ESPE Abstracts

Background: SRS is a typical epigenetic disease. Approximately 40% of patients can not be detected genetic and epigenetic disturbances.Objective and hypotheses: To analysis whether there is unknown genes or imprinted genes associated with pathogenicity of SRS and to detect the fine mapping SRS hypomethylation position through the Illumina Methylation 450K chip to detect genome-wide methylation differences.Method: To detect genome-w...

Introduction and Aims: Metabolic syndrome (METs) has different complications such as cardiovascular diseases and diabetes type 2. There is no uniform definition for METs. In this study, we aimed to define METs from different viewpoints to determine the most appropriate method that could be used for early METs diagnosis in general population and treat them immediately.Materials and Methods: This study was an analytic cros...

Background: Development of cystic fibrosis–related diabetes (CFRD) is associated with worse pulmonary function, poorer nutritional status, more chest infections and increased mortality. In cystic fibrosis (CF) patients, abnormality of the 1 hour glucose during Glucose Tolerance test (GTT) is reported to be a better predictor of early CFRD and is associated with decline in pulmonary function compared to the 2-hour glucose level during GTT. We report a case series of 4 pati...

Background: Survivors of childhood brain tumors (SCBT) are an emerging group that have premature mortality and morbidities that can negatively impact their quality of life and lifespan. Cardiovascular disease, obesity and diabetes are important causes of premature mortality in survivors, yet one of the major determinants of cardiometabolic risk i.e. visceral adiposity has not been determined in this group.Objective and hypotheses: This study is comparing...

Background: rhGH therapy may improve linear growth in children with inflammatory bowel disease (IBD). Poor bone health and abnormal body composition are recognised complications in paediatric IBD.Objective and hypotheses: To investigate the effects of rhGH on bone health and body composition.Method: Sub-analysis of 13 children with IBD (12CD; 1UC) in a randomized controlled trial. Either rhGH (0.067 mg/kg per day) as daily s.c. inj...

Background: Biologic therapy may improve bone health, body composition, and muscle function in children with inflammatory bowel disease but the extent of improvement are unclear.Objective and hypotheses: To evaluate bone and muscle mass in children with inflammatory bowel disease (IBD) following infliximab (IFX) therapy.Method: Prospective longitudinal study of 19 children (12M), 17 Crohn’s disease (CD), one ulcerative colitis...

Duplicated pituitary gland in association with other midline craniofacial anomalies – also described as DPG-plus syndrome – is extremely rare. So far the only described endocrine associations are precocious or delayed puberty. We describe the multifaceted management of a female infant with DPG-plus syndrome. Interestingly, the patient also presented with trans-cranial nasal dermoid cyst and a nasal dimple with protruding hair, which has not been described in previous...

Background: Patients with HP have stunting of various degree of expression but the most pronounced stunting is found in patients with Russell-Silver syndrome, Sekkel syndrome and Cornelius de Lange syndrome which is associated with disorders in the hypothalamus – hypophyseal system (somatostatin - GH).Objective and hypotheses: To study secretion of somatostatin and insulin-like growth factor (IGF-1, IGFBP-3) in various forms of hereditary pathologie...

Background: Silver Russell Syndrome(SRS) is a rare heterogeneous genetic disorder, which is mostly known because of its prenatal and postnatal growth retardation. Patients with Russell silver syndrome have syndromic facial appearance as well as some other common clinical features. The last guideline for diagnosis of SRS is Netchine– Harbison clinical scoring system that is clinical scoring system and followed by molecular evaluation.<p class="abstext"...

Genomic imprints in humans are epigenetic marks inscribed upon our genomes from the earliest stages of our development, forming a permanent memory of our parental origin. Approximately 1% of human genes are imprinted, with expression that is permanently restricted to either the paternal or the maternal DNA. Genetic or epigenetic errors of imprinting cause a range of imprinting disorders, each with distinctive effects upon growth, development, metabolism and behaviour.<...