Searchable abstracts of presentations at key conferences in endocrinology

ea0089o9 | Other | NANETS2022

Leveraging Transcriptomics to Grade Pancreatic Neuroendocrine Neoplasms(NENs) and Assess Molecular Alterations Associated with Somatostatin Receptor(SSTR) Subtype Expression

Lou Emil , Gandhi Nishant , Farrell Alex , Xiu Joanne , Seeber Andreas , Shaalan Beg Muhammad , Darabi Sourat , J. Demeure Michael , Abraham Jim , Oberley Matthew , Marshall John , Soares Heloisa

Background: SSTR substypes are collectively expressed in the majority of NENs. However, SSTR subtype expression is not routinely assessed for clinical decision-making, including patients eligible for targeted radionucleotide therapy. Elucidating the landscape of SSTR subtypes in context of molecular profiles for low-grade (LG-) and high-grade NENs (HG-NENs) provides an opportunity to better tailor targeted therapy. Here, we leverage the ability of transcriptomics to predict NE...

ea0032p44 | Adrenal cortex | ECE2013

Association of a variant of V281L of 21-hydroxylase gene CYP21A2 with simple virilizing and salt wasting types of CAH in Pakistani population

Shahbaz Madiha , Mansoor Qaiser , Akram Maleeha , Riaz Misbah , Beg Azhar , Aslam Shaista , Shahid Gulben , Qayyum Mazhar , Ahmed Naseem Afzaal , Rizvi S.S.R. , Ismail Muhammad

Congenital adrenal hyperplasia (CAH) is an autosomal recessive disorder caused by deficiency of 21-hydroxylase (CYP21), which inhibits adrenal synthesis of cortisol and aldosterone. The reduced cortisol synthesis leads to increased ACTH secretion, which results in adrenal gland hyperplasia, accumulation of steroid precursors and excessive adrenal androgen production, causing pseudoprecocious puberty. The study aimed at determining variance in two SNPs, I172N and V281L, of CYP2...