lens nucleus,nucleus- the central structure of the lens that is surrounded by the cortex membranous labyrinth- the sensory structures of the inner ear including the labyrinthine receptors and the cochlea; contained within the bony labyrinth
This charts shows the temporal bone and the structures of the ear, including mastoid portion, petrous portion, and squamous portion. In addition, the charts shows the external ear, auditory ossicles, lateral aspect of the right tympanic membrane, crista ampullaris, cochlea, organ of corti, the...
(1) receptor anti-body, raised against a synthetic octapeptide encompassing residues 14-21 of the first extracellular domain of the AT(1) polypeptide, selective AT(1) receptor expression was immunohistochemically demonstrable within renal structures in Sprague-Dawley (SD) rats and the desert rodent ...
The parotid gland was represented in yellow with small embossments; its diameter was 30 mm. The vestibulo-cochlear cranial nerve (VIII) was represented with its two components from the organs of reception. The anatomical rendering was accurate with a fair representation of the osseous structures. ...
The middle ear is a small, complex three-dimensional (3-D) mechanical system that serves the physical function of collecting acoustical energy from a sound wave in air and passing it to the microscopic electro-mechanical sensory system of the inner ear. The system works over a very broad ...
Patella Lateral, medial, superior, and inferior structures of the knee cap Tibial Tuberosity Large bony prominence on the anterior tibia, serving as the distal attachment of the patellar tendon Femoral Sulcus (Trochlear Groove) Concave curvature on the femur, with distinct medial and lateral regions...
Anatomical structures of humans can be classified into five levels - systems, organs, tissue, cells, and chemicals (e.g., molecules or ions) [1]. Since cells and chemicals are countless and exist in every part of the human body, it is unnecessary to map them to particular human body par...
Morphological studies of insects can help us to understand the concomitant or sequential functionality of complex structures and may be used to hypothetize... M Bautista,X Villacresis - 《Investigación En Educación Médica》 被引量: 0发表: 2018年 Toledo School of Translators and their influence...
Structure and physical properties of silkworm cocoons Silkworm cocoons have evolved a wide range of different structures and combinations of physical and chemical properties in order to cope with different thr... F Chen,D Porter,F Vollrath - 《Journal of the Royal Society Interface》 被引量: 37...
Remarkably, AnNA highlights an unexpected, deeper connection: these units are linked by structures that share a major common developmental denominator, the first pharyngeal arch. For instance, this module comprises neurocranial bones and facial muscles of the ear region (e.g. auricularis posterior),...