Neuroprothetics at TU München

Flashcards and summaries for Neuroprothetics at the TU München

Arrow Arrow

It’s completely free

studysmarter schule studium
d

4.5 /5

studysmarter schule studium
d

4.8 /5

studysmarter schule studium
d

4.5 /5

studysmarter schule studium
d

4.8 /5

Study with flashcards and summaries for the course Neuroprothetics at the TU München

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

What is the pinna important for ?

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

How do we differentiate where the sound is coming from when it is in the vertical plane: from up or form behind ?

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

what are efferent fibres ?

This was only a preview of our StudySmarter flashcards.
Flascard Icon Flascard Icon

Millions of flashcards created by students

Flascard Icon Flascard Icon

Create your own flashcards as quick as possible

Flascard Icon Flascard Icon

Learning-Assistant with spaced repetition algorithm

Sign up for free!

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

How is the full range if listening range intensity physiologically possible ?

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

Where do different frequencies peak in the travelling wave ?

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

When do we get autoacoustic emissions ?

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

How do the parts of phospholypids react to water ?

This was only a preview of our StudySmarter flashcards.
Flascard Icon Flascard Icon

Millions of flashcards created by students

Flascard Icon Flascard Icon

Create your own flashcards as quick as possible

Flascard Icon Flascard Icon

Learning-Assistant with spaced repetition algorithm

Sign up for free!

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

what are afferent fibres ?

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

Structure of the Sodium channel

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

When is it not possible to stimulate the axon ?

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

Describe the anatomy of the cochlea

This was only a preview of our StudySmarter flashcards.
Flascard Icon Flascard Icon

Millions of flashcards created by students

Flascard Icon Flascard Icon

Create your own flashcards as quick as possible

Flascard Icon Flascard Icon

Learning-Assistant with spaced repetition algorithm

Sign up for free!

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

What chemical element is symboled: K?

Your peers in the course Neuroprothetics at the TU München create and share summaries, flashcards, study plans and other learning materials with the intelligent StudySmarter learning app.

Get started now!

Flashcard Flashcard

Exemplary flashcards for Neuroprothetics at the TU München on StudySmarter:

Neuroprothetics

What is the pinna important for ?

sound localization

Neuroprothetics

How do we differentiate where the sound is coming from when it is in the vertical plane: from up or form behind ?

There is no difference in the delay or amplitude → the difference if the signal is coming from the back or front is that the frequency specific notches and they depend of the form of the pina which shifts when the signal at different elevations > get an estimate of the spectrum of the sound system and try to find out a notch in the signal and at which frequency that notch is

Neuroprothetics

what are efferent fibres ?

fibres transmitting information back in the direction of the periphery

Neuroprothetics

How is the full range if listening range intensity physiologically possible ?

in a population of fibers with different threshholds

Neuroprothetics

Where do different frequencies peak in the travelling wave ?

high frequencies peak at the base where the membrane is stiffand tune to high frequencies

For low frequences the travelling wave peaks closer to the apex of the inner ear

The wave runs from baseto apex and gets slower and slower → points move up and down at a certain speed and the nearer to apex, the lower the speed

Neuroprothetics

When do we get autoacoustic emissions ?

When the amplification gets unstable

Neuroprothetics

How do the parts of phospholypids react to water ?

- tail: hydrophobic

- head: hydrophilic

Neuroprothetics

what are afferent fibres ?

ascending pathways transmitting the collected information for sensory receptors in the direction of the brain

Neuroprothetics

Structure of the Sodium channel

three activation gates m and one inactivation gate h

Neuroprothetics

When is it not possible to stimulate the axon ?

when constant E field → activation is zero

Neuroprothetics

Describe the anatomy of the cochlea

Fluid filled cavities: scala tympani, scala vestibuli, scala media → they spiral their way up from the base of the cochlea to the apex

The three cavities spearated by a membrane: Reissner Membrane and the organ of corti, the sensory organ which sits in the basilar membrane.

In the middle the cochlear nerve running to the brain. The spiral ganglion, where the cell bodes of the auditory nerve sits.

Neuroprothetics

What chemical element is symboled: K?

Potassium

Sign up for free to see all flashcards and summaries for Neuroprothetics at the TU München

Singup Image Singup Image
Wave

Other courses from your degree program

For your degree program Neuroprothetics at the TU München there are already many courses on StudySmarter, waiting for you to join them. Get access to flashcards, summaries, and much more.

Back to TU München overview page

Fahrdynamik_K_DEU

ACS - Exam-Example

System Design for the Internet of Things

Introduction to Biological Imaging

prothetik at

Universität Witten/ Herdecke

Neuroprothetik at

TU München

NEURO 🧠 at

Hochschule Emden/ Leer

neuro at

University of Medicine and Pharmacy of Targu Mures

Prothetik at

University of Zürich

Similar courses from other universities

Check out courses similar to Neuroprothetics at other universities

Back to TU München overview page

What is StudySmarter?

What is StudySmarter?

StudySmarter is an intelligent learning tool for students. With StudySmarter you can easily and efficiently create flashcards, summaries, mind maps, study plans and more. Create your own flashcards e.g. for Neuroprothetics at the TU München or access thousands of learning materials created by your fellow students. Whether at your own university or at other universities. Hundreds of thousands of students use StudySmarter to efficiently prepare for their exams. Available on the Web, Android & iOS. It’s completely free.

Awards

Best EdTech Startup in Europe

Awards
Awards

EUROPEAN YOUTH AWARD IN SMART LEARNING

Awards
Awards

BEST EDTECH STARTUP IN GERMANY

Awards
Awards

Best EdTech Startup in Europe

Awards
Awards

EUROPEAN YOUTH AWARD IN SMART LEARNING

Awards
Awards

BEST EDTECH STARTUP IN GERMANY

Awards
X

StudySmarter - The study app for students

StudySmarter

4.5 Stars 1100 Rating
Start now!
X

Good grades at university? No problem with StudySmarter!

89% of StudySmarter users achieve better grades at university.

50 Mio Flashcards & Summaries
Create your own content with Smart Tools
Individual Learning-Plan

Learn with over 1 million users on StudySmarter.

Already registered? Just go to Login