Zadik–Barak–Levin syndrome: Difference between revisions

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'''Zadik–Barak–Levin syndrome (ZBLS)''' is a rare [[congenital disorder]] that manifests in humans. This syndrome presents a spectrum of abnormalities primarily rooted in embryonic development, particularly affecting the [[mesoderm]]al-ectodermal midline. The key features of this disorder include primary [[hypothyroidism]], [[cleft palate]], [[hypodontia]], and characteristics of [[ectoderm]]al [[dysplasia]].


{{Infobox medical condition
| name            = Zadik–Barak–Levin syndrome
| synonyms        = ZBLS
| field          = [[Genetics]]
| symptoms        = [[Short stature]], [[microcephaly]], [[developmental delay]], [[dysmorphic features]]
| onset          = [[Congenital]]
| duration        = [[Lifelong]]
| causes          = [[Genetic mutation]]
| risks          = [[Family history]]
| diagnosis      = [[Clinical evaluation]], [[genetic testing]]
| differential    = [[Other genetic syndromes]]
| treatment      = [[Supportive care]], [[symptomatic treatment]]
| prognosis      = [[Variable]]
| frequency      = [[Rare]]
}}
'''Zadik–Barak–Levin syndrome (ZBLS)''' is a rare [[congenital disorder]] that manifests in humans. This syndrome presents a spectrum of abnormalities primarily rooted in embryonic development, particularly affecting the [[mesoderm]]al-ectodermal midline. The key features of this disorder include primary [[hypothyroidism]], [[cleft palate]], [[hypodontia]], and characteristics of [[ectoderm]]al [[dysplasia]].
==Etiology and Pathogenesis==
==Etiology and Pathogenesis==
ZBLS arises from embryonic disruptions during the formation phase of the mesodermal-ectodermal midline. This disruption is considered pivotal in the syndrome's etiology, though the exact molecular mechanisms remain under investigation<ref name="etiology">Pinhas-Hamiel O, Zadik Z, Filmar S, Zaharan Y, Levy J, Rakover Y. "Congenital hypothyroidism, spiky hair, cleft palate, bifid uvula, hypospadias and bronchial stenosis: a new form of syndromic hypothyroidism." Journal of Pediatric Endocrinology and Metabolism. 2009;22(5):467-73.</ref>.
ZBLS arises from embryonic disruptions during the formation phase of the mesodermal-ectodermal midline. This disruption is considered pivotal in the syndrome's etiology, though the exact molecular mechanisms remain under investigation<ref name="etiology">Pinhas-Hamiel O, Zadik Z, Filmar S, Zaharan Y, Levy J, Rakover Y. "Congenital hypothyroidism, spiky hair, cleft palate, bifid uvula, hypospadias and bronchial stenosis: a new form of syndromic hypothyroidism." Journal of Pediatric Endocrinology and Metabolism. 2009;22(5):467-73.</ref>.
==Signs and Symptoms==
==Signs and Symptoms==
Patients diagnosed with ZBLS may exhibit a range of the following clinical features:
Patients diagnosed with ZBLS may exhibit a range of the following clinical features:
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* Eye abnormalities including squint or [[paresis]] of [[human eye|ocular]] muscles.
* Eye abnormalities including squint or [[paresis]] of [[human eye|ocular]] muscles.
* Protrusion of the navel ([[umbilical hernia]]).
* Protrusion of the navel ([[umbilical hernia]]).
==Diagnosis==
==Diagnosis==
The diagnosis of ZBLS is primarily based on clinical examination and symptom presentation. Radiographic imaging and genetic testing may also aid in the diagnosis and differentiation from other syndromes with overlapping symptoms<ref name="diagnosis">Aldred MA, Sanford RO, Thomas NS, Barrow MA, Wilson LC. "A new autosomal dominant syndrome of cleft palate, dental anomalies, and ectodermal dysplasia in a three-generation family." Journal of Medical Genetics. 1992;29(12):886-90.</ref>.
The diagnosis of ZBLS is primarily based on clinical examination and symptom presentation. Radiographic imaging and genetic testing may also aid in the diagnosis and differentiation from other syndromes with overlapping symptoms<ref name="diagnosis">Aldred MA, Sanford RO, Thomas NS, Barrow MA, Wilson LC. "A new autosomal dominant syndrome of cleft palate, dental anomalies, and ectodermal dysplasia in a three-generation family." Journal of Medical Genetics. 1992;29(12):886-90.</ref>.
==Management==
==Management==
Management strategies for ZBLS are multifaceted and often involve a multidisciplinary approach, catering to the specific needs and symptoms of each individual patient. Therapeutic measures may include hormone replacement for hypothyroidism, dental interventions for dental anomalies, and surgical corrections for structural abnormalities like cleft palate<ref name="management">Priolo M, Lerone M, Rosaia L, Zerega G, Ravazzolo R, Silengo M. "A new syndrome with hypohidrosis and dryness of the skin, hyperthermia, unusual facial appearance, and dental anomalies." American Journal of Medical Genetics. 2000;90(1):61-6.</ref>.
Management strategies for ZBLS are multifaceted and often involve a multidisciplinary approach, catering to the specific needs and symptoms of each individual patient. Therapeutic measures may include hormone replacement for hypothyroidism, dental interventions for dental anomalies, and surgical corrections for structural abnormalities like cleft palate<ref name="management">Priolo M, Lerone M, Rosaia L, Zerega G, Ravazzolo R, Silengo M. "A new syndrome with hypohidrosis and dryness of the skin, hyperthermia, unusual facial appearance, and dental anomalies." American Journal of Medical Genetics. 2000;90(1):61-6.</ref>.
==References==
==References==
<references/>
<references/>

Latest revision as of 01:06, 4 April 2025


Zadik–Barak–Levin syndrome
Synonyms ZBLS
Pronounce N/A
Specialty N/A
Symptoms Short stature, microcephaly, developmental delay, dysmorphic features
Complications N/A
Onset Congenital
Duration Lifelong
Types N/A
Causes Genetic mutation
Risks Family history
Diagnosis Clinical evaluation, genetic testing
Differential diagnosis Other genetic syndromes
Prevention N/A
Treatment Supportive care, symptomatic treatment
Medication N/A
Prognosis Variable
Frequency Rare
Deaths N/A


Zadik–Barak–Levin syndrome (ZBLS) is a rare congenital disorder that manifests in humans. This syndrome presents a spectrum of abnormalities primarily rooted in embryonic development, particularly affecting the mesodermal-ectodermal midline. The key features of this disorder include primary hypothyroidism, cleft palate, hypodontia, and characteristics of ectodermal dysplasia.

Etiology and Pathogenesis[edit]

ZBLS arises from embryonic disruptions during the formation phase of the mesodermal-ectodermal midline. This disruption is considered pivotal in the syndrome's etiology, though the exact molecular mechanisms remain under investigation<ref name="etiology">Pinhas-Hamiel O, Zadik Z, Filmar S, Zaharan Y, Levy J, Rakover Y. "Congenital hypothyroidism, spiky hair, cleft palate, bifid uvula, hypospadias and bronchial stenosis: a new form of syndromic hypothyroidism." Journal of Pediatric Endocrinology and Metabolism. 2009;22(5):467-73.</ref>.

Signs and Symptoms[edit]

Patients diagnosed with ZBLS may exhibit a range of the following clinical features:

Diagnosis[edit]

The diagnosis of ZBLS is primarily based on clinical examination and symptom presentation. Radiographic imaging and genetic testing may also aid in the diagnosis and differentiation from other syndromes with overlapping symptoms<ref name="diagnosis">Aldred MA, Sanford RO, Thomas NS, Barrow MA, Wilson LC. "A new autosomal dominant syndrome of cleft palate, dental anomalies, and ectodermal dysplasia in a three-generation family." Journal of Medical Genetics. 1992;29(12):886-90.</ref>.

Management[edit]

Management strategies for ZBLS are multifaceted and often involve a multidisciplinary approach, catering to the specific needs and symptoms of each individual patient. Therapeutic measures may include hormone replacement for hypothyroidism, dental interventions for dental anomalies, and surgical corrections for structural abnormalities like cleft palate<ref name="management">Priolo M, Lerone M, Rosaia L, Zerega G, Ravazzolo R, Silengo M. "A new syndrome with hypohidrosis and dryness of the skin, hyperthermia, unusual facial appearance, and dental anomalies." American Journal of Medical Genetics. 2000;90(1):61-6.</ref>.

References[edit]

<references/>

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