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The presence of abalone egg laying hormone lik

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The presence of abalone egg-laying hormonelike peptide in the central nervous system
and ovary of the Spotted Babylon, Babylonia
areolata
3 phút

Referred to by
Jirawat Saetan, Piyakorn Boonyoung, Uraporn Vongvatcharanon, Thanapong Kruangkum,
Kanjana Khornchatri, Pinij Thaweethamsewee, Prasert Sobhon, Prapee Sretarugsa
Corrigendum to ‘The presence of abalone egg-laying hormone-like peptide in the central nervous
system and ovary of the Spotted Babylon, Babylonia areolata’ [Acta histochemica 119 (2017)
701-707]
Acta Histochemica, Volume 120, Issue 8, November 2018, Pages 859
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Highlights

Neurosecretory cell demonstration in the central nervous system of the Spotted Babylon,
Babylonia areolata.


Abalone ELH-like peptide exists in the central nervous system and ovary of the Spotted
Babylon, Babylonia areolata.

Constant expression of abalone ELH-like peptide in the central nervous system of the
immature and mature female Spotted Babylons.

Abstract
Recently, the neuronal classification of the ivory shell Spotted Babylon, Babylonia areolata, was
readily demonstrated. Regarding its importance as marine economic molluscan species, the
attempt to understand the neuroendocrine regulation is necessary. This study firstly demonstrated
the neurosecretory cells as well as the existence and distribution of the egg-laying hormone
(ELH)-like peptide in the central nervous system (CNS) and ovary of the B. areolata. The
neurosecretory cell was characterized by the cytoplasmic purple dot-like structure as stained by
the Gomori’s paraldehyde fuchsin. Using the anti-abalone (a) ELH, we detected the aELH-likepeptide in neurons (Nr) and neurosecretory cells (Ns) of all ganglia including the cerebral,
pleural, parietal, pedal and buccal ganglia. The aELH-like peptide was also present in the
neuropil of each. It was noted that not all Ns presented the aELH-like peptide. In the ovary, the
aELH-like peptide was slightly detected in early developing oocytes and strongly detected in late
developing oocytes and follicular cells. This study firstly reported the evidence of ELH-like
peptide in the CNS and ovary of the B. areolata. The molecular cloning as well as to investigate
the function of ELH in this species is needed as it will be beneficial for future applications in
aquaculture.


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Keywords
Babylonia areolata
Central nervous system


Neurosecretory cell
Egg-laying hormone
© 2017 Elsevier GmbH. All rights reserved.



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