Objectives Biceps femoris long‐head architectural assessment using ultrasonography (US)
has not been previously described in detail for both acquisition (image capture) and …

Introduction Biceps femoris long-head fascicle length (Lf), fascicle angle (FA), and muscle
thickness (MT) estimates obtained across 2 d from extended field-of-view (EFOV) …

Introduction Currently, little attention is given to the muscle architecture reliability studies of
the hamstring using a robust statistical. Our purpose was to determine the reliability of …

ABSTRACT PIMENTA, R., AJ BLAZEVICH, and SR FREITAS. Biceps Femoris Long-Head
Architecture Assessed Using Different Sonographic Techniques. Med. Sci. Sports Exerc …

This study compared test–retest reliability and sensitivity to change for muscle size and echo
intensity (EI) measurements from single transverse (EI ST) versus panoramic (EI P) …

We prospectively evaluated the feasibility of using ultrasound strain imaging (USI) to assess
biceps brachii muscle (BBM) stiffness and dynamic motion in 10 healthy adults. The BBM …

Introduction The purpose of this investigation was to:(1) to determine the reliability of rectus
femoris muscle cross-sectional area and echo intensity obtained using panoramic …

Muscle fascicle lengths are commonly measured in vivo using static 2D ultrasound.
However, static ultrasound is best suited for muscles with shorter, pennate fascicles, in …

Hamstring strains, particularly involving the long head of biceps femoris (BFlh) at the
proximal musculotendinous junction (MTJ), are commonly experienced by athletes. With the …

PURPOSE To compare biceps femoris long-head (BFlh) fascicle lengths (Lfs) obtained with
different ultrasound-based approaches: 1) single ultrasound images and linear Lf …