WES data and microarray analysis

(9606184), Tanja Mederer; (9606187), Stefanie Schmitteckert; (8317500), Julia Volz; (360031), Cristina Martínez; (571293), Ralph Röth; (729681), Thomas Thumberger; (47123), Volker Eckstein; (9606190), Jutta Scheuerer; (9606193), Cornelia Thöni; (565896), Felix Lasitschka; (9606196), Leonie Carstensen; (9579510), Patrick Günther; (459396), Stefan Holland-Cunz; (30914), Robert Hofstra; (6744038), Erwin Brosens; (9606199), Jill A. Rosenfeld; (9538211), Christian P. Schaaf; (3822505), Duco Schriemer; (361261), Isabella Ceccherini; (391068), Marta Rusmini; (9606202), Joseph Tilghman; (287448), Berta Luzón-Toro; (209871), Ana Torroglosa; (195066), Salud Borrego; (9606205), Clara Sze-man Tang; (9606208), Mercè Garcia-Barceló; (3549440), Paul Tam; (2246908), Nagarajan Paramasivam; (4004789), Melanie Bewerunge-Hudler; (5870975), Carolina De La Torre; (14081), Norbert Gretz; (6941990), Gudrun A. Rappold; (6540827), Philipp Romero; (9532), Beate Niesler

doi:10.1371/journal.pgen.1009106.g001

Public

WES data and microarray analysis.

Published in Figshare • Nov 5, 2020

NobleIDNI1P93W37R60S21

Authors:

Tanja Mederer (9606184)

,

Stefanie Schmitteckert (9606187)

,

Julia Volz (8317500)

Abstract

<p>(A) Whole exome sequencing (WES) of two sporadic L-HSCR cases in a trio design was followed by variant calling to identify putative HSCR candidate genes. After filtering for respective mutation types, 11 candidate genes remained for patient I and 14 for patient II. (B) For expression validation o...

Subject

Candidate gene

Microarray

Microarray analysis techniques

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