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Treatment algorithm of ACTH deficiency

Authors :
Yukari, Mitsui
Yuto, Iizuka
Tomoaki, Tanaka
Tomoyo, Hara
Shiho, Masuda
Yukiyo, Ohnishi
Mai, Kanai
Kiyoe, Kurahashi
Sumiko, Yoshida
Takeshi, Kondo
Toshiko, Kanezaki
Yasumi, Shintani
Hiroki, Yamagami
Yuki, Yamaguchi
Yuichi, Fujinaka
Kana, Morimoto
Atsuhisa, Shirakami
Ken-Ichi, Aihara
Seiji, Fukumoto
Masahiro, Abe
Itsuro, Endo
Source :
The Journal of Medical Investigation. 69:287-293
Publication Year :
2022
Publisher :
University of Tokushima Faculty of Medicine, 2022.

Abstract

Objective : To examine diagnostic performance of corticotropin-releasing hormone (CRH) test combined with baseline dehydroepiandrosterone sulfate (DHEA-S) in patients with a suspect of central adrenal insufficiency. Methods : Patients (n=215) requiring daily or intermittent hydrocortisone replacement, or no replacement were retrospectively checked with their peak cortisol after CRH test and baseline DHEA-S. Results : None of 106 patients with the peak cortisol ≥ 17.5 µg / dL after CRH test required replacement, and all 64 patients with the peak cortisol 10.0 µg / dL required daily replacement. Among 8 patients with 10.0 µg / dL ≤ the peak cortisol 17.5 µg / dL and baseline DHEA-S below the reference range, 6 patients required daily replacement and 1 patient was under intermittent replacement. Among 37 patients with 10.0 µg / dL ≤ the peak cortisol 17.5 µg / dL and baseline DHEA-S within the reference range, 10 and 6 patients were under intermittent and daily replacement, respectively. Conclusions : No patients with the peak cortisol ≥ 17.5 µg / dL required hydrocortisone replacement, and all patients with the peak cortisol below 10.0 µg / dL required daily replacement. Careful clinical evaluation was required to determine requirement for replacement in patients with 10.0 µg / dL ≤ the peak cortisol 17.5 µg / dL even in combination with baseline DHEA-S. J. Med. Invest. 69 : 287-293, August, 2022.

Details

ISSN :
13496867 and 13431420
Volume :
69
Database :
OpenAIRE
Journal :
The Journal of Medical Investigation
Accession number :
edsair.doi.dedup.....2901f384dfb7fff786b5276f3eb0bf38