48:33
Mathematics & Molecular Medicine by Dr. Bob Palais
Mathematics is becoming increasingly useful in modern molecular medicine. We will present ...
published: 14 Mar 2012
Author: uvucsh
Mathematics & Molecular Medicine by Dr. Bob Palais
Mathematics is becoming increasingly useful in modern molecular medicine. We will present examples in which math was used to develop a rapid and economical test for organ transplant compatibility; to identify a broken genetic pathway that could be treated to suppress lymphoma tumor growth; and to detect, identify and quantify pathogens or genes associated with disease. These collaborations also lead to novel mathematical problems, and we will show that they can often be solved using methods from the undergraduate curriculum!
1:49
Math Teaching Strategies : Teaching Medical Math to High School Students
When teaching medical math to high school students, some important topics will include blo...
published: 24 Dec 2008
Author: expertvillage
Math Teaching Strategies : Teaching Medical Math to High School Students
When teaching medical math to high school students, some important topics will include blood counts, saliva levels and related measurements. Teach medical math, such as unit conversions, with help from a math teacher in this free video on teaching mathematics. Expert: Jimmy Chang Bio: Jimmy Chang has been a math teacher at St. Pete College for nearly a decade. He has a master's degree in math, and his specialties include calculus, algebra, liberal arts, math and trigonometry. Filmmaker: Christopher Rokosz
4:59
Do you Math take Medicine to be your lawfully Wed..
Lisa-Joy Zgorski of the National Science Foundation interviews Mathematician Doron Levy of...
published: 06 Aug 2008
Author: FigBranchcom
Do you Math take Medicine to be your lawfully Wed..
Lisa-Joy Zgorski of the National Science Foundation interviews Mathematician Doron Levy of the University of Maryland on the application of mathematics in treating leukemia. Levy along with Peter P. Lee, Stanford Medical School physician and associate professor of medicine (hematology) and Dr. Peter S. Kim, École Supérieure d'Électricité (Gif-sur-Yvette, France) describe their success in creating a mathematical model which predicts that anti-leukemia immune response in CML patients using the drug imatinib in a way that might provide a cure for the disease. Their findings are detailsed in the June 20 edition of the journal PLoS Computational Biology. For more on this story please visit figbranch.com Credit: University of Maryland, College Park/National Science Foundation
25:26
EMB Day - "Mathematical Models in Medicine" by G. Dasios
"Mathematical Models in Medicine" by mr Georgios Dasios...
published: 18 Nov 2011
Author: embupatras
EMB Day - "Mathematical Models in Medicine" by G. Dasios
"Mathematical Models in Medicine" by mr Georgios Dasios
2:16
Lindsey Macdougall - PhD Mathematical Medicine and Biology
Lindsey tells us about her research and how she works with her supervisors....
published: 18 Jun 2012
Author: NottmUniversity
Lindsey Macdougall - PhD Mathematical Medicine and Biology
Lindsey tells us about her research and how she works with her supervisors.
5:54
Medical Math Paramedic Drug Calculation
This short snippet from the 90 minute Medical Math Boot Camp covers drug calculations and ...
published: 28 Nov 2009
Author: emssafe
Medical Math Paramedic Drug Calculation
This short snippet from the 90 minute Medical Math Boot Camp covers drug calculations and doing medical math in the prehospital environment. Great course for paramedics and ems students. View this entire paramedic continuing education course at emsbootcamp.com
5:23
uWaterloo Applied Math Research
University of Waterloo Dept. of Applied Mathematics researchers are profiled in this video...
published: 11 Aug 2011
Author: uwaterloo
uWaterloo Applied Math Research
University of Waterloo Dept. of Applied Mathematics researchers are profiled in this video, prepared for the July 2011 International Congress on Industrial and Applied Mathematics. Sue Ann Campbell, Kevin Lamb, Matt Scott, Siv Sivaloganathan, and Marek Stastna discuss how their work helps to build tools used to tackle a broad range of problems that affect us all. Examples include fluid dynatics and acquatics, growth of bacteria and mathematical medicine.
1:44
7 passfans com Physics,Mathematics, Medicine, Computing
...
published: 28 Aug 2009
Author: quarksu3
7 passfans com Physics,Mathematics, Medicine, Computing
4:14
"Mixin' Up The Medicine" (REMIX) Yelawolf ft. Juelz Santana WWW.THEMATHFILES.COM
Visit DJ Allah Mathematics, Wu-Tang in-house producer/dj at www.themathfiles.com for insid...
published: 06 Mar 2010
Author: MathFiles
"Mixin' Up The Medicine" (REMIX) Yelawolf ft. Juelz Santana WWW.THEMATHFILES.COM
Visit DJ Allah Mathematics, Wu-Tang in-house producer/dj at www.themathfiles.com for inside info on the Wu, Math Files radio show mixtape downloads, classic videos & MORE!
105:04
Medical Philology in the "Second Rome": Ancient Learning & Attack on "Traditional Chinese Medicine"
The 2011 Edwin O. Reischauer Lectures Undoing/Redoing Modern Sino-Japanese Cultural and In...
published: 07 Jun 2011
Author: Harvard
Medical Philology in the "Second Rome": Ancient Learning & Attack on "Traditional Chinese Medicine"
The 2011 Edwin O. Reischauer Lectures Undoing/Redoing Modern Sino-Japanese Cultural and Intellectual History, Benjamin A. Elman, Princeton University From Harvard University's Fairbank Center for Chinese Studies watch Elman reintegrate the history of "traditional Chinese medicine" with other themes associated with the intellectual history of classical learning in East Asia from 1600 to 1800 mentioned in the second lecture. This was a time when classical learning enabled rising social statuses for the classically literate. Normally these fields are studied separately as "Confucianism" (儒學) or "medicine" (醫學), with little effort to integrate them thematically in light of the history of ideas or according to the cultural geography of classical learning in East Asia. Doctors, mathematicians, and philologists shared the same classical texts known in East Asia as the Confucian "classics," mathematical "classics," and medical "classics." Physicians and mathematicians throughout East Asia were as classically literate as Mandarin scholar-officials who passed civil examinations. In the late eighteenth century, in particular, Japanese scholars and physicians interested in Chinese classical studies adapted Chinese philological research techniques of paleography, etymology, and phonology. Why did newly emerging Japanese elites prioritize classical Chinese as a language of learning and focus on Chinese medical texts for medical studies? Why did "medical philology" in Japan produce <b>...</b>
19:14
TEDxTalpiot - Zvia Agur - Developing Virtual Patients that can Guide Medicine
Zvia Agur's life has been devoted to the development of mathematical methods to guide ...
published: 17 Feb 2011
Author: TEDxTalks
TEDxTalpiot - Zvia Agur - Developing Virtual Patients that can Guide Medicine
Zvia Agur's life has been devoted to the development of mathematical methods to guide decision-making in medicine. After many years of persistent interdisciplinary effort she sees success in proving to the scientific world that mathematics is relevant to biology and medicine. Her efforts have led to the development of a virtual cancer patient, which comprises mathematical models of disease and physiological processes, and can be specifically adapted to serve as the virtual "double" of a real patient. The virtual patient has been used to personalize treatment for a patient with a rare and aggressive form of cancer. Genetic information and data on the biochemical activity and cell replication of the patient's metastasis were used to adapt the "generic" virtual patient to his virtual "double". The virtual "double" was then "treated" on the computer to identify an improved drug regimen for the real patient. Once the regimen was identified, it was administered to the real patient. His adverse effects from treatment disappeared and his disease was stabilized. Zvia believes that virtual patients can ease the suffering of many cancer patients around the world. A joint endeavor of people with an open mind, vision and a true belief in human potential are critical in order to reach this goal. ABOUT In 1999 Professor Zvia Agur founded the basic research Institute for Medical Biomathematics, IMBM, where she serves as president and conducts academic scientific research focusing on the <b>...</b>
3:51
Thesis 9 part 1
55theses.com 9. The forces of natural selection weaken with adult age in species that have...
published: 04 Apr 2011
Author: robbiepat
Thesis 9 part 1
55theses.com 9. The forces of natural selection weaken with adult age in species that have distinguishable adults and no fissile reproduction. We now face the prospect of developing a 21st Century biology based on formal, mathematical, and computational tools. It is from this 21st Century biology that a new medicine for addressing our chronic health ailments will arise, those health ailments that are lumped together in medicine's wastebasket called aging. So, which formal, mathematical, and computational tools should we start with? Many of the key applications of 20th Century physics grow out of its key equations. Atomic power and atomic bombs both grew out of Einstein's result E = mc2 . Television arises from the mathematics of the photoelectric effect, the result for which Einstein received the Nobel Prize. And so on. Are there mathematical results of comparable significance for 21st Century biology and medicine? Yes, there are. The first 8 of the 55 derive both directly and indirectly from basic quantitative results from evolutionary genetics. With Thesis 9, however, we come to the most important equations of all for the new medicine, those of Hamilton's (1966) Forces of Natural Selection. In the references supplied with the 55, you can see the algebraic forms of the equations for these Forces, as well as graphical plots of them. But here I will explain them in verbal terms for the matho-phobes who have had their quantitative imaginations neglected or destroyed by <b>...</b>
3:33
Thesis 9 Part 2
9. The forces of natural selection weaken with adult age in species that have distinguisha...
published: 04 Apr 2011
Author: robbiepat
Thesis 9 Part 2
9. The forces of natural selection weaken with adult age in species that have distinguishable adults and no fissile reproduction. We now face the prospect of developing a 21st Century biology based on formal, mathematical, and computational tools. It is from this 21st Century biology that a new medicine for addressing our chronic health ailments will arise, those health ailments that are lumped together in medicine's wastebasket called aging. So, which formal, mathematical, and computational tools should we start with? Many of the key applications of 20th Century physics grow out of its key equations. Atomic power and atomic bombs both grew out of Einstein's result E = mc2 . Television arises from the mathematics of the photoelectric effect, the result for which Einstein received the Nobel Prize. And so on. Are there mathematical results of comparable significance for 21st Century biology and medicine? Yes, there are. The first 8 of the 55 derive both directly and indirectly from basic quantitative results from evolutionary genetics. With Thesis 9, however, we come to the most important equations of all for the new medicine, those of Hamilton's (1966) Forces of Natural Selection. In the references supplied with the 55, you can see the algebraic forms of the equations for these Forces, as well as graphical plots of them. But here I will explain them in verbal terms for the matho-phobes who have had their quantitative imaginations neglected or destroyed by their formal <b>...</b>
3:25
Dr. Gary An, MD, Northwestern University Feinberg School of Medicine
Dr. Gary An, assistant professor of trauma and critical care at Northwestern University Fe...
published: 11 Dec 2009
Author: NIMBioS
Dr. Gary An, MD, Northwestern University Feinberg School of Medicine
Dr. Gary An, assistant professor of trauma and critical care at Northwestern University Feinberg School of Medicine, explains how mathematical tools can help one investigate how biological systems behave.
Vimeo results:
59:46
Road Back to the Frozen Four (69 minutes)
History
[edit]Partridge and his academy
The university was founded in 1819 at Norwich by ...
published: 06 May 2011
Author: Norwich Television
Road Back to the Frozen Four (69 minutes)
History
[edit]Partridge and his academy
The university was founded in 1819 at Norwich by military educator and former superintendent of West Point, Captain Alden B. Partridge. Captain Partridge believed in the "American System of Education," a traditional liberal arts curriculum with instruction in civil engineering and military science. After leaving West Point because of congressional disapproval of his system, he returned to his native state of Vermont to create the American Literary, Scientific and Military Academy. Captain Partridge, in founding his academy, rebelled against the reforms of Sylvanus Thayer to prevent the rise of what he saw as the greatest threat to the security of the young republic: a professional officer class. He believed that a well-trained militia was an urgent necessity and developed the American system around that idea. His academy became the inspiration for a number of military colleges throughout the nation, including both the Virginia Military Institute and The Citadel, and later the land grant colleges created through the Morrill Act of 1862.[4]
Partridge's educational beliefs were considered radical at the time, and this led to his conflicting views with the federal government while he was the superintendent of West Point. Upon creation of his own school, he immediately incorporated classes of agriculture and modern languages in addition to the sciences, liberal arts, and various military subjects. Field exercises, for which Partridge borrowed cannon and muskets from the federal and state governments, supplemented classroom instruction and added an element of realism to the college’s program of well-rounded military education.
Partridge founded six other military institutions during his quest to reform the fledgling United States military. They were the Virginia Literary, Scientific and Military Academy at Portsmouth, Virginia (1839–1846), Pennsylvania Literary, Scientific, and Military Academy at Bristol, Pennsylvania (1842–1845), Pennsylvania Military Institute at Harrisburg, Pennsylvania (1845–1848), Wilmington Literary, Scientific and Military Academy at Wilmington, Delaware (1846–1848), the Scientific and Military Collegiate Institute at Reading, Pennsylvania (1850–1854), Gymnasium and Military Institute at Pembroke, New Hampshire (1850–1853) and the National Scientific and Military Academy at Brandywine Springs, Delaware (1853).[5]
[edit]Fire and hardship: Norwich in the 19th century
In 1825 the academy moved to Middletown, Connecticut, to provide better naval training to the school's growing corps of cadets. In 1829, the state of Connecticut declined to grant Captain Partridge a charter and he moved the school back to Norwich (the Middletown campus became Wesleyan University in 1831). Beginning in 1826, the college offered the first program of courses in civil engineering in the US. In 1834 Vermont granted a charter and recognized the institution as Norwich University. During the 1856 academic year, the first chapter of the Theta Chi Fraternity was founded by cadets Frederick Norton Freeman and Arthur Chase. With the beginning of the Civil War in 1861, Norwich cadets served as instructors of the state militias throughout the Northeast and the entire class of 1862 enlisted upon its graduation. Norwich turned out hundreds of officers and soldiers who served with the federal armies in the American Civil War, including four recipients of the Medal of Honor. One graduate led a corps, seven more headed divisions, 21 commanded brigades, 38 led regiments, and various alumni served in 131 different regimental organizations. In addition, these men were eyewitnesses to some of the war's most dramatic events, including the bloodiest day of the conflict at Antietam, the attack up Marye's Heights at Fredericksburg, and the repulse of Pickett's Charge at Gettysburg. Seven hundred and fifty Norwich men served in the Civil War, of whom sixty fought for the Confederacy.[6] Because of the university's participation in the struggle, the number of students dwindled to seven in the class of 1864 alone.
The Confederate raid on St. Albans, Vermont precipitated fear that Newport, Vermont was an imminent target. The corps quickly boarded an express train for Newport, the same day, October 19, 1864, to the great relief of the inhabitants.
After a catastrophic fire in 1866 which devastated the entire campus, the town of Northfield welcomed the struggling school. The Civil War, the fire, and the uncertainty regarding the continuation of the University seriously lowered the attendance, and the school opened in the fall of 1866 with only 19 students. The 1870s and 1880s saw many financially turbulent times for the institution and the renaming of the school to Lewis College in 1880. In 1881 the student body was reduced to only a dozen men. Later, by 1884, the Vermont Legislature had the name of the school changed back to Norwich. In 1898 the university was designated as the Military
8:24
Utrecht Summer Schools in Science 2009
Utrecht University (the Netherlands) presents the 22nd edition of the Utrecht Summer Schoo...
published: 29 Sep 2009
Author: PictureThis.tv
Utrecht Summer Schools in Science 2009
Utrecht University (the Netherlands) presents the 22nd edition of the Utrecht Summer School.
The selection of betasciences in this video is characterised by strong, academic summer courses on a very wide range of subjects.
Utrecht Summer School offers you: over 90 academic courses, a truly international community, an extensive social programme, academic credits, a safe study environment and housing within the historical city.
Located in the heart of the Netherlands, Utrecht University has developed into one of Europe's largest and most prominent institutes of research and education. Utrecht University offers the broadest spectrum of disciplines available in the Netherlands, innovative research and liaises with universities and research centres all over the world. At Utrecht University, in both teaching and research, quality is always the key.
www.utrechtsummerschool.nl
5:34
A 5 minute video tour of the Center for Applied Mathematics in Bioscience And Medicine (CAMBAM)
This video showcases the aims and research of CAMBAM (Center for Applied Mathematics in Bi...
published: 06 May 2012
Author: Lennart Hilbert
A 5 minute video tour of the Center for Applied Mathematics in Bioscience And Medicine (CAMBAM)
This video showcases the aims and research of CAMBAM (Center for Applied Mathematics in Bioscience And Medicine). Spend five minutes and get to know some of our research projects and scientists...
5:20
Moses Atwood
Moses Atwood is a performer.
He sits in the chair with his lap steel and bounces from aft...
published: 08 Mar 2010
Author: [dog]and[pony]
Moses Atwood
Moses Atwood is a performer.
He sits in the chair with his lap steel and bounces from after-the-snow-falls quiet to middle-of-the-blizzard roars. He chats and rambles on stage. He's gregarious, open. He plays a soft guitar and contrasts that with a powerful tenor.
But he's not Moses Atwood.
Moses Atwood is dead and buried in Georgetown, Massachusetts. He was, in the 1880s, a household name as a maker of patent medicines. You could buy "Moses Atwood's Jaundice Bitters" all over the eastern seaboard.
If a patent medicine (like Simpson & Son's Revitalizing Tonic) was pushed as "bitters," that usually meant it was little more than cheap hooch mixed with bitters to avoid the alcohol tax.
Atwood's bitters were taken to the Supreme Court over trademark infringement. Atwood released his recipe (booze and bitters) to a number of different firms. "Nathan Wood's Jaundice Bitters" was sold in Portland, Maine and is mentioned in the Supreme Court case. In the end, the plaintiff lost as the recipe had been legitimately sold, or something.
Check out the Supreme Court Case in original, olde timey print or read about Moses Atwood's Jaundice Bitters for free on Google Books.
Atwood was also among the nation's first photographers, documenting his hometown of Georgetown, MA on daguerrotype.
Who, then, is our Moses Atwood? I've been listening to him for years and was shocked when I heard his real name. I'm not sure why, exactly. I'd always assumed that Moses was a stage name, but I'd never guessed Atwood would've been.
So when I heard his voicemail say, "You've reached Matthew Chase, leave me a message. And if you're looking for Moses Atwood leave me a message. And if you're confused... don't be," I was a little surprised.
And then he told me about the patent medicines and whatnot and it all made sense, I suppose. His music is temporally dissonant. His simple, direct lyrics and fine plucking and strumming harken to some Antebellum plantation. It's a good backdrop for a man in a white suit with a straw hat and red suspenders hawking panaceas for whatever it may be that ails you.
Also, please raise your hand if you think Moses' next album should be called "Jaundice Bitters."
So it makes sense, I suppose, that Mr. Chase took that name. And it makes sense that he keeps flocking South - painful though it may be.
Moses just spent our short winter here in Maine. He is heading back down South, Asheville way, to study... of all things... the psychology of performance. Which also makes sense. He has taken on a whole new persona. In some places it has replaced his actual personality. Many do not know he is Matthew Chase. For years, I knew of him only as Moses Atwood. I was introduced to him that way, in fact. He answers to it.
So it fits, then, that he's going back to school to look at performance and psychology and to see where those fit together.
Shooting Moses was an interesting experience all around. He is the first artist we've shot who didn't have a specific location to shoot. We invited him over to the lofty Dog and Pony Studios on Marshall Street and set him up by the window in our attic.
Also worthy of note: I think we spent more time chatting before the shoot with Moses than with any other artist. By an order of magnitude. Generally, our shoots involve a little chit-chat while we set up. Moses showed up, though, and we all had coffee and water and talked about the downfall of Detroit reflecting the downfall of America.
It goes like this: Moses, or Matthew, I'm not really sure which, had seen a program on PBS called "Blueprints of a Nation." In which, they profile the rise and fall of Detroit. How abundant resources near a large source of water led to a quick build up. How Detroit was a magnet for rails which led to an advanced rail system in the city. How the rail system led to a more business friendly environment, allowed for the building of a highway to cut through the thick inner city. How the highway allowed people to pass through Detroit and how Detroit bled out through the highway and the cars it built with all its resources.
And how America is modeled after Detroit.
That led to, of course, a conversation about zombies and what to do in case of a zombie apocalypse.
Then we got to shooting. He talked about listening to a lot of Randy Newman lately. Moses is intrigued by how easily and readily Newman writes songs about places. Moses wants to do a song about Detroit.
He borrowed a guitar he never used, favoring the infinite tones of his steely dobro. He apologized for his nasal cold but it adds a certain roughness to his voice. It's a roughness that suits his music. A roughness of campfires and fighting. He sings about a place here, about California, Manifest Destiny. About going West - Moses always sings about somewhere else and Matthew is always drawn South.
Chase talks about living various places around the country. Phoenix and Asheville, mostly. Phoenix is miserable, apparently. Hard packed heat sta
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2:23
Islam and Mathematics
The 7th to the 13th century was the golden age of Muslim learning. In mathematics they con...
published: 29 May 2009
Author: IslamicGoldenAge
Islam and Mathematics
The 7th to the 13th century was the golden age of Muslim learning. In mathematics they contributed and invented the present arithmetical decimal system and the fundamental operations connected with it addition, subtraction, multiplication, division, exponentiation, and extracting the root. They also introduced the 'zero' concept to the world. Some of the famous mathematicians of Islam are: AL-KHOWARIZMI (780 - 850 CE) Muhammad Ibn Musa Al-Khowarizmi, the father of algebra, was a mathematician and astronomer. He was summoned to Baghdad by Al-Mamun and appointed court astronomer. From the title of his work, Hisab Al-Jabr wal Mugabalah (Book of Calculations, Restoration and Reduction), Algebra (Al-Jabr) derived its name. A Latin translation of a Muslim arithmetic text was discovered in 1857 CE at the University of Cambridge library. Entitled 'Algoritimi de Numero Indorum', the work opens with the words: 'Spoken has Algoritimi. Let us give deserved praise to God, our Leader and Defender'. It is believed that this is a copy of Al-Khowarizmi's arithmetic text which was translated into Latin in the twelfth century by an English scholar. Al-Khowarizmi left his name to the history of mathematics in the form of Algorism (the old name for arithmetic). Al-Khowarizmi emphasised that he wrote his algebra book to serve the practical needs of the people concerning matters of inheritance, legacies, partition, lawsuits and commerce. In the twelfth century Gerard of Cremona and Roberts of <b>...</b>
22:51
Trick or Treatment? Alternative Medicine on Trial (Simon Singh)
facebook.com ... World Skeptics Congress 2012 (Award Session): Simon Singh, author, journa...
published: 20 Jun 2012
Author: RationalHumanism
Trick or Treatment? Alternative Medicine on Trial (Simon Singh)
facebook.com ... World Skeptics Congress 2012 (Award Session): Simon Singh, author, journalist and TV producer, with his talk "Trick or Treatment? Alternative Medicine on Trial. Alternative Medicine, Chiropractic, Libel & the Battle for Free Speech". Simon Singh also receives the CSI "In Praise of Reason Award". --- More videos of the World Skeptics Congress will be uploaded to the following channels: • www.youtube.com • www.youtube.com • www.youtube.com • www.youtube.com • www.youtube.com Please don't forget to subscribe! Playlist: www.youtube.com --- Simon Singh, MBE is a British author who has specialised in writing about mathematical and scientific topics in an accessible manner. His written works include "Fermat's Last Theorem" ("Fermat's Enigma: The Epic Quest to Solve the World's Greatest Mathematical Problem"), "The Code Book" (about cryptography and its history), "Big Bang" (about the Big Bang theory and the origins of the universe) and "Trick or Treatment? Alternative Medicine on Trial" (about complementary and alternative medicine). He has also produced documentaries and works for television to accompany his books, is a trustee of NESTA, the National Museum of Science and Industry and co-founded the Undergraduate Ambassadors Scheme. In 2008, Singh was unsuccessfully sued for libel by the British Chiropractic Association for criticising their activities in a column in The Guardian. A "furious backlash" to the lawsuit resulted in the filing of formal complaints <b>...</b>
5:25
The Mathematical Miracle Of QURAN
...
published: 31 Jan 2011
Author: shahji216
The Mathematical Miracle Of QURAN
4:48
The benefits of sound based energy medicine
FREE shows - LIVE events plus much more! Subscribe today at: www.naturalhealth365.com Acco...
published: 24 Feb 2012
Author: jonathancreates
The benefits of sound based energy medicine
FREE shows - LIVE events plus much more! Subscribe today at: www.naturalhealth365.com According to Sharry Edwards, MEd, human BioAcoustic Vocal Profiling has begun to model the frequencies and architecture of human vocalizations to identify the innate mathematical templates of the human body. Using the idea that the voice is a holographic representation of health and wellness, these non-invasive techniques are being advanced to the extent that a computerized Vocal Profile, using a system of Frequency Equivalents™ can be used to accurately quantify, organize, interpret, define and extrapolate biometric information from the human voice. This information, in turn, provides the opportunity to predict, direct and maintain intrinsic form and function of the body. Human BioAcoustic Vocal Profiling & Sound Presentation, at present, is an emerging research modality that has the potential to provide pre-diagnostic assessment using a predictable Mathematical Matrix of frequency-based protocols. The practice of Human BioAcoustic Vocal Profiling requires two distinct processes if maximum results are to be achieved. First, it is essential to determine the individualized vocal patterns for each person, prior to any low frequency sound being provided. Second but just as important, are the sound formula protocols of Sound Presentation that must be specifically constructed and presented to each individual. Both steps must be comprehensively performed to ensure that each person is being <b>...</b>