Pulmonic sounds - CompWisdom
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Topic: Pulmonic sounds



  
 EnergyLanguage - Meta Language
Lacking a sufficiently detailed or coherent example, I was driven to the task of creating a novel system.
Capacity to create and comprehend novel thought patterns as rendered into the lexicon by means of a simple but elaborately developed affix / root / designator system such that scientific truth and visionary fancy can be elaborated according to a relationship of constituent elements.
So, you may reasonably ask, if one of the components of this project is the creation and implementation of a new language system, then where is it?????
http://www.theexperiment.org/energylanguage/metalanguage.php

  
 IPA: Links
Sound patterns in Human Language - from Northwestern University.
Example of things you can do at this site: draw two waves yourself then watch how they interfere with each other.
X-Ray film database for speech research - from Queen's University, Kingston, Canada.
http://www2.arts.gla.ac.uk/IPA/links.html

  
 Understanding Heart Sounds, Part II - Arlene Tilson-Chrysler, RN, DC
To summarize, systolic murmurs are the result of aortic stenosis, pulmonic stenosis, mitral regurgitation, or tricuspid regurgitation.
Diastolic murmurs are also divided into early, mid, and late diastolic murmurs, depending on where they occur in relation to S1 and S2.
Diastolic murmurs are the result of aortic regurgitation, pulmonic regurgitation, mitral stenosis, or tricuspid stenosis.
http://www.chiroweb.com/archives/12/13/02.html

  
 Echocardiography
The mechanism is as follows: the delayed aortic valve closure sound does not move with respiration but it now follows rather than precedes the pulmonic component.
The aortic component of the second heart sound is the major contributor even in the areas where the pulmonic component is most audible.
This study was based on the graphic recognition of a presystolic sound when the tracing was taken with the use of one or more of 5 different high pass filters.
http://www2.umdnj.edu/~shindler/exam.html

  
 CA162 Principles of Linguistics ACL1 Phonetics Notes 2 - Processes of Speech Production
For the purposes of this course, the information in Table 2 will be sufficient to describe place of articulation, in all but a few cases.
We distinguish 3 different DEGREES of STRICTURE, as follows:-
The majority of speech sounds in all languages are PULMONIC, but VELARIC or GLOTTALIC sounds are found in a large number of languages.
http://www.compapp.dcu.ie/~alex/CA162/PHONETICS/processes.html

  
 VM 8754: Cardiac Auscultation
This can be normal; however, it can also result from asynchronous closure of the A-V valves and may be attributed to electrical factors (bundle branch blocks, ectopic beats, or artificial pacing), mechanical factors (mitral or tricuspid stenosis), or a combination of events.
A quiet environment is essential for proper auscultation.
Once transient sounds or murmurs have been identified, then the rhythm should be evaluated.
http://education.vetmed.vt.edu/Curriculum/VM8754/II.html

  
 ProdMech
The binary opposition - voicing / devoicing - makes strings meaningful.
Most speech sounds in Indo-European phonological systems, with the exception of some speech gestures, are produced on a pulmonic airstream.
Most speech sounds in Indo-European phonological systems, with the exception of some speech gestures, are produced on an egressive airstream.
http://www.udl.es/usuaris/m0163949/prodmech.htm

  
 Turbulence & Heart Sounds
Both heart sounds are complex since the valves do not close precisely at the same time: only in considering the second heart sound is this of any practical importance.
In other words, atrial systole is forcing blood into a taut semi-rigid system instead of a slack compliant one and audible and possible palpable frequencies are set up.
The sounds heard are actually generated by reverberations set up in the supporting structures of the valves, it is thought, rather than by the coaptations of the valve leaflets themselves but this is of more academic than practical significance.
http://human.physiol.arizona.edu/SCHED/CV/Baldwin/Baldwin.Turb.html

  
 AUE: Links to Language Sites (Mostly)
British Library Collection of 20th century (British) English accents and dialects, with sound files and notes on vocabulary, pronunciation, and grammar.
Chaucer's Pronunciation, Grammar and Vocabulary with sound files.
The recordings (WAV files) contained in this site are the words and text that appear in the illustrations in Part 2 of The Handbook of the International Phonetic Association, and which demonstrate the application of the International Phonetic Alphabet to a wide variety of sound systems of languages of the world.
http://www.alt-usage-english.org/categorized_links.shtml

  
 [No title]
All speech sounds are produced on a moving airstream.
The velaric ingressive airstream produces speech sounds known as "clicks" which occur in double articulations in some African languages, for example, Xhosa.
Most speech sounds used by Indo-European language speakers are produced on a pulmonic and egressive airstream.
http://www.udl.es/usuaris/m0163949/airflow.htm

  
 SOUND EFFECTS PRODUCTION MUSIC BUYOUT ROYALTY FREE WAVS AIF SOUND EFFECTS UK USA
Movie Maker 2 is amazing for creating home movies
Welcome to the world's first online sound effects library.
Search and Preview sounds for free - no Account required.
http://Sounddogs.com

  
 Encyclopedia: Heart sounds
Sometimes it is possible to hear flow through the aortic valve, due to increased cardiac output.
Auscultation is used to identify problems with the valves of the heart.
  * Heart   * Heart valve   * * Aortic valve   * * Pulmonic valve   * * Mitral valve   * * Tricuspid valve
http://www.nationmaster.com/encyclopedia/Heart-sounds

  
 EAP Reading - Understanding difficult language.
The majority of sounds used in languages of the world are thus produced by a pulmonic egressive airstream mechanism.
Can you work out the meanings of the words in bold.
Other airstream mechanisms are used in other languages to produce sounds called ejectives, implosives, and clicks.
http://www.uefap.co.uk/reading/exercise/difficult/wordex1.htm

  
 HealthCentral - General Encyclopedia - Heart sounds
They can also be evaluated with an echocardiogram or other tests.
Heart sounds are commonly evaluated by listening with a stethoscope ( auscultation).
These sounds are produced when the heart valves close.
http://www.healthcentral.com/mhc/top/003266.cfm

  
 CHFpatients.com - Heart Failure FAQ - Heart Sounds, S3, S4
While an S3 may have important implications for treatment, many doctors cannot detect it.
This results in a louder A2 (the closing sound of the aortic valve).
Fibrosis and calcification of the mitral valve may reduce S1, while stenosis of the mitral valve may cause a louder S1.
http://www.chfpatients.com/faq/s3s4.htm

  
 Emergency Clinical Guide Presents The Cardiac Exam
is really always occurring to some degree, as the closing of the pulmonic and aortic valves don't both occur at the same millisecond.
The sound is from the closing of the bicuspid and tricuspid valves, which live between the atria and ventricles.
The first thing to do is to read the Art of Auscultation article.
http://www.anisman.com/ecg/cardiac_exam.htm

  
 Heart sounds: Ejection Click
Normally, the opening of the aortic or pulmonic valves and the onset of ventricular ejection is not audible.
They are produced by the opening of the aortic or pulmonic valves, either when one of these valves is diseased (valvular) or when ejection is rapid through a normal valve (vascular).
Valvular ejection sounds may be heard in clinical conditions associaated with forceful left ventricular ejection, such as thyrotoxicosis, anemia, pregnancy, exercise, high cardiac output states.
http://www.auscultation.com/Human/Heart/EjectionClick/EjectionClick_right_main.htm

  
 Airstream Mechanisms Lecture & Sounds
Sounds so far in GA: (see also Table 6.4, p.
Other structures can be and are used to move air around to generate particular acoustic effects
http://www.cs.indiana.edu/%7Eadamlear/l306/ch6_lecture.html

  
 Encyclopedia4U - Xhosa language - Encyclopedia Article
Click consonants feature prominently in the sounds of this language, and even the name, "Xhosa", begins with a click.
Xhosa has a relatively simple set of vowels, but it is rich in unusual consonants.
The first is the dental click, which is made with the tongue on the back of the teeth, and is the sound represented in English by "tut-tut" or "tsk-tsk" used to reprimand someone.
http://www.encyclopedia4u.com/x/xhosa-language.html

  
 Announcing ‘Pocket Guide to Heart Sounds’
Stethographics develops PDA and PC based medical technologies which capture, display and evaluate heart and lung sounds.
Stethographics announced today that its ‘Pocket Guide to Heart Sounds’ multimedia software is now available for Pocket PCs.
A special feature for the student is the ability to get definitions of terms that may be unfamiliar by clicking on the underlined text, and linking to a glossary of terms.
http://www.maximumpda.com/more/D154_0_1_0_M

  
 ipedia.com: Pulmonic Sounds Article
Starware also provides related listings for pulmonic sounds
Recordings are stored on disk as WAV or MP3 files with optional audio compression to save disk space.
See also airstream mechanism manner of articulation list of phonetics topics This article is a stub.
http://fav.ipedia.com/ipedia/p/pu/pulmonic_sounds.html

  
 Pulmonic Sounds
To search McFly, or the web, use the search page.
Pulmonic sounds are sound s in which the air stream originates in the lungs.
http://www.mcfly.org/wik/Pulmonic

  
 PPT Slide
These are extremely rare as a distinctive speech sound, being found only in the Khoisan languages of Southern Africa and in many of the Southern Bantu languages.
Such sounds are less common but are not rare, being found in the Athabascan languages of North America, the Mayan languages of Central Am., Quechua and Aymara of the Andes, throughout the Caucasus, West and Southern Africa, and in dialects of Armenian.
Speech sounds made with the larynx acting as a piston are known as ‘glottalic’: if ingressive, the term ‘implosive’ (or ‘injective’) is used; if egressive, ‘ejective’.
http://trill.berkeley.edu/PhonLab/classes/ling110_2002/PowerPoint02/02-29aug/tsld048.htm

  
 Heart Sounds
A third heart sound (S) occurs early in diastole while the ventricle is rapidlv filling (immediately following S, and sound][ng like lub-dub-dub).'The S3 sound is low pitched and must be auscultated with the bell of the stethoscope.
Both splitting sounds are considered to be normal and are indicative of slight timing differences between closure of the left heart valves and the right heart valves.
The fourth heart sound (S,) occurs late in diastole (just before 5, and sounding like la-lub-dub) and is associated with atrial contraction.
http://www.winona.msus.edu/athletictraining/heart_sounds.htm

  
 Nursing 69: Assessment of the Cardiovascular System and Peripheral Vascular System
Names may be misleading since murmurs of more than one origin may occur in a given area
The aortic and pulmonic valves close ( S2) preventing backflow, and mitral and tricuspid valves open permitting forward flow.
The mitral and tricuspid valves close ( S1) preventing backflow, and aortic and pulmonic valves open permitting forward flow.
http://nursing.unc.edu/courses/nurs069/password/cardvasc.htm

  
 pulmonary systolic sounds
Not satisfied with our results?  Search for pulmonary systolic sounds again at the following search engines.
Just click the link below to view the complete pulmonary systolic sounds search results!
Systolic sounds : Besides the two basic heart sounds, other intermittent transient sounds may occur...
http://www.seinetglobal.com/JB/HealthMetrics/pulmonary-systolic-sounds.htm

  
 Pulmonic Sounds - Term Explanation on IndexSuche.Com
A copy of the license is included in the section entitled
are sound s in which the air stream originates in the lungs.
http://www.indexsuche.com/Pulmonic_Sounds.html

  
 The aortic (A2) and pulmonic (P2) closure sounds
Although the left and right ventricular mechanical systole are nearly equal in duration, the right ventricular(RV) systolic ejection terminates after left ventricular(LV) ejection because of an increased right sided "hangout" interval.
The aortic (A2) and pulmonic (P2) closure sounds are coincident with the incisurae of their respective arterial traces.
The aortic (A2) and pulmonic (P2) closure sounds
http://www.rjmatthewsmd.com/Definitions/pop/200afig.htm

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