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Citation Preceding Space

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"Tissue stiffness is calculated using a physical property of tissue called Young's modulus or modulus of elasticity. Young's modulus is defined as the ratio of stress (the force placed on a cross-sectional area of a certain material) to strain (i.e. deformation; in this case, tissue deformation). The unit of Young's modulus is Pa(Pascal) or S.I unit of N/m². Sonographic elastography value is usually in kPa in most clinical settings."

Line 16:368 · Citations must have a preceding space, e.g. needs evidence <sup>2</sup>. '<sup>2</sup>'

Headings Valid

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Expected headings

H1 Terminology
H1 Clinical applications
H2 Indications
H2 Contraindications
H1 Technique
H2 Physical principles
H2 Device structure
H2 Device function
H2 Image acquisition
H2 Image reconstruction
H2 Post-processing
H2 Technical advances
H2 Protocols
H1 Interpretation
H2 Normal values
H2 Limitations
H2 Pitfalls and artifacts
H1 History and etymology
H1 Practical points
H1 Related articles
H1 See also

"Clinical application"

Line 2:1 · "Clinical application" is not a recognised heading for this article type.

Semicolons

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"Tissue stiffness is calculated using a physical property of tissue called Young's modulus or modulus of elasticity. Young's modulus is defined as the ratio of stress (the force placed on a cross-sectional area of a certain material) to strain (i.e. deformation; in this case, tissue deformation). The unit of Young's modulus is Pa(Pascal) or S.I unit of N/m². Sonographic elastography value is usually in kPa in most clinical settings."

Line 16:271 · Use semicolons judiciously.

Lint: ultrasound-elastography-1