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Reevaluation of the superior radial collateral artery in the human upper arm

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Abstract

The superior radial collateral artery (SRCA) was described in well-established anatomy textbooks published in the 1800s. According to those textbooks, the SRCA originates from the brachial artery, passes transversely between the coracobrachialis and the humerus, and distributes to the most distal portion of the deltoid. The SRCA is not listed in the international standard on anatomical terminology, Terminologia Anatomica, or in modern anatomy textbooks. In the present study, we reevaluated the anatomical features of the SRCA by cadaveric dissection. We found that two kinds of SRCAs were consistently present in the upper arm. One was similar to the previous descriptions of the SRCA in terms of origin and course, but the distribution was somewhat different. The other was similar to the previous descriptions in terms of the distribution, although it differed in origin and course. The discrepancy between the description of the SRCA in classical textbooks and the actual morphologies of the SRCA presumably prompted previous anatomists to question the existence of the SRCA, resulting in its absence from anatomical textbooks after a particular time point.

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Acknowledgments

The authors thank Mrs. Yoko Ito, Dr. Tomomi Nakamura, Mr. Taro Okamura, and Mr. Koichi Ikarashi for their technical assistance.

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Correspondence to Koichiro Ichimura.

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12565_2016_368_MOESM1_ESM.tif

Supplementary Fig. S1 Superficial brachial arteries found in the present study. a Typical brachial artery. b Superior type of superficial brachial artery. c Inferior type of superficial brachial artery. B usual brachial artery, Br brachialis, Cb coracobrachialis, D deltoid, LD latissimus dorsi, M median nerve, Mc musculocutaneous nerve, SB superficial brachial artery, U ulnar nerve (TIFF 2455 kb)

12565_2016_368_MOESM2_ESM.tif

Supplementary Fig. S2 Origin and course of the type-1b SRCA-2. a Whole arterial tree in the left arm with a type-1b SRCA-2 (blue arrowheads) (case 6). b Photograph showing the same arm as in a. b′ Drawing explaining photograph b. The SRCA-2 penetrates the brachialis to distribute to the deltoid. ACH anterior circumflex humeral artery, Ax axillary artery, B brachial artery, Br brachialis, Cb coracobrachialis, CS circumflex scapular artery, D deltoid, IUC inferior ulnar collateral artery, L long head of biceps brachii, LD latissimus dorsi, LM lateral mammary artery, LT lateral thoracic artery, MC median collateral artery, PB profunda brachii artery, PCH posterior circumflex humeral artery, R radial artery, RC radial collateral artery, RN radial nerve, S short head of biceps brachii, SUC superior ulnar collateral artery, Ta thoracoacromial artery, Td thoracodorsal artery, U ulnar artery, asterisks cut edge of the pectoralis major, green arrows SRCA-1 (TIFF 4904 kb)

12565_2016_368_MOESM3_ESM.tif

Supplementary Fig. S3 Origin and course of the type-2 SRCA-2. a The whole arterial tree in the right arm with a type-2 SRCA-2 (blue arrowheads) (case 7). b Photograph showing the same arm as in a. b′ Drawing explaining photograph b. The SRCA-2 originates above the level of the coracobrachialis insertion and passes between the coracobrachialis and the humerus to distribute to the deltoid. ACH anterior circumflex humeral artery, Ax axillary artery, B brachial artery, Br brachialis, Cb coracobrachialis, CS circumflex scapular artery, D deltoid, IUC inferior ulnar collateral artery, L long head of biceps brachii, LD latissimus dorsi, LM lateral mammary artery, LT lateral thoracic artery, MC median collateral artery, PB profunda brachii artery, PCH posterior circumflex humeral artery, R radial artery, RC radial collateral artery, RN radial nerve, S short head of biceps brachii, SUC superior ulnar collateral artery, Ta thoracoacromial artery, Td thoracodorsal artery, U ulnar artery, asterisks cut edge of the pectoralis major, green arrows SRCA-1 (TIFF 4827 kb)

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Ichimura, K., Kinose, S., Kawasaki, Y. et al. Reevaluation of the superior radial collateral artery in the human upper arm. Anat Sci Int 93, 69–74 (2018). https://doi.org/10.1007/s12565-016-0368-4

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