Searchable abstracts of presentations at key conferences in endocrinology

ea0095p76 | Pituitary and Growth 1 | BSPED2023

Monozygotic twins with short stature due to temple syndrome and GH plus GnRHa treatment in one twin

Lattanzi Claudia , Wilson Louise , Gevers Evelien

Temple syndrome is due to loss of methylation at 14q32. Features are prematurity, low birth weight, hypotonia, feeding difficulties, short stature and early puberty, as well as small hands and feet, mild learning disability and variable obesity. We report monozygotic twins with Temple syndrome. Twin1 was born at 31+2 weeks with mild SGA (1120g, <10th centile), head circumference 27 cm, undescended testes, severe hypotonia and laryngomalacia. He developed camptod...

ea0051oc3.2 | Oral Communications 3 | BSPED2017

A novel syndrome of nephrogenic syndrome of inappropriate antidiuresis, precocious puberty, parathyroid insensitivity associated with a novel GNAS mutation, p.F376V

Tully Ian , Kiff Sarah , Bockenhauer Detlef , Wilson Louise , Allgrove Jeremy , Gregory John , Dattani Mehul

Introduction: Mutations in GNAS, affecting the alpha subunit of heterotrimeric G proteins, are implicated in several endocrinopathies. We report a patient with features of both receptor activation and inactivation in association with a novel de novo heterozygous somatic mutation.Case report: Asymptomatic hyponatraemia (Na 117-123) was identified in a male neonate, and treated with sodium supplementation and fludrocortisone. Biochemical data were...

ea0078oc4.2 | Oral Communications 4 | BSPED2021

Pseudohypoparathyroidism type 1A and 1B: presentation, phenotypes and phenotype-genotype associations

Prentice Philippa , Wilson Louise , Gevers Evelien , Buck Jackie , Raine Joseph , Rangasami Jayanti , McGloin Helen , Peters Catherine , Amin Rakesh , Wei Gan Hoong , Hughes Claire , Brain Caroline , Dattani Mehul , Allgrove Jeremy

Background & Objective: Pseudohypoparathyroidism (PHP), a heterogeneous condition, classically causes parathyroid hormone (PTH) resistance. PHP1a is caused by heterozygous inactivating mutations on the maternally derived GNAS allele. PHP1b results from methylation defects at the GNAS imprinted gene cluster, which are either sporadic, or familial, normally associated with maternally inherited intragenic STX16 deletions. We investigated the presentation, phenotype, ...