Searchable abstracts of presentations at key conferences in endocrinology

ea0090p343 | Diabetes, Obesity, Metabolism and Nutrition | ECE2023

Prevalence of mutations in cublin-megalin receptor genes in Diabetis Mellitus: Subset analysis of an Indian NGS (Next Generation Sequencing) study

Bangaraiahgari Ramesh , Bhargav Panchangam Ramakanth , Kumar N Udaya , Bangaraiahgari Rajesh , Mayilvaganan Sabaretnam , Bangaraiahgari Chakrapani

Background: Diabetes mellitus (DM) is the commonest endocrinopathy, Worldwide. Amongst the protean complex genetic variations, cubulin gene and megalin gene mutations in diabetes are important in dictating genotype-phenotypic correlations and natural clinical course of diabetes. The genetic studies in this area are especially very sparse from Indian sub-continent. In this context, we analyzed the prevalence of cubulin (CBN) and megalin (LRP2) gene mutations, as part of NGS (Ne...

ea0090p765 | Thyroid | ECE2023

An Fifty Six Gene panel Next Generation Sequencing Study of Follicular differentiated Thyroid Cancer: An Indian Study

Bangaraiahgari Ramesh , Bhargav Panchangam Ramakanth , Mayilvaganan Sabaretnam , Bangaraiahgari Rajesh , Kumar N Udaya , Bangaraiahgari Chakrapani

Background: Follicular differentiated thyroid cancer (FDTC) is the most common endocrine cancer, globally. Next-generation sequencing (NGS) in thyroid cancer allows for high-throughput genetic sequencing in short time. This analysis offers useful information on tumor biology. NGS Studies on follicular differentiated thyroid cancer are scanty from South East Asia. In this context, we set out study the pattern of a genetic panel wide somatic mutations in thyroid cancer.<p cl...

ea0099ep175 | Thyroid | ECE2024

Next generation sequencing study in follicular differentiated thyroid cancer: a prospective indian study

Bangaraihgari Ramesh , Bhargav Panchangam Ramakanth , Mayilvaganan Sabaretnam , Bangaraiahgari Rajesh , Kumar N Udaya

Background: Follicular differentiated thyroid cancer (FDTC) is the most common endocrine cancer, globally. Next-generation sequencing (NGS) in thyroid cancer allows for high-throughput genetic sequencing with quick turnover. NGS Studies on papillary thyroid cancer are scanty from South East Asia. In this context, we conducted this study of a genetic panel wide somatic mutations in thyroid cancer.Methods: We selected 21 FDTC cases. All of them underwent t...