Morphological Features of the Incisive Canal in First Adult Persons

Kalmin, O. V.; Ilyunina, O. O.; Zyul'kina, L. A.

doi:10.21685/2072-3032-2019-2-10

Cited by 1 publication

(1 citation statement)

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“…In this study, an interesting finding was that STI in non-dSINE patient was higher than that in dSINE patient, contrary to previous clinical research results. 6 However, there is literature 27 indicating that the aortic arch not only exhibits curvature in the coronal plane but also has a certain angle in the sagittal plane. The complex structure of the aorta might lead to limitations in using only STI to predict the degree of stent twist accurately.…”

Section: Discussionmentioning

confidence: 99%

Numerical simulation of the distal stent graft‐induced new entry after TEVAR

Li,

Ma,

Cai

et al. 2024

Numer Methods Biomed Eng

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The study aimed to investigate the mechanical factors for distal stent graft‐induced new entry (dSINE) in aortic dissection patients and discussed these factors in conjunction with aortic morphology. Two patients (one dSINE and one non‐dSINE), with the same age, gender, and type of implanted stent, were selected, then aortic morphological parameters were calculated. In addition, the stent material parameters used by the patients were also fitted. Simulations were performed based on the patient's aortic model and the stent graft used. The true lumen segment at the distal stent graft was designated as the “dSINE risk zone,” and mechanical parameters (maximum principal strain, maximum principal stress) were computed. When approaching the area with higher mechanical parameters in the dSINE risk zone, dSINE patient exhibited higher values and growth rates in mechanical parameters compared to non‐dSINE patient. Furthermore, dSINE patient also presented larger aortic taper ratio, stent oversizing ratio, and expansion mismatch ratio of the distal true lumen (EMRDTR). The larger mechanical parameters and growth rates in dSINE patient corresponded to a greater aortic taper ratio, stent oversizing ratio, and EMRDTR. The failure of dSINE prediction by the stent tortuosity index indicated that mechanical parameters were the fundamental reasons for dSINE development.

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Section: Discussionmentioning

confidence: 99%