Background <p>Neonatal Hypophosphatasia is a rare condition attributed to loss of function mutations in the ALPL gene, resulting in diminished activity of Tissue Non-Specific Alkaline Phosphatase (TNSALP). While it can manifest at various life stages, neonatal onset is particularly ominous, often leading to fatal outcomes. The syndrome’s diverse clinical manifestations pose a diagnostic challenge, necessitating a meticulous approach to rule out other differentials.</p> Case presentation <p>In our case, the observation of neonate’s anomalous posture prompted a comprehensive diagnostic evaluation, including imaging studies. The results of the babygram raised concerns about a potential metabolic bone disorder, leading to a thorough investigation of alkaline phosphate levels. Persistent low levels further raised suspicion for Hypophosphatasia. We provided supportive treatment to the patient which included ventilator support, anti-epileptics for seizures, initially fluids later feed optimization with low calcium formula, vitamin D restriction, and gentle handling along with antibiotics for existing infection. Genetic testing was subsequently performed, confirming the presence of a loss of function mutation in the ALPL gene.</p> Conclusion <p>Our case highlights the significance of astute clinical observation, imaging studies, and biochemical assessments in unveiling this rare disorder. Early identification through a systematic approach allows for timely initiation of treatment, potentially ameliorating outcomes. By elucidating the disease’s symptoms, this case contributes to a better understanding of its natural history, emphasizing the imperative for early intervention to enhance patient prognosis.</p>

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Neonatal hypophosphatasia: a case report of a rare genetic disorder

  • Wasif Ilyas Vohra,
  • Nimra Chohan,
  • Adnan Mirza

摘要

Background

Neonatal Hypophosphatasia is a rare condition attributed to loss of function mutations in the ALPL gene, resulting in diminished activity of Tissue Non-Specific Alkaline Phosphatase (TNSALP). While it can manifest at various life stages, neonatal onset is particularly ominous, often leading to fatal outcomes. The syndrome’s diverse clinical manifestations pose a diagnostic challenge, necessitating a meticulous approach to rule out other differentials.

Case presentation

In our case, the observation of neonate’s anomalous posture prompted a comprehensive diagnostic evaluation, including imaging studies. The results of the babygram raised concerns about a potential metabolic bone disorder, leading to a thorough investigation of alkaline phosphate levels. Persistent low levels further raised suspicion for Hypophosphatasia. We provided supportive treatment to the patient which included ventilator support, anti-epileptics for seizures, initially fluids later feed optimization with low calcium formula, vitamin D restriction, and gentle handling along with antibiotics for existing infection. Genetic testing was subsequently performed, confirming the presence of a loss of function mutation in the ALPL gene.

Conclusion

Our case highlights the significance of astute clinical observation, imaging studies, and biochemical assessments in unveiling this rare disorder. Early identification through a systematic approach allows for timely initiation of treatment, potentially ameliorating outcomes. By elucidating the disease’s symptoms, this case contributes to a better understanding of its natural history, emphasizing the imperative for early intervention to enhance patient prognosis.