ulnar artery造句
(1) Methods:30 patients undergoing ulnar artery forearm free flap for oral and maxillofacial reconstruction were retrospectively evaluated.
(2) In the forearm, the ulnar artery passed deep to the flexor carpi ulnaris muscle.
(3) Thereafter, the two branches from the ulnar artery contributed to form the superficial and deep palmar arterial arches.
(4) A high origin of the ulnar artery was encountered in the body of an 87-year-old Japanese man in the course of normal anatomic dissection at Nara Medical University.
(5) The left ulnar artery originated from the brachial artery at the height of the left inferior angle of the left scapula and passed medially to the brachial artery and the median nerve.
(6) Results:The active rate in the group of ulnar artery intubation chemotherapy was 86.4% and 47.6%.
(7) Palmar cutaneous branch mainly originated from ulnar artery(52.5%)and radial artery(37.5%), entered nerve directly.
(8) Methods 12 cases were performed with this method that flap was designed and connected with ulnar artery then reversed sutured and repair the defects.
(9) Conclusion: The ideal results of repairing soft tissue defect in hand back by reversed island skin flap inosculated with nerve of wrist epithelial branch of ulnar artery can be obtained.
(10) Objective To provide anatomical basis for reconstruction thumb of free bifoltaed bone flap pedicled with the dorsal carpal branch of ulnar artery.
(11) Objective:To approach the feasibility of soft tissue defect in hand back repairing by reversed is- land skin flap inosculated with nerve of wrist epithelial branch of ulnar artery.
(12) Objective To discuss the method to repair the defects of palm with the improved flaps pedicled with the dorsal carpal branch of ulnar artery.
(13) Objective To improve the surgical method of suprawrist cutaneous branch flap of ulnar artery.
(14) Objective:To investigate the vascular anatomy of flaps based on the descending branch of the supracarpal cutaneous brach of ulnar artery with reference to its clinical application.
(15) Red dye was injected in the dorsal carpal branch of ulnar artery. The origin, course, branches, distribution and anastomosis were observed under microscope.
(16) Objective To discuss the feasibility of soft tissue defect of dorsal and finger repair with island flap of reversed ulnar artery epithelial branch.
(17) Objective: To approach the feasibility of soft tissue defect in hand back repairing by reversed is-and skin flap inosculated with nerve of wrist epithelial branch of ulnar artery.
(18) Objective:To introduce blood vessel variation and its treatment during the transferring of skin flap pedicled with dorsal carpal branch of ulnar artery.