cranial ultrasound is a technique for studying brain structure that uses high-resolution x-rays.
cranial ultrasound is a technique for studying brain structure that uses high-resolution x-rays.
a technique for studying brain structure that uses high-resolution x-rays is known as?
cranial ultrasound
the information core for the digital morphology library is generated using a state-of-the-art high-resolution x-ray computed tomographic (x-ray ct) scanner. this instrument is comparable to a conventional medical diagnostic cat scanner, but with greater resolution and penetrating power. the ct scanner was custom built and optimally designed to explore the internal structure of natural objects and materials at mega- and microscopic levels. this instrument is at the center of the university of texas high-resolution x-ray computed tomography facility (utct), a designated nsf-supported multi-user facility. now in its seventh year, utct has scanned hundreds of rocks, meteorites, fossils, and modern organisms, providing unique data and visualizations for a wide range of interests in education and research.
gustafsonia
brain structure and function









































brain structure and function is a bimonthly peer-reviewed scientific journal covering research on brain structure-function relationships. it was established in 1891 as "anatomische hefte", renamed first "zeitschrift für anatomie und entwicklungsgeschichte" in 1921 and then "anatomy and embryology" in 1974, before obtaining its current name in 2007. it is published by springer science+business media and the editors-in-chief are laszlo zaborszky (rutgers university) and karl zilles (forschungszentrum jülich).









































section::::abstracting and indexing.









































the journal is abstracted and indexed in:









































according to the "journal citation reports", the journal has a 2017 impact factor of 4.231.
brain structure and function