Lethal multiple pterygium syndrome
MONDO:0009668Multiple pterygium syndrome lethal type is a very rare genetic condition affecting the skin, muscles and skeleton. It is characterized by minor facial abnormalities, prenatal growth deficiency, spine defects, joint contractures, and webbing (pterygia)of the neck, elbows, back of the knees, armpits, and fingers. Fetuses with this condition are usually not born. Some of the prenatal complications include cystic hygroma, hydrops, diaphragmatic hernia, polyhydramnios, underdevelopment of the heart and lungs, microcephaly, bone fusions, joint dislocations, spinal fusion, andbone fractures. Both X-linked and autosomal recessive inheritance have been proposed. Mutations in the CHRNG, CHRNA1, and CHRND genes have been found to cause this condition.
Also known as: LMPS, autosomal recessive lethal multiple pterygium syndrome, lethal multiple pterygium syndrome, multiple pterygium syndrome lethal type, multiple pterygium syndrome, lethal type, pterygium syndrome multiple lethal type, pterygium syndrome, multiple, lethal type
5 clinical trials for this condition and its sub-types.
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Kids test new bionic foot design
Knowledge-focused CompletedThis study tested a new prosthetic foot for children with leg amputations or birth defects. Thirteen kids walked with the device and gave feedback on stiffness and performance. The goal was to gather ideas to improve future foot designs.
Sponsor: Össur Iceland ehf • Aim: Knowledge-focused
Last updated Jun 27, 2026 14:00 UTC
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Gene sequencing uncovers mysterious fetal malformations
Knowledge-focused CompletedThis study tested whether a powerful DNA test called high-throughput exome sequencing can find genetic causes of multiple birth defects in fetuses when standard exams fail. Researchers studied 100 fetuses with at least two malformations and no prior diagnosis. They compared the n…
Sponsor: Centre Hospitalier Universitaire Dijon • Aim: Knowledge-focused
Last updated Jun 27, 2026 09:03 UTC
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Speedy gene test aims to give answers on birth defects in just 7 days
Knowledge-focused CompletedThis study tested whether a fast type of genetic test called rapid genome sequencing can find the cause of birth defects seen on ultrasound more quickly than current methods. Researchers included 184 pregnancies with certain ultrasound findings. The goal was to see if results cou…
Sponsor: Centre Hospitalier Universitaire Dijon • Aim: Knowledge-focused
Last updated Jun 27, 2026 09:00 UTC