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ey0017.3-1 | Mechanism of the year | ESPEYB17

3.1. The structure of human thyroglobulin

F Coscia , A Taler-Verčič , VT Chang , L Sinn , FJ O’Reilly , T Izore , M Renko , I Berger , J Rappsilber , D Turk , J Lowe

To read the full abstract: Nature. 2020;578:627630.In this extensive work, Coscia et al. determined the molecular architecture of the full-length human thyroglobulin (TG) at high resolution by cryo-electron microscopy and identified the four hormonogenic tyrosine residues which act either as mono- or di-iodotyrosine acceptor and donor sites (A-D) and allow the ultimate step of thyroid hormone synthesis coupling of two di- o...

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ey0016.8-2 | New Mechanisms | ESPEYB16

8.2. Isolation and characterization of adrenocortical progenitors involved in the adaptation to stress

C Steenblock , MF Rubin de Celis , LF Delgadillo Silva , V Pawolski , A Brennand , M Werdermann , I Berger , A Santambrogio , M Peitzsch , CL Andoniadou , AV Schally , SR Bornstein

To read the full abstract: Proc Natl Acad Sci USA. 2018; 115(51): 1299713002.Humans are constantly challenged by multiple stressors, to which the bodys response and adaptation are essential. The adrenal gland plays a major role in the response to both physiological challenges and stress. Maintenance of the adrenal is partly accomplished by proliferation and differentiat...

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ESPE Yearbook of Paediatric Endocrinology

3.1. The structure of human thyroglobulin

8.2. Isolation and characterization of adrenocortical progenitors involved in the adaptation to stress

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