An anatomical study of the arteries for intraarterial chemotherapy of head and neck cancer

Satoru Shintani, Nagaaki Terakado, Rafael E. Alcalde, Kouki Tomizawa, Shuuko Nakayama, Yoshiya Ueyama, Hiroyuki Ichikawa, Tomosada Sugimoto, Tomohiro Matsumura

Research output: Contribution to journalArticle

10 Citations (Scopus)

Abstract

Background. The intraarterial approach is one of the most important routes for the administration of anticancer drugs for head and neck cancer. A profound knowledge of the anatomical characteristics and variations of the carotid artery, such as its branching pattern, length, and inner diameter, is essential to avoid complications with catheter insertion. Methods. We conducted a morphometric investigation of head and neck arteries in 29 Japanese cadavers (58 sites). Results. The branching pattern of the external carotid artery showed variations. In 65.5% of the cadavers, the lingual, facial, and superior thyroid arteries arose separately. However, in 31.0% of the cadavers, the lingual artery formed a common trunk with the facial artery, and in 3.5%, the lingual artery formed a common trunk with the superior thyroid artery. The transverse facial artery arose from the superficial temporal artery in 53.4% of the specimens, from the maxillary artery in 27.6%, and from a site central to the maxillary artery in 19.0%. The posterior auricular artery arose from the external carotid artery at the same level as the maxillary artery in 37.9% of specimens, and from a site central to the maxillary artery in 62.1%. The occipital artery arose from the external carotid artery at the same level as the maxillary artery in 55.2% of specimens, and from a site peripheral to the facial artery in 44.8%. The lengths from the auricular point to the origins of the upper branches of the external carotid artery were: 2.8 mm to the transverse facial artery, 3.2 cm to the maxillary artery, 3.8 cm to the posterior auricular artery, 6.6 cm to the occipital artery, 7.4 cm to the facial artery, 8.8 cm to the lingual artery, and 10.4 cm to the superior thyroid artery. Conclusions. These results, have led to some clarification of the clinicoanatomical basis for intraarterial infusion. These data should be helpful for assessing the approximate level of the catheter tip and for evaluating whether the catheter is placed appropriately, by transient staining of the infused area.

Original languageEnglish
Pages (from-to)327-330
Number of pages4
JournalInternational Journal of Clinical Oncology
Volume4
Issue number6
Publication statusPublished - Dec 1999

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Head and Neck Neoplasms
Arteries
Drug Therapy
Maxillary Artery
External Carotid Artery
Tongue
Cadaver
Thyroid Gland
Catheters
Drug Administration Routes
Temporal Arteries
Intra Arterial Infusions
Carotid Arteries

Keywords

  • Anatomical study
  • Head and neck cancer
  • Intraarterial chemotherapy

ASJC Scopus subject areas

  • Oncology

Cite this

Shintani, S., Terakado, N., Alcalde, R. E., Tomizawa, K., Nakayama, S., Ueyama, Y., ... Matsumura, T. (1999). An anatomical study of the arteries for intraarterial chemotherapy of head and neck cancer. International Journal of Clinical Oncology, 4(6), 327-330.

An anatomical study of the arteries for intraarterial chemotherapy of head and neck cancer. / Shintani, Satoru; Terakado, Nagaaki; Alcalde, Rafael E.; Tomizawa, Kouki; Nakayama, Shuuko; Ueyama, Yoshiya; Ichikawa, Hiroyuki; Sugimoto, Tomosada; Matsumura, Tomohiro.

In: International Journal of Clinical Oncology, Vol. 4, No. 6, 12.1999, p. 327-330.

Research output: Contribution to journalArticle

Shintani, S, Terakado, N, Alcalde, RE, Tomizawa, K, Nakayama, S, Ueyama, Y, Ichikawa, H, Sugimoto, T & Matsumura, T 1999, 'An anatomical study of the arteries for intraarterial chemotherapy of head and neck cancer', International Journal of Clinical Oncology, vol. 4, no. 6, pp. 327-330.
Shintani S, Terakado N, Alcalde RE, Tomizawa K, Nakayama S, Ueyama Y et al. An anatomical study of the arteries for intraarterial chemotherapy of head and neck cancer. International Journal of Clinical Oncology. 1999 Dec;4(6):327-330.
Shintani, Satoru ; Terakado, Nagaaki ; Alcalde, Rafael E. ; Tomizawa, Kouki ; Nakayama, Shuuko ; Ueyama, Yoshiya ; Ichikawa, Hiroyuki ; Sugimoto, Tomosada ; Matsumura, Tomohiro. / An anatomical study of the arteries for intraarterial chemotherapy of head and neck cancer. In: International Journal of Clinical Oncology. 1999 ; Vol. 4, No. 6. pp. 327-330.
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abstract = "Background. The intraarterial approach is one of the most important routes for the administration of anticancer drugs for head and neck cancer. A profound knowledge of the anatomical characteristics and variations of the carotid artery, such as its branching pattern, length, and inner diameter, is essential to avoid complications with catheter insertion. Methods. We conducted a morphometric investigation of head and neck arteries in 29 Japanese cadavers (58 sites). Results. The branching pattern of the external carotid artery showed variations. In 65.5{\%} of the cadavers, the lingual, facial, and superior thyroid arteries arose separately. However, in 31.0{\%} of the cadavers, the lingual artery formed a common trunk with the facial artery, and in 3.5{\%}, the lingual artery formed a common trunk with the superior thyroid artery. The transverse facial artery arose from the superficial temporal artery in 53.4{\%} of the specimens, from the maxillary artery in 27.6{\%}, and from a site central to the maxillary artery in 19.0{\%}. The posterior auricular artery arose from the external carotid artery at the same level as the maxillary artery in 37.9{\%} of specimens, and from a site central to the maxillary artery in 62.1{\%}. The occipital artery arose from the external carotid artery at the same level as the maxillary artery in 55.2{\%} of specimens, and from a site peripheral to the facial artery in 44.8{\%}. The lengths from the auricular point to the origins of the upper branches of the external carotid artery were: 2.8 mm to the transverse facial artery, 3.2 cm to the maxillary artery, 3.8 cm to the posterior auricular artery, 6.6 cm to the occipital artery, 7.4 cm to the facial artery, 8.8 cm to the lingual artery, and 10.4 cm to the superior thyroid artery. Conclusions. These results, have led to some clarification of the clinicoanatomical basis for intraarterial infusion. These data should be helpful for assessing the approximate level of the catheter tip and for evaluating whether the catheter is placed appropriately, by transient staining of the infused area.",
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AU - Tomizawa, Kouki

AU - Nakayama, Shuuko

AU - Ueyama, Yoshiya

AU - Ichikawa, Hiroyuki

AU - Sugimoto, Tomosada

AU - Matsumura, Tomohiro

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N2 - Background. The intraarterial approach is one of the most important routes for the administration of anticancer drugs for head and neck cancer. A profound knowledge of the anatomical characteristics and variations of the carotid artery, such as its branching pattern, length, and inner diameter, is essential to avoid complications with catheter insertion. Methods. We conducted a morphometric investigation of head and neck arteries in 29 Japanese cadavers (58 sites). Results. The branching pattern of the external carotid artery showed variations. In 65.5% of the cadavers, the lingual, facial, and superior thyroid arteries arose separately. However, in 31.0% of the cadavers, the lingual artery formed a common trunk with the facial artery, and in 3.5%, the lingual artery formed a common trunk with the superior thyroid artery. The transverse facial artery arose from the superficial temporal artery in 53.4% of the specimens, from the maxillary artery in 27.6%, and from a site central to the maxillary artery in 19.0%. The posterior auricular artery arose from the external carotid artery at the same level as the maxillary artery in 37.9% of specimens, and from a site central to the maxillary artery in 62.1%. The occipital artery arose from the external carotid artery at the same level as the maxillary artery in 55.2% of specimens, and from a site peripheral to the facial artery in 44.8%. The lengths from the auricular point to the origins of the upper branches of the external carotid artery were: 2.8 mm to the transverse facial artery, 3.2 cm to the maxillary artery, 3.8 cm to the posterior auricular artery, 6.6 cm to the occipital artery, 7.4 cm to the facial artery, 8.8 cm to the lingual artery, and 10.4 cm to the superior thyroid artery. Conclusions. These results, have led to some clarification of the clinicoanatomical basis for intraarterial infusion. These data should be helpful for assessing the approximate level of the catheter tip and for evaluating whether the catheter is placed appropriately, by transient staining of the infused area.

AB - Background. The intraarterial approach is one of the most important routes for the administration of anticancer drugs for head and neck cancer. A profound knowledge of the anatomical characteristics and variations of the carotid artery, such as its branching pattern, length, and inner diameter, is essential to avoid complications with catheter insertion. Methods. We conducted a morphometric investigation of head and neck arteries in 29 Japanese cadavers (58 sites). Results. The branching pattern of the external carotid artery showed variations. In 65.5% of the cadavers, the lingual, facial, and superior thyroid arteries arose separately. However, in 31.0% of the cadavers, the lingual artery formed a common trunk with the facial artery, and in 3.5%, the lingual artery formed a common trunk with the superior thyroid artery. The transverse facial artery arose from the superficial temporal artery in 53.4% of the specimens, from the maxillary artery in 27.6%, and from a site central to the maxillary artery in 19.0%. The posterior auricular artery arose from the external carotid artery at the same level as the maxillary artery in 37.9% of specimens, and from a site central to the maxillary artery in 62.1%. The occipital artery arose from the external carotid artery at the same level as the maxillary artery in 55.2% of specimens, and from a site peripheral to the facial artery in 44.8%. The lengths from the auricular point to the origins of the upper branches of the external carotid artery were: 2.8 mm to the transverse facial artery, 3.2 cm to the maxillary artery, 3.8 cm to the posterior auricular artery, 6.6 cm to the occipital artery, 7.4 cm to the facial artery, 8.8 cm to the lingual artery, and 10.4 cm to the superior thyroid artery. Conclusions. These results, have led to some clarification of the clinicoanatomical basis for intraarterial infusion. These data should be helpful for assessing the approximate level of the catheter tip and for evaluating whether the catheter is placed appropriately, by transient staining of the infused area.

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