Podcasts about flagellum

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Best podcasts about flagellum

Latest podcast episodes about flagellum

Bible Backdrop
Bible Backdrop Extra: The Crucifixion

Bible Backdrop

Play Episode Listen Later Mar 22, 2024 9:40


As we prepare for Easter, we often think about Jesus' crucifixion and resurrection. But just how horrible was crucifixion? How did it affect the body of the person being crucified? What did Jesus go through before and during his time on the cross? In this Extra episode of Bible Backdrop, we look at some of the science and biology behind the crucifixion. When you read the Gospel stories, you will have a better understanding of what our Lord and Savior physically went through while on the cross to bear our sins.

Believing The Bible
Jan 27 Pgm Bacterial Flagellum

Believing The Bible

Play Episode Listen Later Jan 27, 2024 13:00


See omnystudio.com/listener for privacy information.

bacterial flagellum
Recovering Evangelicals
#135 – The expert’s fascinating version of how the flagellum really came to be

Recovering Evangelicals

Play Episode Listen Later Sep 15, 2023 66:31


Three internationally-recognized, world experts on the bacterial flagellum connect the dots regarding the evolutionary origin of the flagellum, and draw some compelling comparisons to the evolutionary emergence of the Bible! Three episodes ago, Dr. Michael Behe used the bacterial flagellum as Exhibit A in his defense of the Intelligent Design proposal. Last week, we heard […]

Recovering Evangelicals
#134 – The bacterial flagellum according to an expert

Recovering Evangelicals

Play Episode Listen Later Sep 8, 2023 47:18


A scientist who specifically studies the bacterial flagellum using some of the most cutting-edge research tools clears up a few myths and misconceptions. Much of Dr. Michael Behe’s defense of Intelligent Design rests on claims made about the bacterial flagellum. It certainly has become his signature, and one could even say it’s become the symbol […]

Recovering Evangelicals
#132 – Intelligent Design and the bacterial flagellum

Recovering Evangelicals

Play Episode Listen Later Aug 25, 2023 77:34


Dr. Michael Behe, a biochemist and Intelligent Design proponent, gives us his perspective of ID, and responses to several counterarguments against ID. To start off our deep-dive into Intelligent Design, we wanted to talk to a knowledgeable representative of that movement. Dr. Michael Behe, a biochemist who has been waving that flag for three decades […]

Current Topics in Science
New Discoveries About Bacteria Flagellum & New Creation/Christian AI: Interview w David Thomas

Current Topics in Science

Play Episode Listen Later Jul 8, 2023 54:56


The undercover researcher is back and he has even more peer-reviewed evidence that the flagellum was designed. Working under the pseudonym David Thomas, he is now summarizing the results of his research here on Current Topics in Science in less than 10 questions! He is also the creator of two AI chatbots for Christians and he offers his expertise on the current on going discussion about AI. It doesn't get any more current than this episode of Current Topics in Science!

PaperPlayer biorxiv cell biology
Reorganization of the Flagellum Scaffolding Induces a Sperm Standstill Required for Fertilization

PaperPlayer biorxiv cell biology

Play Episode Listen Later Jun 22, 2023


Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2023.06.22.546073v1?rss=1 Authors: Jablonski, M., Luque, G. M., Gomez-Elias, M., Sanchez-Cardenas, C., Xu, X., de la Vega-Beltran, J. L., Corkidi, G., Linares, A., Abonza, V., Krapf, D., Krapf, D., Darszon, A., Guerrero, A., Buffone, M. G. Abstract: Mammalian sperm delve into the female reproductive tract to fertilize the female gamete. Within the midpiece of the sperm flagellum lies a cortical network of actin that is arranged as a double helix sheltering the mitochondrial sheath. This work demonstrates that the actin network of the midpiece undergoes structural changes that result in motility cessation. This structural modification is accompanied by a decrease in diameter of the midpiece and is driven by intracellular calcium changes that occur concomitant with a reorganization of the actin helicoidal cortex. Although midpiece contraction may occur in a subset of cells that undergo acrosomal exocytosis, live-cell imaging during in vitro fertilization showed that the midpiece contraction is required for motility cessation during the fusion process. These findings provide the first evidence of the F-actin network's role in regulating sperm motility, adapting its function to meet specific cellular requirements during fertilization. These findings provide the first evidence of the F-actin network's role in regulating sperm motility, adapting its function to meet specific cellular requirements during fertilization, and highlighting the broader significance of understanding sperm motility. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

Laugh Again with Phil Callaway
The Fabulous Flagellum

Laugh Again with Phil Callaway

Play Episode Listen Later Dec 5, 2022 3:59


Listen to today's Laugh Again with Phil Callaway, "The Fabulous Flagellum." Enjoy!

fabulous phil callaway flagellum laugh again
PaperPlayer biorxiv cell biology
The intracellular amastigote of Trypanosoma cruzi maintains an actively beating flagellum

PaperPlayer biorxiv cell biology

Play Episode Listen Later Nov 24, 2022


Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2022.11.23.517661v1?rss=1 Authors: Won, M. M., Krüger, T., Engstler, M., Burleigh, B. A. Abstract: Throughout its complex life cycle, the uniflagellate parasitic protist, Trypanosoma cruzi, adapts to different host environments by transitioning between elongated motile extracellular forms and non-motile intracellular amastigote forms that replicate in the cytoplasm of mammalian host cells. Despite their name, intracellular T. cruzi amastigotes retain a short flagellum that extends beyond the opening of the flagellar pocket with access to the extracellular milieu. Contrary to the long-held view that the T. cruzi amastigote flagellum is inert, we now report that this organelle is motile and displays quasiperiodic beating inside mammalian host cells. Kymograph analysis determined an average flagellar beat frequency of ~0.7 Hz for intracellular amastigotes. Similar beat frequencies were measured in extracellular amastigotes following their isolation from host cells. Inhibitor studies reveal roles for parasite mitochondrial respiration and intracellular calcium availability in modulating flagellar beat in T. cruzi amastigotes. Together, these findings demonstrate that flagellar motility is an intrinsic property of T. cruzi amastigotes and suggest that this organelle may play an active role in the parasite infection process. To our knowledge, this is the first record of an intracellular eukaryotic flagellum beating within another eukaryotic cell. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

Viced Rhino: The Podcast
Evolution Stole My Cookies.

Viced Rhino: The Podcast

Play Episode Listen Later Jan 24, 2021 37:11


Today, Eric Hovind takes a look at the question of whether or not creationism counts as science. And no creationist treatment of this question would be complete without them trying to poke holes in evolution instead of providing evidence for creation.Evolution stole the cookies shirt: http://bit.ly/2VKWKuNSources:List of Evolutionary Predictions: http://bit.ly/2Vn1s1DThe RNA World and the Origins of Life: http://bit.ly/2RjykXnAbiotic synthesis of amino acids in the recesses of the oceanic lithosphere: https://go.nature.com/2APSL6KAmino acids in meteorites: http://bit.ly/2Vm14AEAmino acids are one of the first organic molecules to appear on Earth. What are they made of and how have they evolved?: https://go.nature.com/30XvmuGGeorge Washington University - Life’s Origins: http://bit.ly/35jD6dEMartin Hanczyc: The line between life and not-life: http://bit.ly/2IzHlbzEvolution of the Flagellum: http://bit.ly/2VophpNHow Creationism Taught Me Real Science 33 Bacterial Flagellum: http://bit.ly/31X511fMidnight Mushroom Music on Soundcloud: http://bit.ly/2VomaymPew Research - Percentage of Scientists who Accept Evolution: https://pewrsr.ch/2nvv00BOriginal Video: http://bit.ly/327OM1r

Beyond Clean GoldMind

The Beyond Clean GoldMind is a free innovative digital dictionary resource for Sterile Processing terms, featuring diverse voices from around the globe who provide definitions to the most common terms in our industry. Releasing 365 days a year, GoldMind is your daily dose of Sterile Processing education and insight to invest in yourself, your future, and the safety of your patient. It is a perfect addition to new technician on-boarding, certification studies, and educational programming in your facility. Subscribe on iTunes: https://podcasts.apple.com/us/podcast/beyond-clean-goldmind/id1534449762 Subscribe on Spotify: https://open.spotify.com/show/2NRaV0f3cWed7ZmxyYFYQB?si=BWjLs0L_QyO2sP1WhjBAGQ For more creative Sterile Processing education & resources, visit us at http://www.beyondclean.net #GoldMind #BeyondClean #DigitalDictionary #WordOfTheDay #Education #SterileProcessing #Voices #Network #Listen #Learn #ChangeTheWorld

Curiosity Daily
The Rando Who Translated Gilgamesh, Why Horses Lost Their Toes, and a Sperm-Swimming Discovery

Curiosity Daily

Play Episode Listen Later Sep 9, 2020 10:58


Learn about how the Epic of Gilgamesh, one of the oldest texts in the world, was first translated not by a scientist, but by an engraver’s apprentice named George Smith; how horses lost their toes; and why sperm swim differently than scientists previously thought. Some Random Guy Stumbled Upon and Translated a Legendary Ancient Text by Reuben Westmaas Damrosch, D. (2007, May). Epic Hero. Smithsonian Magazine. https://www.smithsonianmag.com/history/epic-hero-153362976/  ‌Rym Ghazal. (2011, April 13). World’s oldest writing not poetry but a shopping receipt. The National. https://www.thenational.ae/uae/world-s-oldest-writing-not-poetry-but-a-shopping-receipt-1.568456  Here’s Why Horses Lost Their Toes by Ashley Hamer Hyracotherium. (2011). www.prehistoric-wildlife.com. http://www.prehistoric-wildlife.com/species/h/hyracotherium.html  ‌Biewener, A. A. (1998). Muscle-tendon stresses and elastic energy storage during locomotion in the horse. Comparative Biochemistry and Physiology Part B: Biochemistry and Molecular Biology, 120(1), 73–87. https://doi.org/10.1016/s0305-0491(98)00024-8  About Chestnuts and Ergots On Horses.  (2013). CowboyWay.com. http://www.cowboyway.com/What/WhatAreChestnuts.htm  We were wrong about the way sperm swim by Cameron Duke Gadêlha, H., Hernández-Herrera, P., Montoya, F., Darszon, A., & Corkidi, G. (2020). Human sperm uses asymmetric and anisotropic flagellar controls to regulate swimming symmetry and cell steering. Science Advances, 6(31), eaba5168. https://doi.org/10.1126/sciadv.aba5168 Wilson, C. (n.d.). Sperm have a weird way of swimming and we only noticed after 300 years. New Scientist. Retrieved August 13, 2020, from https://www.newscientist.com/article/2250415-sperm-have-a-weird-way-of-swimming-and-we-only-noticed-after-300-years/ ‌Spinning otter: https://www.youtube.com/watch?v=T1bl_V_nMxQ Subscribe to Curiosity Daily to learn something new every day with Cody Gough and Ashley Hamer. You can also listen to our podcast as part of your Alexa Flash Briefing; Amazon smart speakers users, click/tap “enable” here: https://www.amazon.com/Curiosity-com-Curiosity-Daily-from/dp/B07CP17DJY See omnystudio.com/policies/listener for privacy information.

Believing The Bible
2/22/20 Bacterial Flagellum

Believing The Bible

Play Episode Listen Later Feb 22, 2020 13:38


bacterial flagellum
Unbelievable?
Debating ID – Can evolution explain the bacterial flagellum? Jonathan McLatchie vs Keith Fox

Unbelievable?

Play Episode Listen Later Feb 23, 2018 82:14


A bacterial flagellum acts as the outboard motor on a bacteria. But is the complex arrangement of parts that enable it to do its job a result of design or evolution? Michael Behe first opened the debate on the ‘irreducible complexity’ of biochemical machines in his 1996 book Darwin’s Black Box. Intelligent Design proponent Jonathan McLatchie and theistic evolutionist Keith Fox debate whether Behe’s theory has stood the test of time, the bacterial flagellum and whether ID is a science stopper or theologically helpful. For Jonathan McLatchie: http://apologetics-academy.org/  For Keith Fox: https://www.faraday.st-edmunds.cam.ac.uk/Biography.php?ID=174 For Unbelievable? the Conference 2018: http://www.premier.org.uk/justask  Get signed copies of Unbelievable? the book and audiobook: www.unbelievablebook.co.uk  Get Unbelievable? the Conference 2017 DVD/CD & Digital Download: http://www.premier.org.uk/shop  For more faith debates visit http://www.premierchristianradio.com/Shows/Saturday/Unbelievable Join the conversation: Facebook and Twitter Get the MP3 Podcast of Unbelievable? Via RSS or Via Itunes  

Shirtloads of Science
Swimming with Bacteria (and Dr Matt Baker) #27

Shirtloads of Science

Play Episode Listen Later Apr 11, 2017 19:59


Bacteria are more like submarines than fish. They have propellors and motors. This is one of the extraordinary discoveries that Sydney researcher Dr Matt Baker has been part of. In fact he has gone deeper and is looking inside the different motors bacteria species have. What powers these micro machines ?  How they are made ? His stories of life at a micron level are almost beyond belief.

Stammering-Gadfly Podcast
The Alt-Right’s Perversion of Conservatism: Flagellum Dei

Stammering-Gadfly Podcast

Play Episode Listen Later Sep 5, 2016 52:12


The Alt-Right has been poorly covered in the media since it has hit the mainstream with the speech by Hillary Clinton. Thus, questions remain, what is the Alt-Right, how is it connected to the Trump campaign, and how should we all be concerned about this movement? This is part 1 of 3.

Game Bytes
Game Bytes :: August 28, 2016 :: Level Up Your Flagellum

Game Bytes

Play Episode Listen Later Aug 29, 2016 53:13


Another full week of video game news from the crew! PlayStation makes a couple of overdue changes, NPD sales numbers are released, and Steam Spy numbers remain intact, Call of Duty helps veterans and city building sims get real! Also, new releases and what game would we bring back from the dead... and in what form? Intro: "Goes With Everything" - Street Fighter X Mega Man, by Luke 'A_Rival' Esquivel. Outro: "E.V.O. Evolutionary Means" - E.V.O.: Search for Eden, by Russell Cox (ocremix)

Medizinische Fakultät - Digitale Hochschulschriften der LMU - Teil 15/19
Identifizierung und funktionelle Charakterisierung von Geschmacksrezeptoren in Spermien

Medizinische Fakultät - Digitale Hochschulschriften der LMU - Teil 15/19

Play Episode Listen Later May 23, 2013


Ein bislang nur wenig verstandenes chemo¬sensorisches Zellsystem stellen Spermien dar, die im weib¬lichen Genital¬trakt komplexe Gemische ganz verschiedener Liganden wahr-nehmen müssen, um ihre für eine erfolgreiche Befruchtung essentiellen Aufgaben erfüllen zu können. Dazu gehören u. a. ein sekundärer Reifungsprozess (Kapazitierung), die Weg¬findung zur Eizelle im Eileiter und die Akrosom¬reaktion zur enzymatischen Auflösung der Glyko¬protein¬matrix (Zona pellucida) der Oocyte. Die Sensor¬moleküle auf der Oberfläche des Spermiums, die eine Erkennung bestehender Konzentrations-gradienten von Amino¬säuren, Kohlen¬hydraten, Hormonen, von verschiedensten Ionen und Protonen im luminalen Milieu des weiblichen Genital¬trakts sowie der Kohlenhydrat-reichen Zona pellucida ermöglichen, sind jedoch trotz ihrer Bedeutung für eine erfolgreiche Fertilisation weitgehend unbekannt. Geschmacks¬rezeptoren repräsentieren spezialisierte Erkennungs¬moleküle, die in Sinnes-zellen der Zunge die präzise Detektion eines breiten Spektrums chemisch sehr diverser Geschmacks¬stoffe ermöglichen, welche auffällige Ähnlichkeiten mit den potentiellen Liganden in der wässrigen Umgebung von Spermien im weiblichen Genital¬trakt aufweisen. Interessanterweise werden diese Rezeptorproteine aber nicht nur in Geschmacks¬sinneszellen, sondern auch in chemosensorischen Zellen einer Vielzahl extra-oraler Gewebe exprimiert. In der vorliegenden Arbeit wurde deshalb mit Hilfe biochemischer, molekular- und zell-biologischer Techniken sowie mit reproduktions¬biologischen Methoden und unter Verwendung Geschmacks¬rezeptor-defizienter Mäuse der Frage nachgegangen, ob Rezeptor¬moleküle des Geschmacks¬systems als Kandidaten für chemische Sensor-moleküle von Spermien in Betracht kommen. Dabei wurde ein Detektions¬molekül für saure Geschmacksstoffe, der PKD2L1, immun-cyto¬chemisch im Hoden der Maus und in reifen murinen Spermien nach¬gewiesen. Funktionell könnte dieser im Flagellum von Spermien exprimierte Ionenkanal an der Registrierung der verschiedenen Protonen¬konzentrationen im Milieu des weib¬lichen Genital¬trakts beteiligt sein. Weiterhin konnte eine Expression von gustatorischen GPCRs der Tas1r-Familie (süß/umami) und Tas2r-Familie (bitter), in männ¬lichen Reproduktions¬organen und in reifen Spermien gezeigt werden. Zudem wurden Hinweise auf die Expression der gustatorischen G Protein α Untereinheit Gustducin, die in Geschmacks¬sinnes¬zellen an der Signal¬transduktion dieser beiden Rezeptor¬familien beteiligt ist, im männlichen Reproduktions¬system erbracht. Im Einzelnen konnten mit der RT-PCR-Technik Transkripte von 28 der insgesamt 35 Mitglieder der großen Familie der murinen Bitter¬rezeptoren (Tas2rs) aus Hoden-gewebe amplifiziert werden. Die Bedeutung der Expression von Bitter¬rezeptoren für die Reproduktion wurde exemplarisch anhand einer Gen-defizienten Maus für den Tas2r131 unter¬sucht. Bei dieser Knockin-Maus¬linie war die kodierende Rezeptor¬sequenz durch eine GFP-Expressions¬kassette ersetzt worden, so dass das Maus¬modell gleich-zeitig auch eine Bestätigung der Expression des Tas2r131 in späten Keim¬zell¬stadien der Spermato¬genese ermöglichte. Bei der Fertilitätsanalyse Tas2r131-defizienter Tiere waren unter Labor-Zucht¬bedingungen keine Veränderungen in der Anzahl der Nach¬kommen pro Wurf oder der Zeitspanne zwischen den Würfen feststellbar. Allerdings wiesen Tas2r131-defiziente Männ¬chen signifikant mehr epididymale Spermien auf als Wildtyp-Tiere. Darüber hinaus war bei Verpaarungs¬studien mit hetero¬zygoten Männchen eine Genotyp-Verschiebung zugunsten des Tas2r131 [-] Allels zu registrieren. Dieser Phänotyp könnte darauf hindeuten, dass der Tas2r131 eine funktionelle Rolle bei Tas2r-abhängigen Auswahlprozessen verschiedener Spermien¬populationen spielt, bei denen sich z. B. durch eine Regulation der Apoptose im Verlauf der Keimzell¬bildung (Spermatogenese) oder auch durch eine Beeinflussung z. B. der Weg¬findung im weiblichen Genitaltrakt ein Selektions¬vorteil für Tas2r131-defiziente Spermien ergeben könnte. Aus der Familie der Tas1-Rezeptoren, deren drei Mitglieder als Heterodimere für die Erkennung von süßen Stimuli und dem Geschmack von Mononatrium¬glutamat („umami“) verant¬wort¬lich sind, konnten in RT-PCR-Experimenten die beiden Unter-einheiten des Umami-Rezeptors, der Tas1r1 und Tas1r3, aus Hodengewebe der Maus amplifiziert werden. Mit Hilfe Subtyp- und Spezies-spezifischer Antikörper konnte gezeigt werden, dass beide Rezeptor¬proteine im Akrosom und in distinkten Abschnitten des Flagellums von murinen und humanen Spermien exprimiert werden. Die funktionelle Rolle des Umami-Rezeptors wurde mit Hilfe einer Tas1r1-defizienten mCherry Reportermauslinie unter¬sucht, die unter optimalen Zuchtbedingungen ebenfalls keine Fertilitäts¬einschränkungen erkennen ließ. Im Hoden dieser Tas1r1-defizienten Tiere waren jedoch morpho¬logische Veränderungen des Keim¬epithels und eine signifikant erhöhte Apoptose¬rate zu registrieren, die allerdings keine verminderte Anzahl reifer Spermien oder Störungen der Morphologie oder Motilität dieser Zellen zur Folge hatte. Stimulierungsexperimente mit isolierter Zona pellucida, dem physiologischen Auslöser der Akrosomreaktion, haben zudem gezeigt, dass keine Ein¬schränkungen bei Spermien Tas1r1-defizienter Tiere fest¬zustellen waren. Allerdings wiesen Tas1r1-defiziente Spermien eine signifikant höhere Rate an spontaner Akrosom¬reaktion auf, die in unkapazitierten Zellen mit signifikant erhöhten basalen Konzentrationen der second messenger cAMP und Ca2+ einherging. Durch eine Reduzierung der intra¬zellulären Konzentrationen dieser Botenstoffe, die elementare Aufgaben des Spermiums im Verlauf des sequentiellen Prozesses der Fertilisation regulieren, könnten Tas1-Rezeptoren somit durch eine basale Rezeptor-aktivität oder durch eine Liganden-induzierte Rezeptor¬stimulation sicherstellen, dass Spermien im weiblichen Genitaltrakt in einem Ruhezustand erhalten werden, bevor sie in Kontakt mit der Eizelle kommen können. Insgesamt kann dieser Nachweis einer funktionellen Expression von Geschmacks-rezeptoren in Spermien zu einem besseren Verständnis der Regulations¬mechanismen zentraler Spermien¬funktionen beitragen und langfristig möglicherweise auch repro-duktions¬medizinische Perspektiven zur gezielten positiven bzw. negativen Manipulation von Spermien und damit zur Behandlung männlicher Infertilität bzw. zur Entwicklung nicht-hormoneller Verhütungsmittel für den Mann eröffnen.

Cake & Polka Parade with Fatty Jubbo | WFMU
Flappy Flagellum, Forked from Nov 13, 2008

Cake & Polka Parade with Fatty Jubbo | WFMU

Play Episode Listen Later Nov 13, 2008 25:02


Unco Beach - "???" - from their myspace page... [http://www.myspace.com/uncobeach] Bob Ostertag - "Getting a Head" - Getting a Head The Golden Barrel Organ - "???" - The Golden Barrel Organ Derek and Clive - "Non-Stop Dancer" - Derek and Clive Come Again Los Iniciados - "Cancion De Klam Y La Tia Ubu" - Todo Ubu Ennio Morricone - "Postludio Alla Terza Moglie" - Crime And Dissonance Harold Williams & BBC Male Chorus - "Grandfather Clock" - Children's Favorites Spirocheta Pergoli - "Bzzzzrtitina" - Spirocheta Pergoli Hans Grüsel's Krankenkabinet - "Who Stole the Tarts?" - Blaue Blooded Türen Complicated Horse Emergency - "Untitled" - from a performance [more ] Mark Applebaum - "The Composer's Middle Period" - Sock Monkey https://www.wfmu.org/playlists/shows/29270

Science Signaling Podcast
Science Signaling Podcast, 23 September 2008

Science Signaling Podcast

Play Episode Listen Later Sep 22, 2008 12:16


Bacteria secrete factors that regulate genes that contribute to virulence.

Darwin or Design
Nick Matzke, Can the flagellum evolve

Darwin or Design

Play Episode Listen Later May 9, 2008 29:28


In this chapter of Darwin or Design, I chat with for NCSE staff member Nick Matzke about research he did on understanding the evolutionary origins of the bacterial flagellum, that icon of the ID movement.

design id evolve ncse flagellum
GODSAIDMANSAID.COM - WEEKLY AUDIO PODCAST
Flagellum -- Past Finding Out

GODSAIDMANSAID.COM - WEEKLY AUDIO PODCAST

Play Episode Listen Later Apr 6, 2006 15:00


Listen to learn more...

flagellum
GODSAIDMANSAID.COM - WEEKLY AUDIO PODCAST
Flagellum -- Past Finding Out

GODSAIDMANSAID.COM - WEEKLY AUDIO PODCAST

Play Episode Listen Later Apr 6, 2006 15:00


Listen to learn more...

flagellum
GODSAIDMANSAID.COM - WEEKLY AUDIO PODCAST
Flagellum -- Past Finding Out

GODSAIDMANSAID.COM - WEEKLY AUDIO PODCAST

Play Episode Listen Later Apr 6, 2006 15:00


Listen to learn more...

flagellum