hrp0097rfc4.6 | Growth and syndromes (to include Turner syndrome) | ESPE2023

Results from the PROPEL 2 dose-finding study: oral infigratinib leads to significant increases in height velocity with good tolerability in children with achondroplasia

Savarirayan Ravi , Maria De Bergua Josep , Arundel Paul , Pierre Salles Jean , Saraff Vrinda , Delgado Borja , Leiva-Gea Antonio , McDevitt Helen , Nicolino Marc , Rossi Massimiliano , Salcedo Maria , Cormier-Daire Valerie , Skae Mars , Kannu Peter , B. Bober Michael , Phillips III John , Saal Howard , Harmatz Paul , Burren Christine , Candler Toby , Cho Terry , Muslimova Elena , Weng Richard , Raj Supriya , Hoover-Fong Julie , Irving Melita , Rogoff Daniela

Background: Achondroplasia (ACH), the most common short-limbed skeletal dysplasia, is characterized by impaired endochondral ossification resulting from gain-of-function pathogenic variants in the fibroblast growth factor receptor 3 (FGFR3) gene, a negative regulator of endochondral bone growth. People with ACH are at risk for several significant co-morbidities, including brainstem compression due to foramen magnum stenosis, sleep-disordered breathing, chronic...

hrp0089p2-p370 | Sex Differentiation, Gonads and Gynaecology or Sex Endocrinology P2 | ESPE2018

Persistent Müllerian Duct Syndrome in Twin Brothers Caused by a Novel Mutation in the AMHR2 Gene

Maele Karolien Van De , Rademaeker Marjan de , Gies Inge , Vanbesien Jesse , Klink Daniel , Boe Veerle De , Schepper Jean De

Background: Persistent Müllerian Duct Syndrome (PMDS) needs to be considered in boys (46, XY) presenting with bilateral cryptorchidism or unilateral cryptorchidism associated with an inguinal hernia. Anti-Müllerian hormone (AMH) gene as well as Anti-Müllerian hormone Receptor (AMHR 2) gene mutations have been identified in PMDS boys.Aim and methods: To report a novel mutation in the AMHR 2 gene in monochorionic d...

hrp0089fc6.4 | Fat, Metabolism and obesity | ESPE2018

Identification of the First Obesity-Associated Mutations in Human Mesoderm-Specific Transcript (MEST) Result in Protein Overexpression, Adipocyte Hypertrophy and a Reduction in Adipocyte Mitochondrial Area

Suarez Juan , Martos-Moreno Gabriel , Rivera Patricia , Serra-Juhe Clara , Chowen Julie , Perez-Jurado Luis , Argente Jesus

Background: Mesoderm-specific transcript (MEST) is an epoxide α/β-hydrolase protein with catalytic activity that is determinant for the development of adipocytes. The MEST gene is an imprinted gene transcribed only from the paternal allele. Although the mechanism by which MEST overexpression augments fat accumulation and storage in adipocytes has not been fully elucidated, frequent subcellular contacts between MEST-positive endoplasmic reticulum, mi...

hrp0089p3-p103 | Diabetes & Insulin P3 | ESPE2018

Epidemiological Study and Analysis of Type 1 Diabetes Comparing Patients with and Without Ketoacidosis in the Last 5 Years

Viseras Irene Pilar Fernandez , Mata Maria Angeles Santos , Delgado Silvia Ponce , Perez Celia Morales , Lopez Francisco Jose Macias

Type 1 diabetes (T1DM) in childhood is a highly prevalent disease, with incidence oscillating around 17.6/100000. However, incidence is higher in some communities (25.5/100,000), as it is in the case that concerns us. Diabetic ketoacidosis (DKA) is a complication usually recorded in 25–40% of cases but has been as high as 55% in studies of children under 5 years old. (T1DM) is an associated autoimmune disease to other precursor autoimmune pathologies.<p class="abstext...

hrp0089p3-p285 | Pituitary, Neuroendocrinology and Puberty P3 | ESPE2018

Panhypopituitarism with Tall Stature Diagnosed in a 20 Years Old Boy

Forrester Andrea , Cecchi Griselda , Perez Guadalupe , Soria Luciana , Masllorens Francisca , Juarez Sofia , Vallone P.M. Constanza , Grassi Magdalena

Background: Growth hormone plays a primary role in stimulating postnatal growth by way of insulin-like growth factor 1 (IGF1) which is produced in the liver in response to GH. A deficiency of GH arrests maturation during childhood, and the stature of such subjects is generally much shorter than the average stature. However, some cases of GH deficiency attain normal stature as adults.Case presentation: A 20 years old man was referred for a further evaluat...

hrp0086fc1.1 | Adrenals | ESPE2016

DNA Methylation of HSD3B2, NUR77 and RARβ Promoter Genes is Not Involved in functional Differentiation of Human Androgen-Producing Adrenocortical Cells

Burgos Maria Cecilia Alonso , Goni Javier , Saraco Nora , Garrido Natalia Perez , Rivarola Marco A. , Belgorosky Alicia , Baquedano Maria Sonia

Background: RARβ cooperates with Nur77 to in-vitro regulate HSD3B2 transcription. NUR77 expression parallels HSD3B2 expression with a much lower level in androgen-producing adrenocortical tissues (childhood virilizing adrenocortical tumours (VAT), fetal zone (FeZ) and zona reticularis, ZR). RARβ is down-regulated in starved, hyperandrogenic H295R cells. However, the mechanisms regulating this expression pattern and the relevance of RARβ to huma...

hrp0086p1-p209 | Diabetes P1 | ESPE2016

Association between Hypothalamus–Pituitary Adrenal Axis Activity and Anxiety in Prepubertal Children with Type 1 Diabetes

Barat Pascal , Brossaud Julie , Bereron Aude , Corcuff Jean-Benoit , Moisan Marie-Pierre , Lacoste Aurelie , Vautier Vanessa , Savel Helene , Perez Paul

Background: Animal models of insulin-dependent diabetes show hyperactivity of hypothalamus–pituitary adrenal (HPA) axis, independently of hypoglycaemia. Few data exists regarding type 1 diabetes (T1D) in children.Objective: To describe HPA axis activity according to the anxiety levels in prepubertal T1D children.Method: Prepubertal T1D children and siblings of T1D children (controls) were included. State-Trait Anxiety Inventor...

hrp0086p2-p264 | Diabetes P2 | ESPE2016

Clinical, Biochemical, Genetic and Immunological Features of Mexican Recent-Onset Type 1 Diabetes Patients

Perez Marco Antonio Morales , Herrera Blanca Estela Aguilar , Castaneda Mayra Cristina Torres , Paulin Lorena Lizarraga , Diaz Rita Angelica Gomez

Background: The pathogenesis of type 1 diabetes (T1D) is multifactorial, caused by interaction of genetic, epigenetic and environmental factors that lead to the production of antibodies early on life and a gradual loss of insulin secretory capacity of the pancreas. The genetics and immunological characteristics of our T1D population have not been precisely identified.Objective and hypotheses: To compare biochemical, genetic and immunological features of ...