Sentences with phrase «using auditory»

[9] The island fox communicates using auditory, olfactory and visual signals.

A survey by the British Association of Teachers of the Deaf (BATOD) indicated that 67 per cent of pupils with hearing impairments were using an auditory - oral approach and a further 26 per cent used an approach which combined sign with auditory - oral components.

In this article, I'll discuss the benefits of music in eLearning course design and I'll share 4 tips for using auditory works of art in your next eLearning experience.

One case was validated and timed using auditory stimuli during cardiac arrest.

As a follow - up, they have now tested the effects of antidepressant treatment on extinction learning in rats using auditory fear conditioning, a model of fear learning that involves the amygdala.

Another perspective for improving maternal care was offered by the group of Young and colleges who tested the potential contribution of musical training in depressed adults to their ability to interpret infant crying in relation to changes in pitch.51 Using auditory recordings of infants crying manipulated such that the pitch of the crying increased gradually to sound more distressed, it was shown that depressed adults with previous musical training showed higher sensitivity in discriminating distress variations in the infant crying.

This result demonstrates that humans can use auditory motion parallax to estimate relative distances from sound sources,» Wiegrebe points out.

Each time the mothers» blood sugar was drawn, the scientists used an auditory stimulus to prompt a response in the fetus.

In this lesson, your students will use their auditory, visual, and kinetic skills to learn about angles.

Not exact matches

When adults communicated face - to - face using infant - directed speech, babies experience enhanced activity in brain regions associated with processing auditory messages.

Anxiety and stress can interfere with auditory processing, so it is important to use something visual that can be held in the hand.

By the time my son comes home from school, he's been heavily using his visual system, he's been stressing his auditory system, and he's pretty worn out.

Understanding that your child is an auditory learner (though her style may shift later), and therefore most comfortable using hearing to explore the world, can help you play to that strength and work on the other learning styles — physical and visual — that need more stimulation.

Understanding that your child is a physical learner (though his style may shift over time), and therefore most comfortable using touch and movement to explore the world, can help you play to that strength and work on the other learning styles — auditory and visual — that need more stimulation.

The aim of this study was to evaluate adherence to the Neonatal Resuscitation Program algorithm by subjects working from memory as compared to subjects using a decision support tool that provides auditory and visual prompts to guide implementation of the Neonatal Resuscitation Program algorithm during simulated neonatal resuscitation.Healthcare professionals (physicians, nurse practitioners, obstetrical / neonatal nurses) with a current NRP card were randomized to the control or intervention group and performed three simulated neonatal resuscitations.

Appropriate for: 7 months to 1 year Skills developed: Verbal, auditory What you'll need: A flannel board, available from educational toy stores and catalogs; sheets of colored felt and scissors or purchased felt shapes You can use traditional store - bought felt shapes, which usually come in themed sets (farm animals, numbers, faces) or make your own by cutting them out with scissors.

She could also use some headphones and a small music player so she can take a auditory break when she needs one.

If you understand that your child is a visual learner (though his style may shift over time), and therefore most comfortable using sight to explore the world, you can play to his strength, and work on the other learning styles — physical and auditory — that may need more stimulation.

Understanding that your child is an auditory learner (though it may change over time), and therefore most comfortable using hearing to explore the world, can help you play to that strength and work on the other learning styles (physical and visual) that need more stimulation.

Traditional implants rely on a series of electrodes that lie directly against the membrane of the inner ear, and use electrical signals to stimulate the auditory nerves lying beneath.

Using the mouse as an experimental model, LMU neurobiologist PD Dr. Conny Kopp - Scheinpflug and her research group have now demonstrated that the activity of nerve cells in the auditory system has a direct effect on myelinization — higher levels of activity correlate with the formation of thicker myelin sheaths.

Recent research has confirmed that in blind subjects who use echolocation to navigate, it is the visual part of the brain that processes the auditory echoes.

They identified the regions of the auditory cortex that contribute to AAD and found that the system decoded the attention of the listener and amplified the voice he or she wanted to listen to, using only the mixed audio.

Male palm cockatoos (Probosciger aterrimus) in northern Australia refashion sticks and seedpods into tools that the animals use to bang against trees as part of an elaborate visual and auditory display designed to seduce females.

Using a harmless virus called adeno - associated virus, Moser's team gave the rats a gene that made their auditory nerves become active when exposed to light.

Now, a University at Buffalo - led research team is developing a computer - based tool — using the same principles as MP3 audio files — to identify these auditory blind spots.

«It's difficult to say at the moment,» says Diane Lazard, «but the idea is also to be able to spot in advance the people who will have a propensity for the written stimulus and to offer them active means for remaining with orality, particularly with auditory prostheses and speech therapy used much earlier than is currently practised.»

Instead, they translate sound into electrical signals that are used to electrically stimulate the cochlea — a spiral - shaped part of the inner ear attached to the auditory nerve.

But the owl's brain uses input from the eyes to keep its auditory map up to date.

The researchers used a technique called magnetoencephalography, which detects the firing of neurons as changes in the brain's magnetic field, to monitor the responses of the auditory cortex to the tones.

In essence, ear differences in processing abilities are lost on tests using four items because our auditory system can handle more information.

To test this idea, they used a technique developed at Yale in the 1890s designed to induce auditory hallucinations.

The team used diffusion neuroimaging to study development of the auditory cortex in the infants» brains.

With the new tool, 42 participants were trained to reduce an auditory feedback corresponding to their amygdala activity using any mental strategies they found effective.

While sighted individuals use visual cues to get information about the composition of objects, such as the sheen of metal, or the fuzziness of fur, echolocators must rely on the auditory cues that result from the echoes of the clicks they emit.

The experiment used a «virtual auditory space» technique originally created in ISVR's anechoic chamber, one of the quietest places on Earth, but reproduced for the participants over special earphones.

A study published online Oct. 13 in the journal Current Biology describes how researchers used metal microelectrodes in a jumping spider's poppy - seed - sized brain to show that auditory neurons can sense far - field sounds, at distances up to 3 meters, or about 600 spider body lengths.

CU Boulder researchers used functional MRI scans (fMRI) to study brain activity in a group of 37 fibromyalgia patients and 35 control patients as they were exposed to a variety of non-painful visual, auditory and tactile cues as well as painful pressure.

When a standard hearing test was performed on these hearing - impaired individuals, the responses of their auditory sensory cells and neurons, although normal to begin with, gradually worsened as the test went on as a result of the sounds used.

Using direct, controlled acoustic stimulation, the scientists were able to prove that the auditory system of mice lacking in pejvakin is affected by their acoustic environment.

Hertzano and her colleagues used mice whose auditory hair cells glow with a green fluorescent protein, allowing the cells to be identified from other kinds of cells.

In mice whose ears were blocked, cells in the auditory nerve started to use their supplies of neurotransmitter more freely.

«The development and use of multisensory «visualizations» as planning tools is an exciting new field of study, and there is much more to be learned around how auditory stimuli can enhance these tools.

In addition to the discovery of new FFR origins, the use of MEG to pinpoint FFR origin is itself an important step forward for research into the human auditory system.

The findings are the team's latest in a series of studies using mental imagery paradigms to investigate speech monitoring and control in production process — namely, a motor - based predictive process, which can extend and predict low - level auditory attributes such as loudness.

In cases of severe to profound hearing loss where there is no benefit from conventional amplification (i.e. hearing aids), cochlear implantation that uses direct electrical stimulation of the auditory nerve has proven successful and selected older patients are among those who can benefit, according to the study background.

Using a tracer dye to follow pathways out from the auditory thalamus, LeDoux discovered a connection to the amygdala, an almond - shaped region in the forebrain long associated with emotional states.

«Because the auditory pathways are fairly well worked out in mammals, I could use that as a starting point.

As of last month (February 2016), the UPV and Isora Solutions researchers began carrying out these auditory stimulation sessions on a total of 180 volunteers of all ages (from 19 to 59), using a method and technology developed by the companyTomatis.

To make sense of this complex auditory information, humans use rhythmic cues such as stress and pause to discern words and syllables.