Concordance between molecular and IHC identification in silent functioning PitNET subtypes in the present series and in the previous one.
dataset
posted on 2018-07-06, 17:32 authored by Araceli García-Martínez, Johana Sottile, Carmen Fajardo, Pedro Riesgo, Rosa Cámara, Juan Antonio Simal, Cristina Lamas, Hernán Sandoval, Ignacio Aranda, Antonio PicóConcordance between molecular and IHC identification in silent functioning PitNET subtypes in the present series and in the previous one.
History
Usage metrics
Categories
Keywords
neuroendocrine tumour variantsSYBR Green techniquespecific-pituitary hormone genesarginine vasopressin 1 b receptors2017 World Health Organization classificationpituitary-specific gene expressionidentificationneuroendocrine tumours subtypesneuroendocrine tumourstype 1 corticotrophin-releasing hormoneTaqMan probespolymerase chain reactionpituitary-specific hormone genesneuroendocrine tumour subtypesimmunohistochemical
Licence
Exports
RefWorks
BibTeX
Ref. manager
Endnote
DataCite
NLM
DC