The Premasseteric Branch of the Facial Artery: A Review and Translation of Adachi’s Work

Bordes, Stephen J; Zarrintan, Sina; Iwanaga, Joe; Loukas, Marios; Tubbs, R. Shane

doi:10.7759/cureus.10538

Cited by 4 publications

(5 citation statements)

References 14 publications

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“…The FA is known to have facial branches, which run medially; previous studies have therefore mostly focused on the branching patterns of these medial FA branches (Pilsl et al, 2016). The lateral FA branches have been examined in a few studies, and were generally considered as a variation of the FA (Bordes et al, 2020; Padur & Kumar, 2019).…”

Section: Discussionmentioning

confidence: 99%

“…The premasseteric branch is one of the named lateral FA branches, being called “ramus premassetericus” for the first time by Adachi (1928). Since its introduction, the premasseteric branch has been described using different terms such as the masseteric or posterior branch (Bordes et al, 2020). This arterial branch has generally been small, but sometimes it was found to be as large as the FA itself, and Magden et al (2009) suggested that the mean diameter of the premasseteric branch was 1.12 mm (range 0.6–2.1 mm) at its origin.…”

Section: Discussionmentioning

confidence: 99%

“…using different terms such as the masseteric or posterior branch (Bordes et al, 2020). This arterial branch has generally been small, but sometimes it was found to be as large as the FA itself, and Magden et al (2009) suggested that the mean diameter of the premasseteric branch was 1.12 mm (range 0.6-2.1 mm) at its origin.…”

Section: T a B L Ementioning

confidence: 99%

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Lateral branches of the facial artery and its clinical implications

et al. 2022

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The facial artery is the main artery supplying blood to the face and is known to have facial branches of the inferior labial, superior labial, lateral nasal and angular arteries.These known major branches of facial artery run medially, however, there are sometimes branches of the facial artery heading laterally. The purpose of the present study was to investigate the lateral branches of the facial artery in face. We dissected facial branches of the facial artery in 74 cadaveric hemifaces. We investigated the presence of the lateral branches of the facial artery. Following parameters were investigated: lateral branch presence, the location of its origin, and the lateral branch diameter.

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Section: Discussionmentioning

confidence: 99%

Section: Discussionmentioning

confidence: 99%

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Lateral branches of the facial artery and its clinical implications

et al. 2022

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“…This so-called "premasseteric branch" is described to end or anastomose soon after its origin [29]. The premasseteric branch is also known as the posterior branch of the facial artery and is generally found to terminate in the region of the parotid duct [30].…”

Section: Discussionmentioning

confidence: 99%

A Rare Case of Facial Artery Branching—A Review of the Literature and a Case Report with Clinical Implications

et al. 2021

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Background and Objectives: Vascular variations appear as morphologically distinct patterns of blood diverging from the most commonly observed vessel patterns. The facial artery is considered to be the main vessel for supplying blood to the anterior part of the face. An anatomical understanding of the facial artery, its course, its topography, and its branches is important in medical and dental practice (especially in neck and face surgery), and is also essential for radiologists to be able to interpret vascular imaging in the face following angiography of the region. A profound knowledge of the arteries in the region will aid in minimizing the risks to the patient. Materials and Methods: In our publication a narrative literature review and a case report are presented. Results: A rare case of a facial artery pattern has been described anatomically for the first time with respect to its course and branching. This variation was found on the left side of a 60-year-old male corpse during anatomical dissection. The anterior branch of the facial artery arched in the direction of the labial angle, and there divided into the inferior and superior labial arteries. At the same time, the posterior branch coursed vertically and superficially to the masseter muscle. It here gave off the premasseteric branch, and continued towards the nose, where it ran below the levator labii superioris and the levator labii superioris alaeque nasi muscles and terminated at the dorsum nasi. Conclusions: Our review of the literature and the case report add to knowledge on the facial artery with respect to its topographical anatomy and its branching and termination patterns, as well as the areas of supply. An exact knowledge of individual facial artery anatomy may play an important role in the planning of flaps or tumor excisions due to the differing vascularization and can also help to prevent artery injuries during aesthetic procedures such as filler and botulinum toxin injections.

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“…In the nasolabial fold area, the facial artery, ascending along the wrinkle lines, necessitates attention. In the mid-cheek area, critical landmarks include the premasseteric branch of the facial artery, tracing the anterior border of the masseter muscle, and the transverse facial artery, ascending subcutaneously beneath the zygomatic arch from the superficial temporal artery [29][30][31][32][33]. Furthermore, in the lateral face region, diligence is required to prevent injury to the ascending superficial temporal artery along the preauricular crease (Figure 12).…”

Section: Anatomical Considerationsmentioning

confidence: 99%

Why Do Nasolabial Folds Appear? Exploring the Anatomical Perspectives and the Role of Thread-Based Interventions

Hong,

Song,

Park

et al. 2024

Diagnostics

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The classification of nasolabial folds into three types, each with distinct causative factors and mechanisms, is explored. Age-related changes in facial skin and connective tissues are examined in detail, revealing variations across different facial regions due to variances in tissue firmness and thickness. The innovative ‘Reverse Technique,’ involving cog threads to enhance tissue traction and effectiveness in thread-lifting procedures, is introduced. Detailed technical guidelines, anatomical considerations, and safety measures are provided, emphasizing the importance of identifying optimal vectors and fixing points to achieve maximum lifting effects while minimizing potential risks, particularly those associated with vascular structures. Additionally, the ‘Cross Technique using volumizing thread’ is discussed, designed to smooth tissue boundaries and rejuvenate sagging areas. Facial anatomy, including the positioning of arteries and ligaments, is underscored as essential for ensuring the safety and efficacy of procedures. In conclusion, this review stands as a comprehensive guide for practitioners, offering insights into innovative thread-lifting methods and their applications in addressing nasolabial folds. The primary focus is on achieving optimal aesthetic results while prioritizing patient safety.

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The Premasseteric Branch of the Facial Artery: A Review and Translation of Adachi’s Work

Cited by 4 publications

References 14 publications

Lateral branches of the facial artery and its clinical implications

Lateral branches of the facial artery and its clinical implications

A Rare Case of Facial Artery Branching—A Review of the Literature and a Case Report with Clinical Implications

Why Do Nasolabial Folds Appear? Exploring the Anatomical Perspectives and the Role of Thread-Based Interventions

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