBK542327/
    Claustrophobia is a specific phobia where one fears closed spaces (claustro means closed). […] Claustrophobic people are not frightened of enclosed spaces per se but of what could happen in the enclosed space. […] The belief with a social anxiety disorder is that the frontal regions of the brain cannot downregulate amygdalar hyper-activation. The same disruptions in the amygdala-frontal network in social anxiety disorder are attributable to claustrophobia. […] A meta-analysis of functional brain imaging in specific phobias showed the activated regions of the brain to phobic stimuli were globus pallidus, amygdala, and left insula. […] There are two phenomena associated with innate pathological fear, fear sensitization and failure of fear habituation. […] A single gene defect in the human GPM6A gene is a suspected genetic risk for claustrophobia.
  • #13 Claustrophobia | Treatment & Management | Point of Care
    https://www.statpearls.com/point-of-care/35883
    Social anxiety disorder is a DSM-V psychiatric condition characterized by an intense fear of social situations and scrutiny; patients who have claustrophobia display a great fear and anxiety of closed spaces. […] The same disruptions in the amygdala-frontal network in social anxiety disorder are attributable to claustrophobia. […] A meta-analysis of functional brain imaging in specific phobias showed the activated regions of the brain to phobic stimuli were globus pallidus, amygdala, and left insula. […] There are two phenomena associated with innate pathological fear, fear sensitization and failure of fear habituation. […] Research suggests a dysfunction in the learning-independent fear circuit, which drives defensive behavior without prior learning, in nonexperiential phobias. […] A single gene defect in the human GPM6A gene is a suspected genetic risk for claustrophobia. […] The GPM6A gene, expressed in the amygdala and throughout the central nervous system, encodes a stress-regulated neuronal protein found on chromosome 4q32-q34, associated with panic disorder.
  • #14 Claustrophobia | Treatment & Management | Point of Care
    https://www.statpearls.com/point-of-care/35883
    Social anxiety disorder is a DSM-V psychiatric condition characterized by an intense fear of social situations and scrutiny; patients who have claustrophobia display a great fear and anxiety of closed spaces. […] The same disruptions in the amygdala-frontal network in social anxiety disorder are attributable to claustrophobia. […] A meta-analysis of functional brain imaging in specific phobias showed the activated regions of the brain to phobic stimuli were globus pallidus, amygdala, and left insula. […] There are two phenomena associated with innate pathological fear, fear sensitization and failure of fear habituation. […] Research suggests a dysfunction in the learning-independent fear circuit, which drives defensive behavior without prior learning, in nonexperiential phobias. […] A single gene defect in the human GPM6A gene is a suspected genetic risk for claustrophobia. […] The GPM6A gene, expressed in the amygdala and throughout the central nervous system, encodes a stress-regulated neuronal protein found on chromosome 4q32-q34, associated with panic disorder.
  • #15 Claustrophobia Can Be Genetic – Knowing Neurons
    https://knowingneurons.com/blog/2013/05/13/claustrophobia-can-be-genetic/
    As a little girl, my favorite part of an overnight train journey in India was the tunnel. […] Like most phobias, claustrophobia can arise from an early childhood experience, where a child begins to associate danger with being trapped in, say, a dark room. […] More recently, the genetic underpinnings of several anxiety disorders have corroborated the theory of genetic predisposition, where altered gene expressions make an individual more prone to having a phobia. […] Although no genetic predisposition was known for claustrophobia, scientists at the Max Planck Institute recently stumbled upon a single gene that may be critically involved with developing the phobia. […] The Gpm6a gene, which encodes a neuronal membrane glycoprotein, has been previously implicated as a gene regulated by psychosocial stress.
  • #16 Claustrophobia Can Be Genetic – Knowing Neurons
    https://knowingneurons.com/blog/2013/05/13/claustrophobia-can-be-genetic/
    The researchers termed this preference to be a claustrophobic trait. […] To see if the Gpm6a gene was also important for claustrophobia in humans, the research team analyzed the DNA sequence of the human GPM6A gene in 115 claustrophobic and normal individuals. […] This is the first time in neuroscience that a single gene has been found to regulate claustrophobia! […] Although the detailed mechanism of the Gpm6A/GPM6A gene is yet to be studied, the authors term this gene as a neuronal ‘brake’ to maintain a healthy stress response. […] Exploring the genetics of highly prevalent phobias, like claustrophobia, may provide a deeper understanding of their causes and can hopefully help psychiatrists treat these disorders, enabling claustrophobic individuals to be anxiety-free in a day-to-day confrontation of an enclosed space like the elevator.
  • #17 Claustrophobia Can Be Genetic – Knowing Neurons
    https://knowingneurons.com/blog/2013/05/13/claustrophobia-can-be-genetic/
    The researchers termed this preference to be a claustrophobic trait. […] To see if the Gpm6a gene was also important for claustrophobia in humans, the research team analyzed the DNA sequence of the human GPM6A gene in 115 claustrophobic and normal individuals. […] This is the first time in neuroscience that a single gene has been found to regulate claustrophobia! […] Although the detailed mechanism of the Gpm6A/GPM6A gene is yet to be studied, the authors term this gene as a neuronal ‘brake’ to maintain a healthy stress response. […] Exploring the genetics of highly prevalent phobias, like claustrophobia, may provide a deeper understanding of their causes and can hopefully help psychiatrists treat these disorders, enabling claustrophobic individuals to be anxiety-free in a day-to-day confrontation of an enclosed space like the elevator.
  • #18 What is Claustrophobia? | Symptoms, triggers, causes & treatment
    https://cpdonline.co.uk/knowledge-base/mental-health/claustrophobia/
    If during childhood your parent or sibling experienced claustrophobia or severe anxiety relating to confined spaces, you are more likely to develop claustrophobia yourself. This is because you are more likely to perceive confined spaces as dangerous or scary. […] Studies have found that mutations in the GPM6A gene are linked to claustrophobia. Individuals who have this mutation may have a genetic risk of developing claustrophobia.
  • #19 Claustrophobia: Causes, symptoms, and treatments
    https://www.medicalnewstoday.com/articles/37062
    Claustrophobia is a form of anxiety disorder, in which an irrational fear of having no escape or being closed-in can lead to a panic attack. […] Causes may include conditioning and genetic factors. […] The trauma experienced at that time will affect the persons ability to cope with a similar situation rationally in future. This is known as classic conditioning. […] The persons mind is believed to link the small space or confined area with the feeling of being in danger. The body then reacts accordingly, or in a way that seems logical. […] Other theories that may explain claustrophobia include: Having a smaller amygdala: This is the part of the brain that controls how the body processes fear. […] Genetic factors: A dormant evolutionary survival mechanism causes reactions that are no longer needed in todays world.
  • #20 Azthena logo with the word Azthena
    https://www.news-medical.net/health/Claustrophobia-Triggers-and-Causes.aspx
    A recent study of how people with claustrophobia perceive the space around them shows that near and far space are significant in the development of the disorder. […] Thus, claustrophobia may derive in part from distortions in the perception of near space. […] A single gene encoding a stress-regulated neuronal protein, GPm6a, can cause claustrophobia. […] In humans, mutations of the Gpm6a gene were more common in claustrophobic individuals than those without claustrophobia. […] The size of the amygdala may influence a persons susceptibility to anxiety disorders, including claustrophobia. […] Trauma early in life is thought to be another contributor to claustrophobia. […] Claustrophobia can occur when confinement is linked to danger by the brain, becoming a trigger for panic symptoms. […] This prepared phobia would be an advantage during evolution, allowing humans to quickly recognize and escape a dangerous situation. […] Because it is so common, and because confined spaces can be dangerous (e.g. suffocation), prepared phobia may contribute to the development of claustrophobia.
  • #21 Claustrophobia: Types, Symptoms, Causes, Diagnosis,Treatment and More
    https://www.therecoveryvillage.com/mental-health/claustrophobia/
    Claustrophobia is an anxiety disorder that involves an irrational fear of small spaces with no mechanism of escape. […] The cause of claustrophobia remains unknown, but it is believed that environmental factors play a role in the development of this phobia. Claustrophobia links to several different factors, including: […] Dysfunction or reduced size of the amygdala, or the portion of the brain that controls and processes fear. […] Classical conditioning, which occurs when the link between confinement, fear and danger forms. […] Genetic predisposition to fear situations or objects that might be harmful. […] Spatial distortion can cause individuals to have a magnified sense of personal space, making them more likely to fear enclosed spaces. […] Evolutionary phobia, meaning that there may have been an evolutionary benefit to being fearful of small areas.
  • #22 Claustrophobia: Causes, symptoms, and treatments
    https://www.medicalnewstoday.com/articles/37062
    Claustrophobia is a form of anxiety disorder, in which an irrational fear of having no escape or being closed-in can lead to a panic attack. […] Causes may include conditioning and genetic factors. […] The trauma experienced at that time will affect the persons ability to cope with a similar situation rationally in future. This is known as classic conditioning. […] The persons mind is believed to link the small space or confined area with the feeling of being in danger. The body then reacts accordingly, or in a way that seems logical. […] Other theories that may explain claustrophobia include: Having a smaller amygdala: This is the part of the brain that controls how the body processes fear. […] Genetic factors: A dormant evolutionary survival mechanism causes reactions that are no longer needed in todays world.
  • #23 Claustrophobia: Causes, symptoms, and treatments
    https://www.linkedin.com/pulse/claustrophobia-causes-symptoms-treatments-shan-chowdhury-ph-d
    Claustrophobia is a form of anxiety disorder, in which an irrational fear of having no escape or being closed-in can lead to a panic attack. It is considered a specific phobia according to the Diagnostic and Statistical Manual 5 (DSM-5). […] Causes may include conditioning and genetic factors. […] Past or childhood experience is often the trigger that causes a person to associate small spaces with a sense of panic or imminent danger. […] The trauma experienced at that time will affect the person’s ability to cope with a similar situation rationally in future. This is known as classic conditioning. The person’s mind is believed to link the small space or confined area with the feeling of being in danger. The body then reacts accordingly, or in a way that seems logical. Classic conditioning can also be inherited from parents or peers.
  • #24 Claustrophobia: Definition, Symptoms, Causes, Treatment
    https://www.verywellmind.com/claustrophobia-2671681
    Claustrophobia is defined as a fear of enclosed spaces. […] Researchers are not yet certain what factors may cause claustrophobia. Many speculate that it may be rooted in bad childhood experiences. Others believe that it may be a remnant of an evolutionary defense mechanism related to the dangers of being cornered with no escape. […] Other underlying fears, such as a fear of injury, fear of losing control, or fear of death, may play a role in the onset of claustrophobia. […] Researchers from Emory University concluded that people who falsely perceive the distance beyond their arm’s reach are more likely to experience claustrophobic fear. […] Either way, it appears that a history of being nervous in enclosed spaces may eventually lead to a more serious case of claustrophobia.
  • #25 Psychologists closing in on causes of claustrophobic fear | ScienceDaily
    https://www.sciencedaily.com/releases/2011/04/110412065809.htm
    We all move around in a protective bubble of „near space,” more commonly known as „personal space.” But not everyone’s bubble is the same size. People who project their personal space too far beyond their bodies, or the norm of arm’s reach, are more likely to experience claustrophobic fear, a new study finds. […] The study, to be published in the journal Cognition, is one of the first to focus on the perceptual mechanisms of claustrophobic fear. […] „We’ve found that people who are higher in claustrophobic fear have an exaggerated sense of the near space surrounding them,” says Emory psychologist Stella Lourenco, who led the research. „At this point, we don’t know whether it’s the distortion in spatial perception that leads to the fear, or vice versa. Both possibilities are likely.” […] Our results show a clear relation between claustrophobic fear and basic aspects of spatial perception.
  • #26 Psychologists closing in on causes of claustrophobic fear | ScienceDaily
    https://www.sciencedaily.com/releases/2011/04/110412065809.htm
    We all move around in a protective bubble of „near space,” more commonly known as „personal space.” But not everyone’s bubble is the same size. People who project their personal space too far beyond their bodies, or the norm of arm’s reach, are more likely to experience claustrophobic fear, a new study finds. […] The study, to be published in the journal Cognition, is one of the first to focus on the perceptual mechanisms of claustrophobic fear. […] „We’ve found that people who are higher in claustrophobic fear have an exaggerated sense of the near space surrounding them,” says Emory psychologist Stella Lourenco, who led the research. „At this point, we don’t know whether it’s the distortion in spatial perception that leads to the fear, or vice versa. Both possibilities are likely.” […] Our results show a clear relation between claustrophobic fear and basic aspects of spatial perception.
  • #27 What Triggers Claustrophobia?
    https://www.medicinenet.com/what_triggers_claustrophobia/article.htm
    In addition, claustrophobia may either affect or be affected by the size of a persons „near space,” an area defined through their perception of how close objects are to them. A recent study demonstrated a relationship between large near spaces and claustrophobic fear. People more likely to experience claustrophobia were also more likely to unconsciously define a larger area as „near.”
  • #28 Psychologists closing in on causes of claustrophobic fear | ScienceDaily
    https://www.sciencedaily.com/releases/2011/04/110412065809.htm
    We all move around in a protective bubble of „near space,” more commonly known as „personal space.” But not everyone’s bubble is the same size. People who project their personal space too far beyond their bodies, or the norm of arm’s reach, are more likely to experience claustrophobic fear, a new study finds. […] The study, to be published in the journal Cognition, is one of the first to focus on the perceptual mechanisms of claustrophobic fear. […] „We’ve found that people who are higher in claustrophobic fear have an exaggerated sense of the near space surrounding them,” says Emory psychologist Stella Lourenco, who led the research. „At this point, we don’t know whether it’s the distortion in spatial perception that leads to the fear, or vice versa. Both possibilities are likely.” […] Our results show a clear relation between claustrophobic fear and basic aspects of spatial perception.
  • #29 Claustrophobia – StatPearls – NCBI Bookshelf
    https://www.ncbi.nlm.nih.gov/sites/books/NBK542327/
    Claustrophobia is a specific phobia where one fears closed spaces (claustro means closed). […] Claustrophobic people are not frightened of enclosed spaces per se but of what could happen in the enclosed space. […] The belief with a social anxiety disorder is that the frontal regions of the brain cannot downregulate amygdalar hyper-activation. The same disruptions in the amygdala-frontal network in social anxiety disorder are attributable to claustrophobia. […] A meta-analysis of functional brain imaging in specific phobias showed the activated regions of the brain to phobic stimuli were globus pallidus, amygdala, and left insula. […] There are two phenomena associated with innate pathological fear, fear sensitization and failure of fear habituation. […] A single gene defect in the human GPM6A gene is a suspected genetic risk for claustrophobia.
  • #30 Claustrophobia | Treatment & Management | Point of Care
    https://www.statpearls.com/point-of-care/35883
    Social anxiety disorder is a DSM-V psychiatric condition characterized by an intense fear of social situations and scrutiny; patients who have claustrophobia display a great fear and anxiety of closed spaces. […] The same disruptions in the amygdala-frontal network in social anxiety disorder are attributable to claustrophobia. […] A meta-analysis of functional brain imaging in specific phobias showed the activated regions of the brain to phobic stimuli were globus pallidus, amygdala, and left insula. […] There are two phenomena associated with innate pathological fear, fear sensitization and failure of fear habituation. […] Research suggests a dysfunction in the learning-independent fear circuit, which drives defensive behavior without prior learning, in nonexperiential phobias. […] A single gene defect in the human GPM6A gene is a suspected genetic risk for claustrophobia. […] The GPM6A gene, expressed in the amygdala and throughout the central nervous system, encodes a stress-regulated neuronal protein found on chromosome 4q32-q34, associated with panic disorder.
  • #31 Claustrophobia | Treatment & Management | Point of Care
    https://www.statpearls.com/point-of-care/35883
    Social anxiety disorder is a DSM-V psychiatric condition characterized by an intense fear of social situations and scrutiny; patients who have claustrophobia display a great fear and anxiety of closed spaces. […] The same disruptions in the amygdala-frontal network in social anxiety disorder are attributable to claustrophobia. […] A meta-analysis of functional brain imaging in specific phobias showed the activated regions of the brain to phobic stimuli were globus pallidus, amygdala, and left insula. […] There are two phenomena associated with innate pathological fear, fear sensitization and failure of fear habituation. […] Research suggests a dysfunction in the learning-independent fear circuit, which drives defensive behavior without prior learning, in nonexperiential phobias. […] A single gene defect in the human GPM6A gene is a suspected genetic risk for claustrophobia. […] The GPM6A gene, expressed in the amygdala and throughout the central nervous system, encodes a stress-regulated neuronal protein found on chromosome 4q32-q34, associated with panic disorder.
  • #32 Claustrophobia – Wikipedia
    https://en.wikipedia.org/wiki/Claustrophobia
    Claustrophobia results as the mind comes to connect confinement with danger. It often comes as a consequence of a traumatic childhood experience, although the onset can come at any point in an individual’s life. Such an experience can occur multiple times, or only once, to make a permanent impression on the mind. […] There is research that suggests that claustrophobia is not entirely a classically conditioned or learned phobia. It is not necessarily an inborn fear, but it is very likely what is called a prepared phobia. As Erin Gersley says in „Phobias: Causes and Treatments”, humans are genetically predisposed to become afraid of things that are dangerous to them. Claustrophobia may fall under this category because of its wide distribution early onset and seeming easy acquisition, and its non-cognitive features. […] The acquisition of claustrophobia may be part of a vestigial evolutionary survival mechanism, a dormant fear of entrapment and/or suffocation that was once important for the survival of humanity and could be easily awakened at any time.
  • #33 Claustrophobia – Wikipedia
    https://en.wikipedia.org/wiki/Claustrophobia
    Claustrophobia results as the mind comes to connect confinement with danger. It often comes as a consequence of a traumatic childhood experience, although the onset can come at any point in an individual’s life. Such an experience can occur multiple times, or only once, to make a permanent impression on the mind. […] There is research that suggests that claustrophobia is not entirely a classically conditioned or learned phobia. It is not necessarily an inborn fear, but it is very likely what is called a prepared phobia. As Erin Gersley says in „Phobias: Causes and Treatments”, humans are genetically predisposed to become afraid of things that are dangerous to them. Claustrophobia may fall under this category because of its wide distribution early onset and seeming easy acquisition, and its non-cognitive features. […] The acquisition of claustrophobia may be part of a vestigial evolutionary survival mechanism, a dormant fear of entrapment and/or suffocation that was once important for the survival of humanity and could be easily awakened at any time.
  • #34 Claustrophobia – Wikipedia
    https://en.wikipedia.org/wiki/Claustrophobia
    Claustrophobia results as the mind comes to connect confinement with danger. It often comes as a consequence of a traumatic childhood experience, although the onset can come at any point in an individual’s life. Such an experience can occur multiple times, or only once, to make a permanent impression on the mind. […] There is research that suggests that claustrophobia is not entirely a classically conditioned or learned phobia. It is not necessarily an inborn fear, but it is very likely what is called a prepared phobia. As Erin Gersley says in „Phobias: Causes and Treatments”, humans are genetically predisposed to become afraid of things that are dangerous to them. Claustrophobia may fall under this category because of its wide distribution early onset and seeming easy acquisition, and its non-cognitive features. […] The acquisition of claustrophobia may be part of a vestigial evolutionary survival mechanism, a dormant fear of entrapment and/or suffocation that was once important for the survival of humanity and could be easily awakened at any time.
  • #35 Claustrophobia: Types, Symptoms, Causes, Diagnosis,Treatment and More
    https://www.therecoveryvillage.com/mental-health/claustrophobia/
    Claustrophobia is an anxiety disorder that involves an irrational fear of small spaces with no mechanism of escape. […] The cause of claustrophobia remains unknown, but it is believed that environmental factors play a role in the development of this phobia. Claustrophobia links to several different factors, including: […] Dysfunction or reduced size of the amygdala, or the portion of the brain that controls and processes fear. […] Classical conditioning, which occurs when the link between confinement, fear and danger forms. […] Genetic predisposition to fear situations or objects that might be harmful. […] Spatial distortion can cause individuals to have a magnified sense of personal space, making them more likely to fear enclosed spaces. […] Evolutionary phobia, meaning that there may have been an evolutionary benefit to being fearful of small areas.
  • #36 Claustrophobia at a Glance
    https://unacademy.com/content/ssc/study-material/general-awareness/claustrophobia-at-a-glance/
    Many people believe it stems from traumatic childhood events. Others think its a relic of an evolutionary defence mechanism associated with the perils of being trapped with no way out. […] Other underlying anxieties, such as fear of injury, loss of control, or death, may also contribute to the emergence of claustrophobia. […] Amid fear, scientists believe neurochemicals overstimulate a part of your brain called the amygdala. Its also suggested that youre more likely to develop claustrophobia if you have a single genetic mutation.
  • #37 Phobic Disorders: Practice Essentials, Background, Pathophysiology
    https://emedicine.medscape.com/article/288016-overview
    Several biologic theories are postulated for the pathogenesis of phobic disorders, most focusing on the dysregulation of endogenous biogenic amines. Sympathetic nervous system activation is common in phobic disorders, resulting in elevations in heart rate and blood pressure, as well as symptoms such as tremor, palpitations, sweating, dyspnea, dizziness, and paresthesias. […] Genetic factors seem to play a role in both social anxiety disorder (social phobia) and specific phobia. On the basis of family and twin studies, the risks for specific phobia and social anxiety disorder appear to be moderately heritable. […] Preliminary neuroimaging evidence indicates that while different patterns of brain activation might be associated with the different phobias, there is an overall increased activation in the prefrontal and orbitofrontal cortex, anterior cingulate cortex, insula, and amygdala in phobic patients exposed to phobia-related triggers compared with healthy controls.
  • #38 Phobic Disorders: Practice Essentials, Background, Pathophysiology
    https://emedicine.medscape.com/article/288016-overview
    Several biologic theories are postulated for the pathogenesis of phobic disorders, most focusing on the dysregulation of endogenous biogenic amines. Sympathetic nervous system activation is common in phobic disorders, resulting in elevations in heart rate and blood pressure, as well as symptoms such as tremor, palpitations, sweating, dyspnea, dizziness, and paresthesias. […] Genetic factors seem to play a role in both social anxiety disorder (social phobia) and specific phobia. On the basis of family and twin studies, the risks for specific phobia and social anxiety disorder appear to be moderately heritable. […] Preliminary neuroimaging evidence indicates that while different patterns of brain activation might be associated with the different phobias, there is an overall increased activation in the prefrontal and orbitofrontal cortex, anterior cingulate cortex, insula, and amygdala in phobic patients exposed to phobia-related triggers compared with healthy controls.
  • #39 Azthena logo with the word Azthena
    https://www.news-medical.net/health/Claustrophobia-Overview.aspx
    An unreasonable fear of being in confined spaces is known as claustrophobia, and is thought to be experienced by up to 10% of the US population. […] The precise etiology of claustrophobia is, to date, unknown. However, there is compelling evidence that implicates the noradrenergic system in claustrophobia, as well as in other anxiety disorders. […] In general, there are many theories that have been postulated with regards to phobic-disorder pathogenesis. These theories mainly focus on endogenous biogenic amine dysregulation. […] Furthermore, genetic and environmental factors also seem to be implicated in claustrophobia, as they are with other anxiety and specific phobia disorders.
  • #40
    https://journals.lww.com/abhs/fulltext/2022/01030/increased_expression_of_bdnf_and_inflammatory.7.aspx
    A characteristic feature of anxiety disorders is the disruption of neurotransmission within the brain. […] One of the primary regulators of this neurotransmission is brain-derived neurotrophic factor (BDNF). […] BDNF has a crucial role in brain development and plasticity and is involved in the pathogenesis of several conditions, including stress and anxiety. […] Therefore, in the present study, we aimed to report a case of a patient with T2DM and claustrophobia and investigate their association, if any, with a focus on the involvement of the BDNF. […] The primary organ in the brain that is responsible for processing phobias is the amygdala. […] Interestingly, animal studies have revealed BDNF as one of the primary mediators responsible for developing susceptibility to the conditioning of fear responses.
  • #41
    https://journals.lww.com/abhs/fulltext/2022/01030/increased_expression_of_bdnf_and_inflammatory.7.aspx
    In the present case, gene expression analysis of BDNF in both blood and saliva samples was conducted using quantitative real time-polymerase chain reaction (qRT-PCR). […] Results revealed significant upregulation in the levels of BDNF in a patient with T2DM and claustrophobia when compared to a patient with T2DM without any related complications and an age-matched healthy control. […] BDNF also acts as a bridge between neuroplasticity and inflammation. […] Measuring inflammatory markers has revealed a significant upregulation in the expression of IL-6 and MCP-1 and a concomitant decrease in IL-8 and TGF- in the patient with T2DM+Claustrophobia compared with T2DM without complications and healthy control. […] Based on these observations, we propose the presence of a correlation among increased BDNF expression, inflammation, and diabetes-related claustrophobia using blood and saliva samples from a patient with T2DM and claustrophobia.
  • #42
    https://journals.lww.com/abhs/fulltext/2022/01030/increased_expression_of_bdnf_and_inflammatory.7.aspx
    In the present case, gene expression analysis of BDNF in both blood and saliva samples was conducted using quantitative real time-polymerase chain reaction (qRT-PCR). […] Results revealed significant upregulation in the levels of BDNF in a patient with T2DM and claustrophobia when compared to a patient with T2DM without any related complications and an age-matched healthy control. […] BDNF also acts as a bridge between neuroplasticity and inflammation. […] Measuring inflammatory markers has revealed a significant upregulation in the expression of IL-6 and MCP-1 and a concomitant decrease in IL-8 and TGF- in the patient with T2DM+Claustrophobia compared with T2DM without complications and healthy control. […] Based on these observations, we propose the presence of a correlation among increased BDNF expression, inflammation, and diabetes-related claustrophobia using blood and saliva samples from a patient with T2DM and claustrophobia.
  • #43
    https://journals.lww.com/abhs/fulltext/2022/01030/increased_expression_of_bdnf_and_inflammatory.7.aspx
    In the present case, gene expression analysis of BDNF in both blood and saliva samples was conducted using quantitative real time-polymerase chain reaction (qRT-PCR). […] Results revealed significant upregulation in the levels of BDNF in a patient with T2DM and claustrophobia when compared to a patient with T2DM without any related complications and an age-matched healthy control. […] BDNF also acts as a bridge between neuroplasticity and inflammation. […] Measuring inflammatory markers has revealed a significant upregulation in the expression of IL-6 and MCP-1 and a concomitant decrease in IL-8 and TGF- in the patient with T2DM+Claustrophobia compared with T2DM without complications and healthy control. […] Based on these observations, we propose the presence of a correlation among increased BDNF expression, inflammation, and diabetes-related claustrophobia using blood and saliva samples from a patient with T2DM and claustrophobia.
  • #44 Claustrophobia | Encyclopedia.com
    https://www.encyclopedia.com/medicine/psychology/psychology-and-psychiatry/claustrophobia
    Benjamin Ball introduced the term „claustrophobia” into the field of psychiatric semiology in 1879. […] Claustrophobia is defined as the fear of enclosed spaces. […] For Sigmund Freud claustrophobia is one of the phobias of locomotion, similar to agoraphobia. […] In his early writings, he interpreted claustrophobia as the result of an excess of unused libido. […] He related it to castration anxiety, produced by the repression of oedipal desire. […] Melanie Klein (1932/1975) believed it involved a projective identification with the dangerous body of the mother, with the anxiety of being enclosed there and castrated by the father’s penis. […] For Otto Fenichel (1953) the enclosed space that is feared represents the patient’s body and the sensations the patient is trying to get rid of through projection of excess excitation onto the claustrum.
  • #45 Claustrophobia | Encyclopedia.com
    https://www.encyclopedia.com/medicine/psychology/psychology-and-psychiatry/claustrophobia
    Benjamin Ball introduced the term „claustrophobia” into the field of psychiatric semiology in 1879. […] Claustrophobia is defined as the fear of enclosed spaces. […] For Sigmund Freud claustrophobia is one of the phobias of locomotion, similar to agoraphobia. […] In his early writings, he interpreted claustrophobia as the result of an excess of unused libido. […] He related it to castration anxiety, produced by the repression of oedipal desire. […] Melanie Klein (1932/1975) believed it involved a projective identification with the dangerous body of the mother, with the anxiety of being enclosed there and castrated by the father’s penis. […] For Otto Fenichel (1953) the enclosed space that is feared represents the patient’s body and the sensations the patient is trying to get rid of through projection of excess excitation onto the claustrum.
  • #46 Claustrophobia | Encyclopedia.com
    https://www.encyclopedia.com/medicine/psychology/psychology-and-psychiatry/claustrophobia
    Benjamin Ball introduced the term „claustrophobia” into the field of psychiatric semiology in 1879. […] Claustrophobia is defined as the fear of enclosed spaces. […] For Sigmund Freud claustrophobia is one of the phobias of locomotion, similar to agoraphobia. […] In his early writings, he interpreted claustrophobia as the result of an excess of unused libido. […] He related it to castration anxiety, produced by the repression of oedipal desire. […] Melanie Klein (1932/1975) believed it involved a projective identification with the dangerous body of the mother, with the anxiety of being enclosed there and castrated by the father’s penis. […] For Otto Fenichel (1953) the enclosed space that is feared represents the patient’s body and the sensations the patient is trying to get rid of through projection of excess excitation onto the claustrum.
  • #47 Claustrophobia | Encyclopedia.com
    https://www.encyclopedia.com/medicine/psychology/psychology-and-psychiatry/claustrophobia
    The phobogenic situation mobilizes infantile anxieties, the fear of solitude, and the temptation to masturbate. […] Franois Perrier (1956/1994) saw claustrophobia as being organized like speech, where, symbolically, a key held in the hand enables one to avoid the anxiety, thus escaping the enclosed world of the mother and making access to the father possible.
  • #48 Claustrophobia | Description, Risk Factors, Symptoms, & Treatment | Britannica
    https://www.britannica.com/science/claustrophobia
    claustrophobia, persistent extreme irrational fear of enclosed or confined spaces. The word claustrophobia is derived from the Latin claustrum, meaning a place shut in or a confined place, and from the Greek phobos, meaning fear. Persons who are affected by claustrophobia experience disruptive physical and emotional symptoms, particularly anxiety about enclosed spaces. […] The reason behind the phobia may be unclear, but, in some instances, affected persons can recall a precipitating traumatic incident, such as being stuck in a stopped elevator. […] In addition, there may be a genetic component to claustrophobia, in which a specific genetic mutation increases the risk of developing the phobia. […] As persons with claustrophobia approach an enclosed space, their sympathetic nervous system may be activated in anticipation of the feared situation. This is made apparent particularly by stimulation of the fight-or-flight response, which causes an increase in heart rate and blood pressure.
  • #49 Claustrophobia | Description, Risk Factors, Symptoms, & Treatment | Britannica
    https://www.britannica.com/science/claustrophobia
    Severe anxiety, a feeling of dread, and a fear of losing control and dying may become overwhelming, causing some persons to experience an urge to flee the situation or to experience a panic attack. […] Several treatments are effective in helping reduce the intensity of potentially claustrophobic experiences. Cognitive behaviour therapy and exposure therapy (also called desensitization therapy), in which patients are repeatedly exposed to an object or a situation that they fear, may help reduce anxiety.
  • #50 Elevator Phobia Therapy – Phobia-Panic-Anxiety Treatment Center
    https://psychotherapy-center.com/counseling-issues/ovecoming-anxiety/phobias/elevator-phobia-therapy/
    Most elevator phobias are a form of claustrophobia. Worldwide, nearly 4% of the population suffers from this type of anxiety. […] Fear of elevators is often a form of claustrophobia. Claustrophobia is the fear of being trapped or confined in a small space. It is estimated that about 4% of the population worldwide suffers from this type of phobia. […] The fight-or-flight symptoms are experienced as fear and even as a panic attack when the intensity is high enough. This panic fuels more negative associations with being in an elevator and makes the fear stronger. […] Effective elevator phobia therapy involves two different types of treatment. Treatment for the thinking brain. This is the part of the mind that creates a steady stream of scary thoughts. This type of therapy focuses on eliminating automatic negative thoughts that can be catastrophic in nature.
  • #51 5 Steps To Stop Claustrophobia – Dr. Nicole Cain, ND, MA
    https://drnicolecain.com/5-steps-to-stop-claustrophobia/
    Claustrophobia is considered a phobia. A phobia is a persistent, or excessive or unrealistic fear of a situation, object, person, activity or even animal. The thing with a phobia, is that the thing you are afraid of, is actually not dangerous. […] Your nervous system is DESIGNED to protect you from danger. But if you pair an attunement to danger with an extremely agitated system, it’s sort of like poking a sunburn with a toothpick. The signal is way amplified and your body tells your brain to do everything and anything it can to make it stop. […] So, in claustrophobe, or a fear of being stuck or trapped, the emotion tells you that it’s dangerous, and sends a cascade of hormones and neurotransmitters that evoke a fight-flight-freeze response. Are you with me? […] In response to that cocktail of chemicals, your brain believes you are actually in danger, and you feel like you have to get out or ELSE.
  • #52 5 Steps To Stop Claustrophobia – Dr. Nicole Cain, ND, MA
    https://drnicolecain.com/5-steps-to-stop-claustrophobia/
    Claustrophobia is considered a phobia. A phobia is a persistent, or excessive or unrealistic fear of a situation, object, person, activity or even animal. The thing with a phobia, is that the thing you are afraid of, is actually not dangerous. […] Your nervous system is DESIGNED to protect you from danger. But if you pair an attunement to danger with an extremely agitated system, it’s sort of like poking a sunburn with a toothpick. The signal is way amplified and your body tells your brain to do everything and anything it can to make it stop. […] So, in claustrophobe, or a fear of being stuck or trapped, the emotion tells you that it’s dangerous, and sends a cascade of hormones and neurotransmitters that evoke a fight-flight-freeze response. Are you with me? […] In response to that cocktail of chemicals, your brain believes you are actually in danger, and you feel like you have to get out or ELSE.
  • #53 Azthena logo with the word Azthena
    https://www.news-medical.net/health/Claustrophobia-Triggers-and-Causes.aspx
    A recent study of how people with claustrophobia perceive the space around them shows that near and far space are significant in the development of the disorder. […] Thus, claustrophobia may derive in part from distortions in the perception of near space. […] A single gene encoding a stress-regulated neuronal protein, GPm6a, can cause claustrophobia. […] In humans, mutations of the Gpm6a gene were more common in claustrophobic individuals than those without claustrophobia. […] The size of the amygdala may influence a persons susceptibility to anxiety disorders, including claustrophobia. […] Trauma early in life is thought to be another contributor to claustrophobia. […] Claustrophobia can occur when confinement is linked to danger by the brain, becoming a trigger for panic symptoms. […] This prepared phobia would be an advantage during evolution, allowing humans to quickly recognize and escape a dangerous situation. […] Because it is so common, and because confined spaces can be dangerous (e.g. suffocation), prepared phobia may contribute to the development of claustrophobia.
  • #54 Claustrophobia: Types, Symptoms, Causes, Diagnosis,Treatment and More
    https://www.therecoveryvillage.com/mental-health/claustrophobia/
    Claustrophobia is an anxiety disorder that involves an irrational fear of small spaces with no mechanism of escape. […] The cause of claustrophobia remains unknown, but it is believed that environmental factors play a role in the development of this phobia. Claustrophobia links to several different factors, including: […] Dysfunction or reduced size of the amygdala, or the portion of the brain that controls and processes fear. […] Classical conditioning, which occurs when the link between confinement, fear and danger forms. […] Genetic predisposition to fear situations or objects that might be harmful. […] Spatial distortion can cause individuals to have a magnified sense of personal space, making them more likely to fear enclosed spaces. […] Evolutionary phobia, meaning that there may have been an evolutionary benefit to being fearful of small areas.
  • #55 Less Stressful Medical Imaging: What the Neurobiology of Illusions Reveals About Claustrophobia
    https://www.radiologytoday.net/archive/WebEx1018.shtml
    In other words, the neurobiology of sensory processing reveals that when we mimic appropriate environmental cues that our neural pathways associate with open space, we can, in fact, generate a visceral illusion of perceived open space. […] The study found that the Open Sky Compositions shared all the brain activation present in the positive images of nature. […] The unique neural activations revealed by the brain maps suggest that the deliberate way in which Sky Factory artists layer, compose, and stage these Open Sky Compositions is a key component in triggering spatial cognition. […] These brain scans confirmed that it’s possible to alter a patient’s experience of isolated confined interiors by deploying a more powerful therapeutic intervention.
  • #56 Claustrophobia | PPT
    https://www.slideshare.net/slideshow/claustrophobia/8106116
    Claustrophobia is the fear of being in confined spaces and unable to escape. It is classified as an anxiety disorder and can result in panic attacks. Common triggers include crowded elevators, small rooms, and tight clothing. Estimates suggest 5-7% of people experience severe claustrophobia. Symptoms include fear of restriction or suffocation. Treatment options include cognitive therapy and exposure therapy, which aims to help patients face their fears in a controlled setting. […] The onset of claustrophobia has been attributed to many factors, including a reduction in the size of the amygdala, classical conditioning, or a genetic predisposition to fear small spaces. […] Claustrophobia is typically thought to have two key symptoms: fear of restriction and fear of suffocation. […] However, claustrophobics are not necessarily afraid of these areas themselves, but, rather, they fear what could happen to them should they become confined to an area. Often, when confined to an area, claustrophobics begin to fear suffocation, believing that there may be a lack of air in the area to which they are confined.
  • #57 Claustrophobia | PPT
    https://www.slideshare.net/slideshow/claustrophobia/8106116
    Claustrophobia is the fear of being in confined spaces and unable to escape. It is classified as an anxiety disorder and can result in panic attacks. Common triggers include crowded elevators, small rooms, and tight clothing. Estimates suggest 5-7% of people experience severe claustrophobia. Symptoms include fear of restriction or suffocation. Treatment options include cognitive therapy and exposure therapy, which aims to help patients face their fears in a controlled setting. […] The onset of claustrophobia has been attributed to many factors, including a reduction in the size of the amygdala, classical conditioning, or a genetic predisposition to fear small spaces. […] Claustrophobia is typically thought to have two key symptoms: fear of restriction and fear of suffocation. […] However, claustrophobics are not necessarily afraid of these areas themselves, but, rather, they fear what could happen to them should they become confined to an area. Often, when confined to an area, claustrophobics begin to fear suffocation, believing that there may be a lack of air in the area to which they are confined.
  • #58
    https://residentanna.substack.com/p/boxed-in-studies-of-claustrophobia
    The core gameplay experience is about no combat, it’s about having the player suffer. […] What Iron Lung does really well is simply provide no alternative. As discussed in the overview, the shared aspect of claustrophobia and agoraphobia is the inability to reach or achieve safety given the current circumstances. […] The only option available to the player in Iron Lung is to endure: and the tension between the claustrophobia of the exterior and the foreign underwater exterior makes an atmosphere as oppressive as being under an ocean of blood itself.
  • #59
    https://journals.lww.com/abhs/fulltext/2022/01030/increased_expression_of_bdnf_and_inflammatory.7.aspx
    In the present case, gene expression analysis of BDNF in both blood and saliva samples was conducted using quantitative real time-polymerase chain reaction (qRT-PCR). […] Results revealed significant upregulation in the levels of BDNF in a patient with T2DM and claustrophobia when compared to a patient with T2DM without any related complications and an age-matched healthy control. […] BDNF also acts as a bridge between neuroplasticity and inflammation. […] Measuring inflammatory markers has revealed a significant upregulation in the expression of IL-6 and MCP-1 and a concomitant decrease in IL-8 and TGF- in the patient with T2DM+Claustrophobia compared with T2DM without complications and healthy control. […] Based on these observations, we propose the presence of a correlation among increased BDNF expression, inflammation, and diabetes-related claustrophobia using blood and saliva samples from a patient with T2DM and claustrophobia.
  • #60
    https://journals.lww.com/abhs/fulltext/2022/01030/increased_expression_of_bdnf_and_inflammatory.7.aspx
    In the present case, gene expression analysis of BDNF in both blood and saliva samples was conducted using quantitative real time-polymerase chain reaction (qRT-PCR). […] Results revealed significant upregulation in the levels of BDNF in a patient with T2DM and claustrophobia when compared to a patient with T2DM without any related complications and an age-matched healthy control. […] BDNF also acts as a bridge between neuroplasticity and inflammation. […] Measuring inflammatory markers has revealed a significant upregulation in the expression of IL-6 and MCP-1 and a concomitant decrease in IL-8 and TGF- in the patient with T2DM+Claustrophobia compared with T2DM without complications and healthy control. […] Based on these observations, we propose the presence of a correlation among increased BDNF expression, inflammation, and diabetes-related claustrophobia using blood and saliva samples from a patient with T2DM and claustrophobia.
  • #61 The Relationship Between Claustrophobia and Substance Use & Addiction
    https://www.therecoveryvillage.com/mental-health/claustrophobia/substance-abuse/
    Claustrophobia and co-occurring substance abuse have a cyclical relationship in that the distress of claustrophobia can prompt someone to start misusing drugs and alcohol. In turn, the side effects and withdrawal symptoms of drug use can also intensify anxiety and panic, developing into claustrophobia.
  • #62 Claustrophobia: Causes, Symptoms, and Treatment | Apollo Hospitals
    https://www.apollohospitals.com/diseases-and-conditions/claustrophobia
    Claustrophobia may be linked to amygdala dysfunction, the portion of the brain that governs how we experience fear. […] The exact origin of claustrophobia is unknown. Environmental factors could play a significant role and people usually develop claustrophobia during their youth or adolescence. […] Things that can trigger claustrophobia are: being trapped in a small or crowded space for an extended period of time, experiencing turbulence while flying, being punished by being locked in a small space, such as a bathroom, being stuck on crowded public transportation, being accidentally left in a small space, such as a closet. […] Panic attacks can be terrifying, and they can be so severe that a person may strive to avoid such situations that trigger these symptoms. […] Psychotherapy is the most common treatment for claustrophobia.
  • #63 Azthena logo with the word Azthena
    https://www.news-medical.net/health/Claustrophobia-Overview.aspx
    An unreasonable fear of being in confined spaces is known as claustrophobia, and is thought to be experienced by up to 10% of the US population. […] The precise etiology of claustrophobia is, to date, unknown. However, there is compelling evidence that implicates the noradrenergic system in claustrophobia, as well as in other anxiety disorders. […] In general, there are many theories that have been postulated with regards to phobic-disorder pathogenesis. These theories mainly focus on endogenous biogenic amine dysregulation. […] Furthermore, genetic and environmental factors also seem to be implicated in claustrophobia, as they are with other anxiety and specific phobia disorders.
  • #64 Azthena logo with the word Azthena
    https://www.news-medical.net/health/Claustrophobia-Triggers-and-Causes.aspx
    A recent study of how people with claustrophobia perceive the space around them shows that near and far space are significant in the development of the disorder. […] Thus, claustrophobia may derive in part from distortions in the perception of near space. […] A single gene encoding a stress-regulated neuronal protein, GPm6a, can cause claustrophobia. […] In humans, mutations of the Gpm6a gene were more common in claustrophobic individuals than those without claustrophobia. […] The size of the amygdala may influence a persons susceptibility to anxiety disorders, including claustrophobia. […] Trauma early in life is thought to be another contributor to claustrophobia. […] Claustrophobia can occur when confinement is linked to danger by the brain, becoming a trigger for panic symptoms. […] This prepared phobia would be an advantage during evolution, allowing humans to quickly recognize and escape a dangerous situation. […] Because it is so common, and because confined spaces can be dangerous (e.g. suffocation), prepared phobia may contribute to the development of claustrophobia.
  • #65 Claustrophobia | healthdirect
    https://www.healthdirect.gov.au/claustrophobia
    Claustrophobia is a type of phobia an intense fear of being in an enclosed space. […] The exact causes of claustrophobia arent fully understood. Here are some of the factors that may contribute: […] Your genetics and biology can make you more likely to develop anxiety disorders or specific phobias. […] Differences in how your brain processes fear and anxiety may also play a role. […] Claustrophobia can be successfully treated. There are different treatment options, and your doctor can help you find the right one for you. […] Your doctor may recommend seeing a psychologist to help you manage your claustrophobia. […] CBT can help you to change a specific behavior (like a phobia) by helping you modify your thinking patterns and behavioral patterns. […] Exposure therapy involves working with a health professional to gradually expose yourself to a situation that usually causes you fear.
  • #66 Claustrophobia – StatPearls – NCBI Bookshelf
    https://www.ncbi.nlm.nih.gov/sites/books/NBK542327/
    The mainstay of management for claustrophobia is cognitive behavioral therapy, in which the patient can discuss negative and distorted beliefs. […] Utilizing virtual reality (VR) technology in a stimulating computer-generated atmosphere is one option for treating claustrophobia. […] Medications may also be used in the management of this phobia. Options include benzodiazepines, selective serotonin reuptake inhibitors, and other investigational drugs (cycloserine, hydrocortisone, quetiapine). […] A study showed that patients undergoing cognitive-behavioral therapy have an augmented effect with 10 mg of oral hydrocortisone.
  • #67 Claustrophobia | healthdirect
    https://www.healthdirect.gov.au/claustrophobia
    Claustrophobia is a type of phobia an intense fear of being in an enclosed space. […] The exact causes of claustrophobia arent fully understood. Here are some of the factors that may contribute: […] Your genetics and biology can make you more likely to develop anxiety disorders or specific phobias. […] Differences in how your brain processes fear and anxiety may also play a role. […] Claustrophobia can be successfully treated. There are different treatment options, and your doctor can help you find the right one for you. […] Your doctor may recommend seeing a psychologist to help you manage your claustrophobia. […] CBT can help you to change a specific behavior (like a phobia) by helping you modify your thinking patterns and behavioral patterns. […] Exposure therapy involves working with a health professional to gradually expose yourself to a situation that usually causes you fear.
  • #68 Claustrophobia: Causes, Symptoms, and Treatment | Apollo Hospitals
    https://www.apollohospitals.com/diseases-and-conditions/claustrophobia
    A cognitive behavioral therapist will educate you on how to regulate and change negative thoughts that emerge from claustrophobia-inducing events. […] Exposure therapy is a frequent treatment for anxiety and phobias. You will be placed in a non-dangerous setting that provokes your claustrophobia in order to address and overcome your anxiety in this therapy. […] Claustrophobia can be provoked by a variety of factors, including being confined inside a room with no windows, trapped in a crowded elevator, navigating a clogged freeway.
  • #69 5 Steps To Stop Claustrophobia – Dr. Nicole Cain, ND, MA
    https://drnicolecain.com/5-steps-to-stop-claustrophobia/
    Getting your life back from claustrophobia means that you have to retrain your nervous system into realizing that it’s actually not in danger. […] Remember: Fear does not mean danger. Your brain is trying to protect you but it’s taken center stage, but YOU can reclaim your rightful place as the star of the show. Practice the 4 tips we went over today to learn how to OVERCOME CLAUSTROPHOBIA.