hrp0098p2-169 | Growth and Syndromes | ESPE2024

Students in Turkey show a continuing positive secular change of height but a worrying increase of overweight in males

Bayrak Demirel Ozge , Koc Cansu , Mine Sukur Nur , Derya Kardelen Al Asli , Yildiz Melek , Poyrazoglu Sukran , Bas Firdevs , Maarten Wit Jan , Darendeliler Feyza

Background: Current Turkish growth reference charts based on anthropometric measurements of individuals with high socioeconomic status in Istanbul in 1989-2002 (TK2002) had shown an increase of mean adult height (1.4 and 2.7 cm in males and females) compared with 1978. Given recent improvements in nutrition, hygiene and access to preventive health services, we hypothesized that this positive secular trend may continue.Methods:</s...

hrp0098p2-340 | Late Breaking | ESPE2024

Evaluating the efficacy of the Evira treatment for childhood obesity treatment-a 26- week single arm interventional study in Abu Dhabi, United Arab Emirates

Hassan-Beck Reem , Lindberg Louise , Marcus Love , Danielsson Liljeqvist Pernilla , Al Qahtani Nabras , Chaturvedi Deepti , Abdalla Asmahan , Marcus Claude , Deeb Asma

Obesity remains a critical global health concern. Traditional treatment often yields limited results, necessitating innovative solutions. The Evira tool; comprising a digitless scale and a mobile application with real-time feedback, addresses these challenges by enhancing home- based monitoring. The primary aimwas to evaluate its efficacy for childhood obesity treatment in Abu Dhabi, with a secondary objective to establish non-inferiority compared to outcomes in Stockholm, Swe...

hrp0095p1-318 | Growth and Syndromes | ESPE2022

The molecular study of Ras/MAPK pathway and treatment of short stature in Noonan syndrome

Castro-Feijóo Lidia , Cabanas Rodríguez Paloma , E Heredia Ramírez Claudia , Martínez Isabel , López Abel Bernardo , Eiris Puñal Jesús , Barros Angueira Francisco , Loidi Lourdes , Barreiro Conde Jesús

Mutations in genes of the RAS/MAPK signalling pathway have been shown to cause several syndromes characterized by dysmorphic features, growth retardation, cognitive impairment, heart disease and cutaneous abnormalities. The GHrh treatment has been used to improve growth in children with Noonan syndrome.Material and methods: 201 cases of patients referred with clinical suspicion of S. Noonan and other RASopathies was studied. Analysis of ...

hrp0092p1-251 | Pituitary, Neuroendocrinology and Puberty (1) | ESPE2019

Central Diabetes Insipidus in Children: Role of GH Antibodies

Napoli Flavia , Pani Fabiana , Gianti Francesca , Di Iorgi Natascia , Morana Giovanni , Allegri Anna Elsa Maria , Al_Thiabat Hanan Farid Mufleh , Gallizia Annalisa , Fava Daniela , Longo Chiara , Olcese Camilla , Vinci Francesco , Pistorio Angela , Caturegli Patrizio , Maghnie Mohamad

Central diabetes insipidus (CDI) in children is caused by brain tumors, Langerhans cell histiocytosis (LCH), trauma, infections, or genetic abnormalities in about 60% of the cases. In the remaining 40%, CDI is idiopathic even after detailed clinical and radiological investigations. Aim of the study was to assess whether measurement of serum antibodies against human growth hormone (GH) could aid in the identification of the etiological factors for CDI.<p class="abst...

hrp0092p1-390 | Growth and Syndromes (to include Turner Syndrome) (2) | ESPE2019

Genetic Evaluation of Idiopathic Short Stature

Karaman Birsen , Bas Firdevs , Najafli Adam , Avci Sahin , Kardelen Al Asli Derya , Toksoy Güven , Altunoglu Umut , Poyrazoglu Sükran , Uyguner Zehra Oya , Darendeliler Feyza , Basaran Seher

Introduction: Short stature is a multifactorial condition caused by both genetic and environmental factors. Genetic causes include chromosomal disorders and diseases inherited by monogenic and multifactorial inheritance. The purpose of genetic evaluation in short stature is not only for diagnosis, but also to provide additional information to the patients and their families about prognosis of the disease, treatment approaches and genetic counseling.<p clas...

hrp0089rfc10.1 | Late Breaking | ESPE2018

Patients with GH Insensitivity and IGF-1 Resistance Harbour Copy Number Variants Causing a Silver-Russell-Like Phenotype

Cottrell Emily , Chatterjee Sumana , Moore Gudrun , Ishida Miho , Greening James , Wright Neil , Bossowski Artur , Deeb Asma , Al Basiri Iman , Rose Steven , Mason Avril , Ahn Joowook , Bint Susan , Savage Martin , Metherell Louise A , Storr Helen L

Introduction: Our Centre is an international referral centre for genetic analysis of children with short stature (SS) and features of GH/IGF-1 resistance. Following candidate gene and whole exome sequencing, diagnoses for ~50% patients remained elusive. Copy number variation (CNV) has not previously been investigated in GH/IGF-1 resistance and we hypothesised that CNVs contribute to the phenotype in our undiagnosed cohort.Experimental Design and Methodol...

hrp0089p2-p344 | Sex Differentiation, Gonads and Gynaecology or Sex Endocrinology P2 | ESPE2018

Copy-Number Variations of the Human Olfactory Receptor Gene Family in Patients with Macromastia and Prepubertal Gynecomastia

Baş Firdevs , Karaman Birsen , Al Aslı Derya Kardelen , Heidargholizadeh Somayyeh , Najaflı Adam , Toksoy Guven , Poyrazoğlu Şukran , Yıldız Melek , Uyguner Oya , Başaran Seher , Darendeliler Feyza

Background: Aromatase excess syndrome (AEXS) (OMIM 139300) is a rare condition characterized with gynecomastia in boys and macromastia in girls. Estrogen excess in boys can lead to prepubertal and pubertal gynecomastia, bone age progression and short adult stature. While most of girls are usually asymptomatic, there are few reported female patients with excessive breast growth, early puberty, menstrual irregularities, and short adult stature. Male and female children with AEXS...

hrp0094ha1 | A Global Natural History Study of Fibrodysplasia Ossificans Progressiva (FOP): 36-Month Outcomes in Participants Aged &lt;25 Years | ESPE2021

A Global Natural History Study of Fibrodysplasia Ossificans Progressiva (FOP): 36-Month Outcomes in Participants Aged <25 Years

Pignolo Robert J. , Baujat Genevieve , Brown Matthew A. , De Cunto Carmen L. , Hsiao Edward C. , Keen Richard , Al Mukaddam Mona , Le Quan Sang Kim-Hanh , Marino Rose , Houchard Aude , Kaplan Frederick S. ,

Background: FOP is an ultra-rare, severely disabling genetic disorder characterised by progressive heterotopic ossification (HO) following flare-ups. The median age at diagnosis is 5 years, and patients are managed by multiple specialties. No study to date has provided a longitudinal evaluation of FOP. Final data are presented for participants, aged <25 years, enrolled in the first 36-month, prospective, global natural history study of FOP (NCT02322255).</...

hrp0094p1-25 | Diabetes A | ESPE2021

Longitudinal Auxological Recovery and Reduced Neurodevelopmental Problems in Hyperinsulinaemic Hypoglycaemia

Worth Chris , Hashmi Laila Al , Yau Daphne , Salomon-Estebanez Maria , Perez-Ruiz Diego , Hall Caroline , O’Shea Elaine , Pimlott Helen , Foster Peter , Flanagan Sarah , Cosgrove Karen , Dunne Mark , Banerjee Indraneel ,

Background: Hypoglycaemia due to congenital hyperinsulinism (CHI) is the commonest cause of severe, recurrent hypoglycaemia in childhood. Previous follow up studies have focused on neurodevelopmental status which is noted to be delayed in as many as 48% of cases. There has been less emphasis on other long-term outcomes in patients with CHI. Given the requirement for high volume carbohydrate in most patients, there are concerns regarding the adverse effects on ...

hrp0098rfc6.4 | Fat, Metabolism and Obesity 1 | ESPE2024

Investigation of GNAS Variations as Causes of Monogenic Obesity in Qatar: An Integrative Approach Utilizing In Silico, In Vivo, and In Vitro Studies

Abbas Alaa , Hammad Ayat , Hussain Khalid , Al-Shafai Mashael , Gohlke Bettina , Lanzinger Stefanie , Boettcher Claudia , Gemulla Gita , Thiele-Schmitz Susanne , Dunstheimer Desiree , van den Boom Louise , Joachim Woelfle , Reinhard Holl

Background: GNAS (Guanine Nucleotide-Binding Protein, Alpha Stimulating) is an imprinted gene that encodes the alpha subunit of the stimulatory G protein (Gsa), which mediates the signaling of various G protein-coupled receptors. Inactivating genetic and epigenetic changes in GNAS, leading to Gsa deficiency, are associated with different subtypes of pseudohypoparathyroidism, which may include severe, early-onset obesity ...