Parameters used in the passive constitute law of myocardial fibers.

NIAID Data Ecosystem2026-03-11 收录

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https://figshare.com/articles/dataset/Parameters_used_in_the_passive_constitute_law_of_myocardial_fibers_/8793968 数据链接链接失效反馈

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Parameters used in the passive constitute law of myocardial fibers.

创建时间：

2019-07-05

Molecular basis of length-dependent activation in cardiac muscle

心脏生物力学

分子心脏病学

The efficiency of the heart as a pump depends on an auto-regulatory mechanism, called length-dependent activation (LDA), that potentiates the strength of contraction in response to an increase in vent

DataCite Commons2022-06-07 更新40

Expression data from static and cyclic stretched porcine aortic heart valves. Sus scrofa

心脏生物力学

血清素信号与基因表达

We explored the hypothesis that Serotonin (5HT) receptor signaling, that can be enhanced with 5HT transporter blockade with Fluoxetine (Fluox), in the aortic valve may vary based upon the biomechanica

NIAID Data Ecosystem30

Parameters used in the passive constitute law of myocardial fibers.

心脏生物力学

心肌细胞力学

Parameters used in the passive constitute law of myocardial fibers.

Figshare2019-07-05 更新10

Tensile parameters (collagen phase slope Ec, elastin phase slope Ee, ultimate tensile stress σ UTS ) ± 95% confidence limits for cellular and decellularised radial and circumferential aortic leaflet specimens and number of test specimens (N) *-Statistical significant difference (p<0.05) for decellularised versus cellular aortic heart valve roots.

心脏生物力学

去细胞化组织力学

NIAID Data Ecosystem30

Averaged stress-strain curves, E-modulus at high strains, and extensibility obtained from biaxial tensile tests.

心脏生物力学

年龄相关组织力学

Averaged stress-strain curves (A, B), E-modulus at high strains (C), and extensibility (D) obtained from biaxial tensile tests. The E-moduli (E) in both circumferential and radial direction increase w

NIAID Data Ecosystem30

Parameters used in the passive constitute law of myocardial fibers.

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