«Genes in songbirds hold clues about
human speech disorders.»
The sequencing of genomes of 48 bird species explains the evolutionary roots of vocalization and could offer insight into
human speech disorders
Not exact matches
Like
humans, songbirds such as zebra finches (above) can learn vocalizations, and this similarity suggests they could serve as models for research on Huntington's disease and other neurodegenerative
disorders that affect
speech and vocalization.
Brain Institute demonstrates in songbirds the necessity of this neural circuit to learn vocalizations at a young age, a finding that expands the scientific understanding of some contributing factors in
speech disorders in
humans.
The scientists say their study, published in Frontiers of Neuroscience, opens a pathway to studying bat brains in order to understand certain
human language
disorders and potentially even improving computer
speech recognition.
In the future, a nurse could determine whether a baby is likely to develop a reading
disorder simply by attaching a few electrodes to its scalp and watching its brain waves respond to
human speech.
Those who advocate the idea that
human language has genetic origins will take heart at a new discovery: University of Oxford researchers have pinpointed a genetic mutation that seems to be responsible for a rare
speech and language
disorder.
The study, reported 4 December in PLoS Biology, suggests that bird brains can help scientists understand
speech and
speech disorders in
humans.
The scientists say their study, published in Frontiers in Neuroscience, opens a pathway to studying bat brains in order to understand certain
human language
disorders and potentially even improving computer
speech recognition.
Passionate about working in the
speech pathology / audiology field, familiar with
human anatomy /
human physiology, physiology of
speech mechanisms, language
disorders and development of signing and medical terminology.