ISSN 1662-4009 (online)

ey0015.3 | (1) | ESPEYB15

3. Thyroid

A Stoupa , G Szinnai

A selection of papers with high impact challenging current knowledge and practice in pediatric thyroidology were published during the last year. On the molecular level, the proof of intracellular compartmentalization of the TSH/TSHR signaling cascade changes our view on TSH/TSHR signaling adding an new level of regulation. On the hormonal level, the fact that thyroid hormones regulate cardiac function and metabolic activity mainly by a noncanonical thyroid hormone receptor ind...

ey0018.3-8 | Congenital hypothyroidism | ESPEYB18

3.8. Congenital hypothyroidism: A 2020-2021 consensus guidelines update-An ENDO-European Reference Network initiative endorsed by the European Society for Pediatric Endocrinology and the European Society for Endocrinology

P van Trotsenburg , A Stoupa , J Leger , T Rohrer , C Peters , L Fugazzola , A Cassio , C Heinrichs , V Beauloye , J Pohlenz , P Rodien , R Coutant , G Szinnai , P Murray , B Bartes , D Luton , M Salerno , L de Sanctis , M Vigone , H Krude , L Persani , M Polak

Thyroid. 2021:387–419. doi: 10.1089/thy.2020.0333.These updated ENDO-European Reference Network (ENDO-ERN), European Society for Paediatric Endocrinology (ESPE) and European Society for Endocrinology (ESE) guidelines for congenital hypothyroidism will serve as comprehensive review of the literature providing recommendations to all aspects of the disease.The first ...

ey0016.3-12 | New Genes | ESPEYB16

3.12. TUBB1 mutations cause thyroid dysgenesis associated with abnormal platelet physiology

A Stoupa , F Adam , D Kariyawasam , C Strassel , S Gawade , G Szinnai , A Kauskot , D Lasne , C Janke , K Natarajan , A Schmitt , C Bole-Feysot , P Nitschke , J Leger , F Jabot-Hanin , F Tores , A Michel , A Munnich , C Besmond , R Scharfmann , F Lanza , D Borgel , M Poalk , A Carre

To read the full abstract: EMBO Mol Med 2018;e9569:1–18TUBB1 encodes a member of the beta-tubulin protein family. Beta-tubulins and alpha-tubulins form dimers, which assemble into microtubules belonging to the intracellular cytoskeleton structure.The authors identified three different mutations in TUBB1 by whole exome sequencing in a large co...

ey0017.3-12 | Clinical trials for thyroid disease | ESPEYB17

3.12. Effectiveness and safety of the tri-iodothyronine analogue Triac in children and adults with MCT8 deficiency: an international, single-arm, open-label, phase 2 trial

S Groeneweg , RP Peeters , C Moran , A Stoupa , F Auriol , D Tonduti , A Dica , L Paone , K Rozenkova , J Malikova , A van der Walt , IFM de Coo , A McGowan , G Lyons , FK Aarsen , D Barca , IM van Beynum , MM van der Knoop , J Jansen , M Manshande , RJ Lunsing , S Nowak , CA den Uil , MC Zillikens , FE Visser , P Vrijmoeth , MCY de Wit , NI Wolf , A Zandstra , G Ambegaonkar , Y Singh , YB de Rijke , M Medici , ES Bertini , S Depoorter , J Lebl , M Cappa , L De Meirleir , H Krude , D Craiu , F Zibordi , I Oliver Petit , M Polak , K Chatterjee , TJ Visser , WE Visser

To read the full abstract: Lancet Diabetes Endocrinol. 2019;7:695–706.The hallmarks of MCT8 deficiency are severe psychomotor retardation due to intracellular hypothyroidism in neuronal tissues and peripheral T3 thyrotoxicosis associated low weight, muscle wasting, high normal or increased heart rate and systolic blood pressure. TRIAC – the T3 analogue 3,3’,5-tri-iodothyroacetic acid – enters target cells in an MCT8 independe...

ey0018.3-13 | Clinical studies | ESPEYB18

3.13. Disease characteristics of MCT8 deficiency: an international, retrospective, multicentre cohort study

S Groeneweg , FS van Geest , A Abacı , A Alcantud , GP Ambegaonkar , CM Armour , P Bakhtiani , D Barca , ES Bertini , IM van Beynum , N Brunetti-Pierri , M Bugiani , M Cappa , G Cappuccio , B Castellotti , C Castiglioni , K Chatterjee , IFM de Coo , R Coutant , D Craiu , P Crock , C DeGoede , K Demir , A Dica , P Dimitri , A Dolcetta-Capuzzo , MHG Dremmen , R Dubey , A Enderli , J Fairchild , J Gallichan , B George , EF Gevers , A Hackenberg , Z Halasz , B Heinrich , T Huynh , A Kłosowska , MS van der Knaap , MM van der Knoop , D Konrad , DA Koolen , H Krude , A Lawson-Yuen , J Lebl , M Linder-Lucht , CF Lorea , CM Lourenco , RJ Lunsing , G Lyons , J Malikova , EE Mancilla , A McGowan , V Mericq , FM Lora , C Moran , KE Muller , I Oliver-Petit , L Paone , PG Paul , M Polak , F Porta , FO Poswar , C Reinauer , K Rozenkova , TS Menevse , P Simm , A Simon , Y Singh , M Spada , J van der Spek , MAM Stals , A Stoupa , GM Subramanian , D Tonduti , S Turan , CA den Uil , J Vanderniet , A van der Walt , JL Wemeau , J Wierzba , MY de Wit , NI Wolf , M Wurm , F Zibordi , A Zung , N Zwaveling-Soonawala , WE Visser

Lancet Diabetes Endocrinol. 2020;8:594–605. doi: 10.1016/S2213-8587(20)30153-4.Groenenweg et al. present the so far largest retrospective multicentre cohort study on 151 patients with 73 different MCT8 (SLC16A2) mutations to compare and describe in detail the phenotypic spectrum and the disease course of MCT8 deficiency. The careful description of presenting cl...