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Pedicle Galeo-pericranial Flap Augmentation in Salvage Frontotemporal Cranioplasty: Additional ‘Neurosurgeon-friendly’ Reconstruction Technique of Aesthetic Neurosurgery in Superficial Temporal Artery Branch Compromised Host

This technical note aims to demonstrate the usefulness, indications and its limitations of augmentation technique by bipedicle galeo-pericranial rotation flap and by monopedicle galeo-pericranial flap, both in STA (superficial temporal artery) branch compromised hosts in salvage frontotemporal crani...

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Autores principales: TAKUMI, Ichiro, AKIMOTO, Masataka, HIRONAKA, Kouhei, ADACHI, Koji, KON, Takashi, MATSUMORI, Takashi, TANAKA, Yuichiro, MORITA, Akio
Formato: Online Artículo Texto
Lenguaje:English
Publicado: The Japan Neurosurgical Society 2018
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6092603/
https://www.ncbi.nlm.nih.gov/pubmed/29998933
http://dx.doi.org/10.2176/nmc.tn.2017-0252
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author TAKUMI, Ichiro
AKIMOTO, Masataka
HIRONAKA, Kouhei
ADACHI, Koji
KON, Takashi
MATSUMORI, Takashi
TANAKA, Yuichiro
MORITA, Akio
author_facet TAKUMI, Ichiro
AKIMOTO, Masataka
HIRONAKA, Kouhei
ADACHI, Koji
KON, Takashi
MATSUMORI, Takashi
TANAKA, Yuichiro
MORITA, Akio
author_sort TAKUMI, Ichiro
collection PubMed
description This technical note aims to demonstrate the usefulness, indications and its limitations of augmentation technique by bipedicle galeo-pericranial rotation flap and by monopedicle galeo-pericranial flap, both in STA (superficial temporal artery) branch compromised hosts in salvage frontotemporal cranioplasty. Although these flaps are not always idealistically vascularized owing to accidental injuries to the STA branches during previous surgeries, they are properly augmenting after salvage frontotemporal craniotomy when infection is not active. The procedure is indicated for salvage frontotemporal craniotomy when vasculature is needed at the surgical site, such as beneath the skin incision line in a thin injured scalp, onto the titanium plates or beneath the fragile fibrous scar. We do not apply this technique by neurosurgeons alone where infection is active or if the host is irradiated. This technique is recommended as a reconstructive aesthetic neurosurgical procedure. It is a ‘neurosurgeon-friendly’ simple procedure, as it does not require any special tools or complicated techniques.
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spelling pubmed-60926032018-08-16 Pedicle Galeo-pericranial Flap Augmentation in Salvage Frontotemporal Cranioplasty: Additional ‘Neurosurgeon-friendly’ Reconstruction Technique of Aesthetic Neurosurgery in Superficial Temporal Artery Branch Compromised Host TAKUMI, Ichiro AKIMOTO, Masataka HIRONAKA, Kouhei ADACHI, Koji KON, Takashi MATSUMORI, Takashi TANAKA, Yuichiro MORITA, Akio Neurol Med Chir (Tokyo) Technical Note This technical note aims to demonstrate the usefulness, indications and its limitations of augmentation technique by bipedicle galeo-pericranial rotation flap and by monopedicle galeo-pericranial flap, both in STA (superficial temporal artery) branch compromised hosts in salvage frontotemporal cranioplasty. Although these flaps are not always idealistically vascularized owing to accidental injuries to the STA branches during previous surgeries, they are properly augmenting after salvage frontotemporal craniotomy when infection is not active. The procedure is indicated for salvage frontotemporal craniotomy when vasculature is needed at the surgical site, such as beneath the skin incision line in a thin injured scalp, onto the titanium plates or beneath the fragile fibrous scar. We do not apply this technique by neurosurgeons alone where infection is active or if the host is irradiated. This technique is recommended as a reconstructive aesthetic neurosurgical procedure. It is a ‘neurosurgeon-friendly’ simple procedure, as it does not require any special tools or complicated techniques. The Japan Neurosurgical Society 2018-08 2018-07-12 /pmc/articles/PMC6092603/ /pubmed/29998933 http://dx.doi.org/10.2176/nmc.tn.2017-0252 Text en © 2018 The Japan Neurosurgical Society This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License. To view a copy of this license, visit http://creativecommons.org/licenses/by-nc-nd/4.0/
spellingShingle Technical Note
TAKUMI, Ichiro
AKIMOTO, Masataka
HIRONAKA, Kouhei
ADACHI, Koji
KON, Takashi
MATSUMORI, Takashi
TANAKA, Yuichiro
MORITA, Akio
Pedicle Galeo-pericranial Flap Augmentation in Salvage Frontotemporal Cranioplasty: Additional ‘Neurosurgeon-friendly’ Reconstruction Technique of Aesthetic Neurosurgery in Superficial Temporal Artery Branch Compromised Host
title Pedicle Galeo-pericranial Flap Augmentation in Salvage Frontotemporal Cranioplasty: Additional ‘Neurosurgeon-friendly’ Reconstruction Technique of Aesthetic Neurosurgery in Superficial Temporal Artery Branch Compromised Host
title_full Pedicle Galeo-pericranial Flap Augmentation in Salvage Frontotemporal Cranioplasty: Additional ‘Neurosurgeon-friendly’ Reconstruction Technique of Aesthetic Neurosurgery in Superficial Temporal Artery Branch Compromised Host
title_fullStr Pedicle Galeo-pericranial Flap Augmentation in Salvage Frontotemporal Cranioplasty: Additional ‘Neurosurgeon-friendly’ Reconstruction Technique of Aesthetic Neurosurgery in Superficial Temporal Artery Branch Compromised Host
title_full_unstemmed Pedicle Galeo-pericranial Flap Augmentation in Salvage Frontotemporal Cranioplasty: Additional ‘Neurosurgeon-friendly’ Reconstruction Technique of Aesthetic Neurosurgery in Superficial Temporal Artery Branch Compromised Host
title_short Pedicle Galeo-pericranial Flap Augmentation in Salvage Frontotemporal Cranioplasty: Additional ‘Neurosurgeon-friendly’ Reconstruction Technique of Aesthetic Neurosurgery in Superficial Temporal Artery Branch Compromised Host
title_sort pedicle galeo-pericranial flap augmentation in salvage frontotemporal cranioplasty: additional ‘neurosurgeon-friendly’ reconstruction technique of aesthetic neurosurgery in superficial temporal artery branch compromised host
topic Technical Note
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6092603/
https://www.ncbi.nlm.nih.gov/pubmed/29998933
http://dx.doi.org/10.2176/nmc.tn.2017-0252
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