Videos by Coene Videos by Coene http://revver.com/u/Coene/ http://revver.com webmaster@revver.com Molecular RollerCoaster Mon, 05 May 2008 14:49:47 -0800

Author: Coene
Added: Mon, 05 May 2008 14:49:47 -0800
Duration: 35

Fly Through the protein binding the botox molecule.

]]> chemistryflymoleculesrollercoastersci-fiscience http://revver.com/video/865532/molecular-rollercoaster/ http://revver.com/watch/865532 Molecular RollerCoaster Fly Through the protein binding the botox molecule. Fly Through the protein binding the botox molecule. Coene Coene chemistry fly molecules rollercoaster sci-fi science nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Pink & Purple Fish Fri, 21 Sep 2007 14:28:06 -0800

Author: Coene
Added: Fri, 21 Sep 2007 14:28:06 -0800
Duration: 34

New aquarium featuring 15 exotic fish,sharks and eels!

]]> purple,pink,aquarium,fish,unde http://revver.com/video/406166/pink-purple-fish/ http://revver.com/watch/406166 Pink & Purple Fish New aquarium featuring 15 exotic fish,sharks and eels! New aquarium featuring 15 exotic fish,sharks and eels! Coene Coene purple,pink,aquarium,fish,unde nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Deepsea sound scene Thu, 30 Aug 2007 11:34:07 -0800

Author: Coene
Added: Thu, 30 Aug 2007 11:34:07 -0800
Duration: 33

aquarium featuring 15 exotic fish,sharks and eels! A unique impression of underwater life..

]]> aquariumfishunderwater http://revver.com/video/380469/deepsea-sound-scene/ http://revver.com/watch/380469 Deepsea sound scene aquarium featuring 15 exotic fish,sharks and eels! A unique impression of underwater life.. aquarium featuring 15 exotic fish,sharks and eels! A unique impression of underwater life.. Coene Coene aquarium fish underwater nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Fish Tank #3 Fri, 17 Aug 2007 12:34:07 -0800

Author: Coene
Added: Fri, 17 Aug 2007 12:34:07 -0800
Duration: 30

New aquarium featuring 12 exotic fish,sharks and eels!

]]> aquariumcolorscoraldeepdivingfishhawaioceanredseaunderwater http://revver.com/video/365856/fish-tank-3/ http://revver.com/watch/365856 Fish Tank #3 New aquarium featuring 12 exotic fish,sharks and eels! New aquarium featuring 12 exotic fish,sharks and eels! Coene Coene aquarium colors coral deep diving fish hawai ocean red sea underwater nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ The Viagra Rain Tue, 07 Aug 2007 14:34:06 -0800

Author: Coene
Added: Tue, 07 Aug 2007 14:34:06 -0800
Duration: 31

Happy generation! Nobody's too old..

]]> drugerectionoldpenispfizerpopularviagra http://revver.com/video/355302/the-viagra-rain/ http://revver.com/watch/355302 The Viagra Rain Happy generation! Nobody's too old.. Happy generation! Nobody's too old.. Coene Coene drug erection old penis pfizer popular viagra nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Diamonds,rubies & emeralds Mon, 06 Aug 2007 13:55:36 -0800

Author: Coene
Added: Mon, 06 Aug 2007 13:55:36 -0800
Duration: 40

Diamond is the hardest natural material known to man and the third-hardest known material after aggregated diamond nanorods and ultrahard fullerite. Its hardness and high dispersion of light make it useful for industrial applications and jewelry. Diamonds are specifically renowned as a material with superlative physical qualities — they make excellent abrasives because they can be scratched only by other diamonds, Borazon, ultrahard fullerite, or aggregated diamond nanorods, which also means they hold a polish extremely well and retain their lustre. About 130 million carats (26,000 kg) are mined annually, with a total value of nearly USD $9 billion.[citation needed] About 100,000 kg are synthesized annually.[2] The name diamond derives from the ancient Greek adamas "Diamonds Are a Girl's Best Friend" is a song perhaps most famously performed by Marilyn Monroe in the 1953 film Gentlemen Prefer Blondes. In a later scene, Jane Russell, who played opposite of Monroe, sang "Diamonds Are a Girl's Best Friend" in court. Monroe's rendition of the song has been considered an iconic performance and since been copied by other entertainers ranging from Madonna and Kylie Minogue to Anna Nicole Smith. The song was also featured in 2001 film Moulin Rouge!, sung by Nicole Kidman. "Diamonds Are a Girl's Best Friend" was introduced by Carol Channing in the original Broadway production of Gentlemen Prefer Blondes (1949), which was written by Jule Styne (who also wrote the scores for such famed Broadway musicals as Funny Girl and Gypsy) and Leo Robin. "Shine On You Crazy Diamond" is an epic nine-part Pink Floyd composition with lyrics written by Roger Waters, in tribute to former band member Syd Barrett, and music written by Waters, Richard Wright, and David Gilmour. It was first performed on their 1974 tour.[1] It was recorded for the 1975 concept album Wish You Were Here. The song was intended to be a side-long composition like "Atom Heart Mother" and "Echoes," but the song grew longer than a single side of vinyl would allow. It was split into two parts and used to bookend the album. The name of the song is a reference to Syd Barrett: Shine on You crazy Diamond.

]]> beautifuldiamondgemhardestluxurymaterialnaturalshiny http://revver.com/video/354119/diamondsrubies-emeralds/ http://revver.com/watch/354119 Diamonds,rubies & emeralds Diamond is the hardest natural material known to man and the third-hardest known material after aggregated diamond nanorods and ultrahard fullerite. Its hardness and high dispersion of light make it useful for industrial applications and jewelry. Diamonds are specifically renowned as a material with superlative physical qualities — they make excellent abrasives because they can be scratched only by other diamonds, Borazon, ultrahard fullerite, or aggregated diamond nanorods, which also means they hold a polish extremely well and retain their lustre. About 130 million carats (26,000 kg) are mined annually, with a total value of nearly USD $9 billion.[citation needed] About 100,000 kg are synthesized annually.[2] The name diamond derives from the ancient Greek adamas "Diamonds Are a Girl's Best Friend" is a song perhaps most famously performed by Marilyn Monroe in the 1953 film Gentlemen Prefer Blondes. In a later scene, Jane Russell, who played opposite of Monroe, sang "Diamonds Are a Girl's Best Friend" in court. Monroe's rendition of the song has been considered an iconic performance and since been copied by other entertainers ranging from Madonna and Kylie Minogue to Anna Nicole Smith. The song was also featured in 2001 film Moulin Rouge!, sung by Nicole Kidman. "Diamonds Are a Girl's Best Friend" was introduced by Carol Channing in the original Broadway production of Gentlemen Prefer Blondes (1949), which was written by Jule Styne (who also wrote the scores for such famed Broadway musicals as Funny Girl and Gypsy) and Leo Robin. "Shine On You Crazy Diamond" is an epic nine-part Pink Floyd composition with lyrics written by Roger Waters, in tribute to former band member Syd Barrett, and music written by Waters, Richard Wright, and David Gilmour. It was first performed on their 1974 tour.[1] It was recorded for the 1975 concept album Wish You Were Here. The song was intended to be a side-long composition like "Atom Heart Mother" and "Echoes," but the song grew longer than a single side of vinyl would allow. It was split into two parts and used to bookend the album. The name of the song is a reference to Syd Barrett: Shine on You crazy Diamond. Diamond is the hardest natural material known to man and the third-hardest known material after aggregated diamond nanorods and ultrahard fullerite. Its hardness and high dispersion of light make it useful for industrial applications and jewelry. Diamonds are specifically renowned as a material with superlative physical qualities — they make excellent abrasives because they can be scratched only by other diamonds, Borazon, ultrahard fullerite, or aggregated diamond nanorods, which also means they hold a polish extremely well and retain their lustre. About 130 million carats (26,000 kg) are mined annually, with a total value of nearly USD $9 billion.[citation needed] About 100,000 kg are synthesized annually.[2] The name diamond derives from the ancient Greek adamas "Diamonds Are a Girl's Best Friend" is a song perhaps most famously performed by Marilyn Monroe in the 1953 film Gentlemen Prefer Blondes. In a later scene, Jane Russell, who played opposite of Monroe, sang "Diamonds Are a Girl's Best Friend" in court. Monroe's rendition of the song has been considered an iconic performance and since been copied by other entertainers ranging from Madonna and Kylie Minogue to Anna Nicole Smith. The song was also featured in 2001 film Moulin Rouge!, sung by Nicole Kidman. "Diamonds Are a Girl's Best Friend" was introduced by Carol Channing in the original Broadway production of Gentlemen Prefer Blondes (1949), which was written by Jule Styne (who also wrote the scores for such famed Broadway musicals as Funny Girl and Gypsy) and Leo Robin. "Shine On You Crazy Diamond" is an epic nine-part Pink Floyd composition with lyrics written by Roger Waters, in tribute to former band member Syd Barrett, and music written by Waters, Richard Wright, and David Gilmour. It was first performed on their 1974 tour.[1] It was recorded for the 1975 concept album Wish You Were Here. The song was intended to be a side-long composition like "Atom Heart Mother" and "Echoes," but the song grew longer than a single side of vinyl would allow. It was split into two parts and used to bookend the album. The name of the song is a reference to Syd Barrett: Shine on You crazy Diamond. Coene Coene beautiful diamond gem hardest luxury material natural shiny nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Antibiotics Mon, 06 Aug 2007 13:13:12 -0800

Author: Coene
Added: Mon, 06 Aug 2007 13:13:12 -0800
Duration: 44

Penicillin (sometimes abbreviated PCN) refers to a group of ß-lactam antibiotics used in the treatment of bacterial infections caused by susceptible, usually Gram-positive, organisms. The name “penicillin” can also be used in reference to a specific member of the penicillin group. All penicillins possess the basic Penam Skeleton, which has the molecular formula R-C9H11N2O4S, where R is a variable side chain. History The discovery of penicillin is usually att in 1928, though others had earlier noted the antibacterial effects of Penicillium. Fleming, at his laboratory in St. Mary's Hospital (now one of Imperial College teaching hospitals) in London, noticed a halo of inhibition of bacterial growth around a contaminant blue-green mould on a Staphylococcus plate culture. Fleming concluded that the mould was releasing a substance that was inhibiting bacterial growth and lysing the bacteria. He grew a pure culture of the mould and discovered that it was a Penicillium mould, now known to be Penicillium chrysogenum. Fleming coined the term "penicillin" to describe the filtrate of a broth culture of the Penicillium mould. Even in these early stages, penicillin was found to be most effective against Gram-positive bacteria, and ineffective against Gram-negative organisms and fungi. He expressed initial optimism that penicillin would be a useful disinfectant, being highly potent with minimal toxicity compared to antiseptics of the day, but particularly noted its laboratory value in the isolation of "Bacillus influenzae" (now Haemophilus influenzae).[1] After further experiments, Fleming was convinced that penicillin could not last long enough in the human body to kill pathogenic bacteria and stopped studying penicillin after 1931, but restarted some clinical trials in 1934 and continued to try to get someone to purify it until 1940. The first major development was ampicillin, which offered a broader spectrum of activity than either of the original penicillins. Further development yielded beta-lactamase-resistant penicillins including flucloxacillin, dicloxacillin and methicillin. These were important for their activity against beta-lactamase-producing bacteria species, but are ineffective against the methicillin-resistant Staphylococcus aureus strains that subsequently emerged. The line of true penicillins were the antipseudomonal penicillins, such as ticarcillin and piperacillin, useful for their activity against Gram-negative bacteria. However, the usefulness of the beta-lactam ring was such that related antibiotics, including the mecillinams, the carbapenems and, most importantly, the cephalosporins, have at the centre of their structures.

]]> antibioticantibioticsbacterialbenzathinepencillinbicillinclamoxylcurediseasedoctorfeverfleminginfectionslatentorganismspenicillinprophylaxisrossisyphilis http://revver.com/video/354106/antibiotics/ http://revver.com/watch/354106 Antibiotics Penicillin (sometimes abbreviated PCN) refers to a group of ß-lactam antibiotics used in the treatment of bacterial infections caused by susceptible, usually Gram-positive, organisms. The name “penicillin” can also be used in reference to a specific member of the penicillin group. All penicillins possess the basic Penam Skeleton, which has the molecular formula R-C9H11N2O4S, where R is a variable side chain. History The discovery of penicillin is usually att in 1928, though others had earlier noted the antibacterial effects of Penicillium. Fleming, at his laboratory in St. Mary's Hospital (now one of Imperial College teaching hospitals) in London, noticed a halo of inhibition of bacterial growth around a contaminant blue-green mould on a Staphylococcus plate culture. Fleming concluded that the mould was releasing a substance that was inhibiting bacterial growth and lysing the bacteria. He grew a pure culture of the mould and discovered that it was a Penicillium mould, now known to be Penicillium chrysogenum. Fleming coined the term "penicillin" to describe the filtrate of a broth culture of the Penicillium mould. Even in these early stages, penicillin was found to be most effective against Gram-positive bacteria, and ineffective against Gram-negative organisms and fungi. He expressed initial optimism that penicillin would be a useful disinfectant, being highly potent with minimal toxicity compared to antiseptics of the day, but particularly noted its laboratory value in the isolation of "Bacillus influenzae" (now Haemophilus influenzae).[1] After further experiments, Fleming was convinced that penicillin could not last long enough in the human body to kill pathogenic bacteria and stopped studying penicillin after 1931, but restarted some clinical trials in 1934 and continued to try to get someone to purify it until 1940. The first major development was ampicillin, which offered a broader spectrum of activity than either of the original penicillins. Further development yielded beta-lactamase-resistant penicillins including flucloxacillin, dicloxacillin and methicillin. These were important for their activity against beta-lactamase-producing bacteria species, but are ineffective against the methicillin-resistant Staphylococcus aureus strains that subsequently emerged. The line of true penicillins were the antipseudomonal penicillins, such as ticarcillin and piperacillin, useful for their activity against Gram-negative bacteria. However, the usefulness of the beta-lactam ring was such that related antibiotics, including the mecillinams, the carbapenems and, most importantly, the cephalosporins, have at the centre of their structures. Penicillin (sometimes abbreviated PCN) refers to a group of ß-lactam antibiotics used in the treatment of bacterial infections caused by susceptible, usually Gram-positive, organisms. The name “penicillin” can also be used in reference to a specific member of the penicillin group. All penicillins possess the basic Penam Skeleton, which has the molecular formula R-C9H11N2O4S, where R is a variable side chain. History The discovery of penicillin is usually att in 1928, though others had earlier noted the antibacterial effects of Penicillium. Fleming, at his laboratory in St. Mary's Hospital (now one of Imperial College teaching hospitals) in London, noticed a halo of inhibition of bacterial growth around a contaminant blue-green mould on a Staphylococcus plate culture. Fleming concluded that the mould was releasing a substance that was inhibiting bacterial growth and lysing the bacteria. He grew a pure culture of the mould and discovered that it was a Penicillium mould, now known to be Penicillium chrysogenum. Fleming coined the term "penicillin" to describe the filtrate of a broth culture of the Penicillium mould. Even in these early stages, penicillin was found to be most effective against Gram-positive bacteria, and ineffective against Gram-negative organisms and fungi. He expressed initial optimism that penicillin would be a useful disinfectant, being highly potent with minimal toxicity compared to antiseptics of the day, but particularly noted its laboratory value in the isolation of "Bacillus influenzae" (now Haemophilus influenzae).[1] After further experiments, Fleming was convinced that penicillin could not last long enough in the human body to kill pathogenic bacteria and stopped studying penicillin after 1931, but restarted some clinical trials in 1934 and continued to try to get someone to purify it until 1940. The first major development was ampicillin, which offered a broader spectrum of activity than either of the original penicillins. Further development yielded beta-lactamase-resistant penicillins including flucloxacillin, dicloxacillin and methicillin. These were important for their activity against beta-lactamase-producing bacteria species, but are ineffective against the methicillin-resistant Staphylococcus aureus strains that subsequently emerged. The line of true penicillins were the antipseudomonal penicillins, such as ticarcillin and piperacillin, useful for their activity against Gram-negative bacteria. However, the usefulness of the beta-lactam ring was such that related antibiotics, including the mecillinams, the carbapenems and, most importantly, the cephalosporins, have at the centre of their structures. Coene Coene antibiotic antibiotics bacterial benzathinepencillin bicillin clamoxyl cure disease doctor fever fleming infections latent organisms penicillin prophylaxis rossi syphilis nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ The hemoglobin Mon, 06 Aug 2007 12:49:06 -0800

Author: Coene
Added: Mon, 06 Aug 2007 12:49:06 -0800
Duration: 35

Red Blood, Blue Blood Ever wondered why blood vessels appear blue? Oxygenated blood is bright red: when you are cut, the blood you see is brilliant red oxygenated blood. Deoxygenated blood is deep purple: when you donate blood or give a blood sample at the doctor's office, it is drawn into a storage tube away from oxygen, so you can see this dark purple color. However, deep purple deoxygenated blood appears blue as it flows through our veins, especially in people with fair skin. This is due to the way that different colors of light travel through skin: blue light is reflected in the surface layers of the skin, whereas red light penetrates more deeply. The dark blood in the vein absorbs most of this red light (as well as any blue light that makes it in that far), so what we see is the blue light that is reflected at the skin's surface. Some organisms like snails and crabs, on the other hand, use copper to transport oxygen, so they truly have blue blood. Artificial Blood Blood transfusions have saved countless lives. However, the need for matching blood type, the short life of stored blood, and the possibility of contamination are still major concerns. An understanding of how hemoglobin works, based on decades of biochemical study and many crystallographic structures, has prompted a search for blood substitutes and artificial blood. The most obvious approach is to use a solution of pure hemoglobin to replace lost blood. The main challenge is keeping the four protein chains of hemoglobin together. In the absence of the protective casing of the red blood cell, the four chains rapidly fall apart. To avoid this problem, novel hemoglobin molecules have been designed where two of the four chains are physically linked together, as shown in PDB entry 1c7d. In that structure, two additional glycine residues form a link between two of the chains, preventing their separation in solution. Hemoglobin Cousins Looking through the PDB, you will find many different hemoglobin molecules. You can find Max Perutz's groundbreaking structure of horse hemoglobin in entry 2dhb, shown in the picture here. There are structures of human hemoglo

]]> bloodcyanidedaltonsdioxideelectronhydrophobichyrogenmagneticmolecularnauseanitrogenoxidationoxidativeoxygenoxygenatedoxyhemoglobinphosphorylationsmokerssulfidesulfurmonoxidevessels http://revver.com/video/354097/the-hemoglobin/ http://revver.com/watch/354097 The hemoglobin Red Blood, Blue Blood Ever wondered why blood vessels appear blue? Oxygenated blood is bright red: when you are cut, the blood you see is brilliant red oxygenated blood. Deoxygenated blood is deep purple: when you donate blood or give a blood sample at the doctor's office, it is drawn into a storage tube away from oxygen, so you can see this dark purple color. However, deep purple deoxygenated blood appears blue as it flows through our veins, especially in people with fair skin. This is due to the way that different colors of light travel through skin: blue light is reflected in the surface layers of the skin, whereas red light penetrates more deeply. The dark blood in the vein absorbs most of this red light (as well as any blue light that makes it in that far), so what we see is the blue light that is reflected at the skin's surface. Some organisms like snails and crabs, on the other hand, use copper to transport oxygen, so they truly have blue blood. Artificial Blood Blood transfusions have saved countless lives. However, the need for matching blood type, the short life of stored blood, and the possibility of contamination are still major concerns. An understanding of how hemoglobin works, based on decades of biochemical study and many crystallographic structures, has prompted a search for blood substitutes and artificial blood. The most obvious approach is to use a solution of pure hemoglobin to replace lost blood. The main challenge is keeping the four protein chains of hemoglobin together. In the absence of the protective casing of the red blood cell, the four chains rapidly fall apart. To avoid this problem, novel hemoglobin molecules have been designed where two of the four chains are physically linked together, as shown in PDB entry 1c7d. In that structure, two additional glycine residues form a link between two of the chains, preventing their separation in solution. Hemoglobin Cousins Looking through the PDB, you will find many different hemoglobin molecules. You can find Max Perutz's groundbreaking structure of horse hemoglobin in entry 2dhb, shown in the picture here. There are structures of human hemoglo Red Blood, Blue Blood Ever wondered why blood vessels appear blue? Oxygenated blood is bright red: when you are cut, the blood you see is brilliant red oxygenated blood. Deoxygenated blood is deep purple: when you donate blood or give a blood sample at the doctor's office, it is drawn into a storage tube away from oxygen, so you can see this dark purple color. However, deep purple deoxygenated blood appears blue as it flows through our veins, especially in people with fair skin. This is due to the way that different colors of light travel through skin: blue light is reflected in the surface layers of the skin, whereas red light penetrates more deeply. The dark blood in the vein absorbs most of this red light (as well as any blue light that makes it in that far), so what we see is the blue light that is reflected at the skin's surface. Some organisms like snails and crabs, on the other hand, use copper to transport oxygen, so they truly have blue blood. Artificial Blood Blood transfusions have saved countless lives. However, the need for matching blood type, the short life of stored blood, and the possibility of contamination are still major concerns. An understanding of how hemoglobin works, based on decades of biochemical study and many crystallographic structures, has prompted a search for blood substitutes and artificial blood. The most obvious approach is to use a solution of pure hemoglobin to replace lost blood. The main challenge is keeping the four protein chains of hemoglobin together. In the absence of the protective casing of the red blood cell, the four chains rapidly fall apart. To avoid this problem, novel hemoglobin molecules have been designed where two of the four chains are physically linked together, as shown in PDB entry 1c7d. In that structure, two additional glycine residues form a link between two of the chains, preventing their separation in solution. Hemoglobin Cousins Looking through the PDB, you will find many different hemoglobin molecules. You can find Max Perutz's groundbreaking structure of horse hemoglobin in entry 2dhb, shown in the picture here. There are structures of human hemoglo Coene Coene blood cyanide daltons dioxide electron hydrophobic hyrogen magnetic molecular nausea nitrogen oxidation oxidative oxygen oxygenated oxyhemoglobin phosphorylation smokers sulfide sulfurmonoxide vessels nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ How color vision works (xl) Mon, 06 Aug 2007 12:43:06 -0800

Author: Coene
Added: Mon, 06 Aug 2007 12:43:06 -0800
Duration: 34

Rhodopsin, also known as visual purple, is expressed in metazoan photoreceptor cells. It is a pigment of the retina that is responsible for both the formation of the photoreceptor cells and the first events in the perception of light. Rhodopsins belong to the class of G-protein coupled receptors. It is the chemical that allows night-vision, and is extremely sensitive to light. Exposed to white light, the pigment immediately bleaches, and it takes about 30 minutes to regenerate fully in humans.

]]> braincellscoloreyesmechanismphotoreceptorpigmentretinarhodopsinseevertebratevision http://revver.com/video/354091/how-color-vision-works-xl/ http://revver.com/watch/354091 How color vision works (xl) Rhodopsin, also known as visual purple, is expressed in metazoan photoreceptor cells. It is a pigment of the retina that is responsible for both the formation of the photoreceptor cells and the first events in the perception of light. Rhodopsins belong to the class of G-protein coupled receptors. It is the chemical that allows night-vision, and is extremely sensitive to light. Exposed to white light, the pigment immediately bleaches, and it takes about 30 minutes to regenerate fully in humans. Rhodopsin, also known as visual purple, is expressed in metazoan photoreceptor cells. It is a pigment of the retina that is responsible for both the formation of the photoreceptor cells and the first events in the perception of light. Rhodopsins belong to the class of G-protein coupled receptors. It is the chemical that allows night-vision, and is extremely sensitive to light. Exposed to white light, the pigment immediately bleaches, and it takes about 30 minutes to regenerate fully in humans. Coene Coene brain cells color eyes mechanism photoreceptor pigment retina rhodopsin see vertebrate vision nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ C.S.I. : DNA compilation Mon, 06 Aug 2007 12:34:22 -0800

Author: Coene
Added: Mon, 06 Aug 2007 12:34:22 -0800
Duration: 40

DNA is also one of the most familiar molecules, the central icon of molecular biology, easily recognized by everyone. To some, it may carry a negative connotation, being a pervasive symbol for activists against genetically engineered produce. To others, it may bring to mind advances in forensics such as the DNA fingerprinting used in many recent high-profile trials. Some may have seen it in science fiction, modified to build dinosaurs or store cryptic messages from aliens. To all it is a pervasive symbol of our growing understanding of the human body and our close kinship with the rest of the biosphere, and the moral and ethical issues that must be addressed in the face of that knowledge. DNA is perfect for the storage and readout of information. It is laden with information. Every surface and edge of the molecule carries information. The basic mechanism by which DNA stores and transmits genetic information was discovered in the 1950's by Watson and Crick. This basic information is stored in the way that the bases match one another on opposite sides of the double helix--adenine with thymine, guanine with cytosine--forming a set of complementary hydrogen bonds

]]> acidbiochemistrycelldividesdnamoleculesnucleicproteins http://revver.com/video/354073/csi-dna-compilation/ http://revver.com/watch/354073 C.S.I. : DNA compilation DNA is also one of the most familiar molecules, the central icon of molecular biology, easily recognized by everyone. To some, it may carry a negative connotation, being a pervasive symbol for activists against genetically engineered produce. To others, it may bring to mind advances in forensics such as the DNA fingerprinting used in many recent high-profile trials. Some may have seen it in science fiction, modified to build dinosaurs or store cryptic messages from aliens. To all it is a pervasive symbol of our growing understanding of the human body and our close kinship with the rest of the biosphere, and the moral and ethical issues that must be addressed in the face of that knowledge. DNA is perfect for the storage and readout of information. It is laden with information. Every surface and edge of the molecule carries information. The basic mechanism by which DNA stores and transmits genetic information was discovered in the 1950's by Watson and Crick. This basic information is stored in the way that the bases match one another on opposite sides of the double helix--adenine with thymine, guanine with cytosine--forming a set of complementary hydrogen bonds DNA is also one of the most familiar molecules, the central icon of molecular biology, easily recognized by everyone. To some, it may carry a negative connotation, being a pervasive symbol for activists against genetically engineered produce. To others, it may bring to mind advances in forensics such as the DNA fingerprinting used in many recent high-profile trials. Some may have seen it in science fiction, modified to build dinosaurs or store cryptic messages from aliens. To all it is a pervasive symbol of our growing understanding of the human body and our close kinship with the rest of the biosphere, and the moral and ethical issues that must be addressed in the face of that knowledge. DNA is perfect for the storage and readout of information. It is laden with information. Every surface and edge of the molecule carries information. The basic mechanism by which DNA stores and transmits genetic information was discovered in the 1950's by Watson and Crick. This basic information is stored in the way that the bases match one another on opposite sides of the double helix--adenine with thymine, guanine with cytosine--forming a set of complementary hydrogen bonds Coene Coene acid biochemistry cell divides dna molecules nucleic proteins nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ The Virtual Aquarium Thu, 02 Aug 2007 13:16:25 -0800

Author: Coene
Added: Thu, 02 Aug 2007 13:16:25 -0800
Duration: 32

Welcome to the virtual aquarium! Watch these fish swim around. They have all the colors of the rainbow.

]]> aquariumdivingfishgoldfishscreensaverscubaunderwater http://revver.com/video/350821/the-virtual-aquarium/ http://revver.com/watch/350821 The Virtual Aquarium Welcome to the virtual aquarium! Watch these fish swim around. They have all the colors of the rainbow. Welcome to the virtual aquarium! Watch these fish swim around. They have all the colors of the rainbow. Coene Coene aquarium diving fish goldfish screensaver scuba underwater nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Radioactive Fish Sat, 28 Jul 2007 08:43:21 -0800

Author: Coene
Added: Sat, 28 Jul 2007 08:43:21 -0800
Duration: 16

Beautiful animation of fish swimming in a beautiful surrounding in the sea. But when you look closer you see a barrel of toxic waste.. What happened to these poor fishes??

]]> cancercoraldeathdumpinggreenpeaceleadpollutionradiationradioactivitytoxictoxicitywaste http://revver.com/video/344699/radioactive-fish/ http://revver.com/watch/344699 Radioactive Fish Beautiful animation of fish swimming in a beautiful surrounding in the sea. But when you look closer you see a barrel of toxic waste.. What happened to these poor fishes?? Beautiful animation of fish swimming in a beautiful surrounding in the sea. But when you look closer you see a barrel of toxic waste.. What happened to these poor fishes?? Coene Coene cancer coral death dumping greenpeace lead pollution radiation radioactivity toxic toxicity waste nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Italian Firefly (long version) Mon, 23 Jul 2007 13:13:08 -0800

Author: Coene
Added: Mon, 23 Jul 2007 13:13:08 -0800
Duration: 34

Bioluminescence is the production and emission of light by a living organism as the result of a chemical reaction during which chemical energy is converted to light energy. The name originates from the Greek bios for "living" and the Latin lumen "light". Bioluminescence may be generated by symbiotic organisms carried within a larger organism. It is generated by an enzyme-catalyzed chemoluminescence reaction, wherein the pigment luciferin is oxidised by the enzyme luciferase. Adenosine triphosphate (ATP) is involved in most instances. The chemical reaction can occur either within or outside of the cell. In bacteria, the expression of genes related to bioluminescence is controlled by an operon called the lux operon. Bioluminescence is a form of luminescence, or "cold light" emission; less than 20% of the light generates thermal radiation. It should not be confused with fluorescence, phosphorescence or refraction of light.

]]> beautydarkefficientenergyfaeriesglowingglowworminsectlightluciferreactionwood http://revver.com/video/340363/italian-firefly-long-version/ http://revver.com/watch/340363 Italian Firefly (long version) Bioluminescence is the production and emission of light by a living organism as the result of a chemical reaction during which chemical energy is converted to light energy. The name originates from the Greek bios for "living" and the Latin lumen "light". Bioluminescence may be generated by symbiotic organisms carried within a larger organism. It is generated by an enzyme-catalyzed chemoluminescence reaction, wherein the pigment luciferin is oxidised by the enzyme luciferase. Adenosine triphosphate (ATP) is involved in most instances. The chemical reaction can occur either within or outside of the cell. In bacteria, the expression of genes related to bioluminescence is controlled by an operon called the lux operon. Bioluminescence is a form of luminescence, or "cold light" emission; less than 20% of the light generates thermal radiation. It should not be confused with fluorescence, phosphorescence or refraction of light. Bioluminescence is the production and emission of light by a living organism as the result of a chemical reaction during which chemical energy is converted to light energy. The name originates from the Greek bios for "living" and the Latin lumen "light". Bioluminescence may be generated by symbiotic organisms carried within a larger organism. It is generated by an enzyme-catalyzed chemoluminescence reaction, wherein the pigment luciferin is oxidised by the enzyme luciferase. Adenosine triphosphate (ATP) is involved in most instances. The chemical reaction can occur either within or outside of the cell. In bacteria, the expression of genes related to bioluminescence is controlled by an operon called the lux operon. Bioluminescence is a form of luminescence, or "cold light" emission; less than 20% of the light generates thermal radiation. It should not be confused with fluorescence, phosphorescence or refraction of light. Coene Coene beauty dark efficient energy faeries glowing glowworm insect light lucifer reaction wood nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Pulp Fiction : Adrenalin shot straight to the heart (XL) Mon, 23 Jul 2007 12:52:14 -0800

Author: Coene
Added: Mon, 23 Jul 2007 12:52:14 -0800
Duration: 36

To refresh your memory, hit man Vincent (John Travolta) has the job of squiring his boss's wife, Mia (Uma Thurman), around town. While he's in the bathroom, she discovers his stash of what she thinks is cocaine and promptly snorts some. Bad idea--it's actually high-octane heroin. Vincent returns to find her comatose and frantically drives her to the home of his dealer Lance (Eric Stoltz), who hands Vincent a railroad-spike-sized syringe. The following classic dialogue ensues over the supine Mia: Lance: OK, you're giving her an injection of adrenaline straight to her heart. But she's got breastplates. You've gotta pierce through that. So what you gotta do is, you gotta bring the needle down in a stabbing motion. [Makes multiple stabbing motions] Vincent: I gotta stab her three times? Lance: No, you don't gotta fucking stab her three times! You gotta stab her once, but it's gotta be hard enough to get through her breastplate into her heart, all right? And then once you do that, you press down on the plunger. Vincent: OK, then what happens? Lance: I'm curious about that myself. Vincent does as instructed. Mia immediately sits bolt upright, eyes wide open and apparently fully recovered. OK, this isn't a 100 percent accurate depiction of what would actually occur. But here's the thing: doctors honest to God do on (rare) occasion jab a big hypodermic of epinephrine, aka adrenaline, directly into the heart of someone who's gone into cardiac arrest, a technique called intracardiac injection (ICI). If the patient is lucky she revives quickly--epinephrine is the fight-or-flight hormone that blasts through your system in moments of extremity. So there's a grain of truth to the scene. But only a grain. Among the problematic details: (1) The heart isn't beneath the "breastplate" (presumably Lance means the breastbone, or sternum--the heart is to the left of this), and in any case only a fool would try to force a needle through bone--you'd go between the ribs. (2) A cardiac arrest victim getting ICI doesn't instantly jerk up like the alarm clock just went off--the heart might restart right away, but it would take a while to regain consciousness. (3) Mia's problem probably isn't cardiac arrest anyway--the immediate consequence of heroin overdose is severe respiratory depression. As long as her heart keeps beating, ICI is pointless. If Mia needs an injection of something, a plain old intravenous shot will work just fine, since her blood is still circulating. (4) Epinephrine wouldn't sober up someone who was OD'ing. To neutralize heroin you'd administer a drug such as Narcan (naloxone), which blocks the opiate receptors in the brain and can bring a junkie back to earth in a matter of minutes.

]]> adrenalinebathroomcocainecomadrugsepinephrinefictionheroinintracardiacpulpstab http://revver.com/video/340327/pulp-fiction-adrenalin-shot-straight-to-the-heart-xl/ http://revver.com/watch/340327 Pulp Fiction : Adrenalin shot straight to the heart (XL) To refresh your memory, hit man Vincent (John Travolta) has the job of squiring his boss's wife, Mia (Uma Thurman), around town. While he's in the bathroom, she discovers his stash of what she thinks is cocaine and promptly snorts some. Bad idea--it's actually high-octane heroin. Vincent returns to find her comatose and frantically drives her to the home of his dealer Lance (Eric Stoltz), who hands Vincent a railroad-spike-sized syringe. The following classic dialogue ensues over the supine Mia: Lance: OK, you're giving her an injection of adrenaline straight to her heart. But she's got breastplates. You've gotta pierce through that. So what you gotta do is, you gotta bring the needle down in a stabbing motion. [Makes multiple stabbing motions] Vincent: I gotta stab her three times? Lance: No, you don't gotta fucking stab her three times! You gotta stab her once, but it's gotta be hard enough to get through her breastplate into her heart, all right? And then once you do that, you press down on the plunger. Vincent: OK, then what happens? Lance: I'm curious about that myself. Vincent does as instructed. Mia immediately sits bolt upright, eyes wide open and apparently fully recovered. OK, this isn't a 100 percent accurate depiction of what would actually occur. But here's the thing: doctors honest to God do on (rare) occasion jab a big hypodermic of epinephrine, aka adrenaline, directly into the heart of someone who's gone into cardiac arrest, a technique called intracardiac injection (ICI). If the patient is lucky she revives quickly--epinephrine is the fight-or-flight hormone that blasts through your system in moments of extremity. So there's a grain of truth to the scene. But only a grain. Among the problematic details: (1) The heart isn't beneath the "breastplate" (presumably Lance means the breastbone, or sternum--the heart is to the left of this), and in any case only a fool would try to force a needle through bone--you'd go between the ribs. (2) A cardiac arrest victim getting ICI doesn't instantly jerk up like the alarm clock just went off--the heart might restart right away, but it would take a while to regain consciousness. (3) Mia's problem probably isn't cardiac arrest anyway--the immediate consequence of heroin overdose is severe respiratory depression. As long as her heart keeps beating, ICI is pointless. If Mia needs an injection of something, a plain old intravenous shot will work just fine, since her blood is still circulating. (4) Epinephrine wouldn't sober up someone who was OD'ing. To neutralize heroin you'd administer a drug such as Narcan (naloxone), which blocks the opiate receptors in the brain and can bring a junkie back to earth in a matter of minutes. To refresh your memory, hit man Vincent (John Travolta) has the job of squiring his boss's wife, Mia (Uma Thurman), around town. While he's in the bathroom, she discovers his stash of what she thinks is cocaine and promptly snorts some. Bad idea--it's actually high-octane heroin. Vincent returns to find her comatose and frantically drives her to the home of his dealer Lance (Eric Stoltz), who hands Vincent a railroad-spike-sized syringe. The following classic dialogue ensues over the supine Mia: Lance: OK, you're giving her an injection of adrenaline straight to her heart. But she's got breastplates. You've gotta pierce through that. So what you gotta do is, you gotta bring the needle down in a stabbing motion. [Makes multiple stabbing motions] Vincent: I gotta stab her three times? Lance: No, you don't gotta fucking stab her three times! You gotta stab her once, but it's gotta be hard enough to get through her breastplate into her heart, all right? And then once you do that, you press down on the plunger. Vincent: OK, then what happens? Lance: I'm curious about that myself. Vincent does as instructed. Mia immediately sits bolt upright, eyes wide open and apparently fully recovered. OK, this isn't a 100 percent accurate depiction of what would actually occur. But here's the thing: doctors honest to God do on (rare) occasion jab a big hypodermic of epinephrine, aka adrenaline, directly into the heart of someone who's gone into cardiac arrest, a technique called intracardiac injection (ICI). If the patient is lucky she revives quickly--epinephrine is the fight-or-flight hormone that blasts through your system in moments of extremity. So there's a grain of truth to the scene. But only a grain. Among the problematic details: (1) The heart isn't beneath the "breastplate" (presumably Lance means the breastbone, or sternum--the heart is to the left of this), and in any case only a fool would try to force a needle through bone--you'd go between the ribs. (2) A cardiac arrest victim getting ICI doesn't instantly jerk up like the alarm clock just went off--the heart might restart right away, but it would take a while to regain consciousness. (3) Mia's problem probably isn't cardiac arrest anyway--the immediate consequence of heroin overdose is severe respiratory depression. As long as her heart keeps beating, ICI is pointless. If Mia needs an injection of something, a plain old intravenous shot will work just fine, since her blood is still circulating. (4) Epinephrine wouldn't sober up someone who was OD'ing. To neutralize heroin you'd administer a drug such as Narcan (naloxone), which blocks the opiate receptors in the brain and can bring a junkie back to earth in a matter of minutes. Coene Coene adrenaline bathroom cocaine coma drugs epinephrine fiction heroin intracardiac pulp stab nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Blood clotting is a tricky business (XL) Mon, 23 Jul 2007 12:52:14 -0800

Author: Coene
Added: Mon, 23 Jul 2007 12:52:14 -0800
Duration: 37

The coagulation of blood is a complex process during which blood forms solid clots. It is an important part of hemostasis (the cessation of blood loss from a damaged vessel) whereby a damaged blood vessel wall is covered by a fibrin clot to stop hemorrhage and aid repair of the damaged vessel. Disorders in coagulation can lead to increased hemorrhage and/or thrombosis and embolism. Coagulation is similar in mammals, with all mammals using a combined cellular and serine protease mechanism. The system in humans is the most extensively researched and therefore the best known. This article focuses on human blood coagulation In a normal individual, coagulation is initiated within 20 seconds after an injury occurs to the blood vessel damaging the endothelial cells. Platelets immediately form a haemostatic plug at the site of injury. This is called primary haemostasis. Secondary haemostasis then follows—plasma components called coagulation factors respond (in a complex cascade) to form fibrin strands which strengthen the platelet plug. Contrary to popular belief, coagulation from a cut on the skin is not initiated by air or drying out, but by platelets adhering to and activated by collagen in the blood vessel endothelium. The activated platelets then release the contents of their granules, these contain a variety of substances that stimulate further platelet activation and enhance the haemostatic process.

]]> bloodclottingcoagulationcuthaemostasisinitiatedlossplateletsprimarywoundwounds http://revver.com/video/340341/blood-clotting-is-a-tricky-business-xl/ http://revver.com/watch/340341 Blood clotting is a tricky business (XL) The coagulation of blood is a complex process during which blood forms solid clots. It is an important part of hemostasis (the cessation of blood loss from a damaged vessel) whereby a damaged blood vessel wall is covered by a fibrin clot to stop hemorrhage and aid repair of the damaged vessel. Disorders in coagulation can lead to increased hemorrhage and/or thrombosis and embolism. Coagulation is similar in mammals, with all mammals using a combined cellular and serine protease mechanism. The system in humans is the most extensively researched and therefore the best known. This article focuses on human blood coagulation In a normal individual, coagulation is initiated within 20 seconds after an injury occurs to the blood vessel damaging the endothelial cells. Platelets immediately form a haemostatic plug at the site of injury. This is called primary haemostasis. Secondary haemostasis then follows—plasma components called coagulation factors respond (in a complex cascade) to form fibrin strands which strengthen the platelet plug. Contrary to popular belief, coagulation from a cut on the skin is not initiated by air or drying out, but by platelets adhering to and activated by collagen in the blood vessel endothelium. The activated platelets then release the contents of their granules, these contain a variety of substances that stimulate further platelet activation and enhance the haemostatic process. The coagulation of blood is a complex process during which blood forms solid clots. It is an important part of hemostasis (the cessation of blood loss from a damaged vessel) whereby a damaged blood vessel wall is covered by a fibrin clot to stop hemorrhage and aid repair of the damaged vessel. Disorders in coagulation can lead to increased hemorrhage and/or thrombosis and embolism. Coagulation is similar in mammals, with all mammals using a combined cellular and serine protease mechanism. The system in humans is the most extensively researched and therefore the best known. This article focuses on human blood coagulation In a normal individual, coagulation is initiated within 20 seconds after an injury occurs to the blood vessel damaging the endothelial cells. Platelets immediately form a haemostatic plug at the site of injury. This is called primary haemostasis. Secondary haemostasis then follows—plasma components called coagulation factors respond (in a complex cascade) to form fibrin strands which strengthen the platelet plug. Contrary to popular belief, coagulation from a cut on the skin is not initiated by air or drying out, but by platelets adhering to and activated by collagen in the blood vessel endothelium. The activated platelets then release the contents of their granules, these contain a variety of substances that stimulate further platelet activation and enhance the haemostatic process. Coene Coene blood clotting coagulation cut haemostasis initiated loss platelets primary wound wounds nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ How Viagra Works (XL) Mon, 23 Jul 2007 12:34:08 -0800

Author: Coene
Added: Mon, 23 Jul 2007 12:34:08 -0800
Duration: 30

Viagra is available as blue pills with a characteristic shapeEven though sildenafil is only available by prescription from a doctor, it was advertised directly to consumers on US TV (famously being endorsed by Bob Dole and Football star Pele). Numerous sites on the Internet offer Viagra for sale after an "online consultation", a mere web questionnaire. The "Viagra" name has become so well known that many fake aphrodisiacs now call themselves "herbal Viagra" or are presented as blue tablets imitating the shape and colour of Pfizer's product. Viagra is also informally known as "Vitamin V", "the Blue Pill", as well as various other nicknames.

]]> braindrugserectioninhibitedpenispharmacyphosphodiesterasepillsselectivelysexviagra http://revver.com/video/340315/how-viagra-works-xl/ http://revver.com/watch/340315 How Viagra Works (XL) Viagra is available as blue pills with a characteristic shapeEven though sildenafil is only available by prescription from a doctor, it was advertised directly to consumers on US TV (famously being endorsed by Bob Dole and Football star Pele). Numerous sites on the Internet offer Viagra for sale after an "online consultation", a mere web questionnaire. The "Viagra" name has become so well known that many fake aphrodisiacs now call themselves "herbal Viagra" or are presented as blue tablets imitating the shape and colour of Pfizer's product. Viagra is also informally known as "Vitamin V", "the Blue Pill", as well as various other nicknames. Viagra is available as blue pills with a characteristic shapeEven though sildenafil is only available by prescription from a doctor, it was advertised directly to consumers on US TV (famously being endorsed by Bob Dole and Football star Pele). Numerous sites on the Internet offer Viagra for sale after an "online consultation", a mere web questionnaire. The "Viagra" name has become so well known that many fake aphrodisiacs now call themselves "herbal Viagra" or are presented as blue tablets imitating the shape and colour of Pfizer's product. Viagra is also informally known as "Vitamin V", "the Blue Pill", as well as various other nicknames. Coene Coene brain drugs erection inhibited penis pharmacy phosphodiesterase pills selectively sex viagra nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Multicolor Fish Thu, 05 Jul 2007 14:13:07 -0800

Author: Coene
Added: Thu, 05 Jul 2007 14:13:07 -0800
Duration: 23

Watch these fish swim around. They have all the colors of the rainbow. Another aquarium, featuring sharks and fish swimming around in a coral reef

]]> animalsanimationaquariumbackgroundcoralseelsfishfishtankgoldfishjellyfishkoinaturerainbowreefscubaseaseaweedsharksharkssnailsswimmingunderwaterviralwater http://revver.com/video/322752/multicolor-fish/ http://revver.com/watch/322752 Multicolor Fish Watch these fish swim around. They have all the colors of the rainbow. Another aquarium, featuring sharks and fish swimming around in a coral reef Watch these fish swim around. They have all the colors of the rainbow. Another aquarium, featuring sharks and fish swimming around in a coral reef Coene Coene animals animation aquarium background corals eels fish fishtank goldfish jellyfish koi nature rainbow reef scuba sea seaweed shark sharks snails swimming underwater viral water nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ The Star-Spangled Banner Mon, 02 Jul 2007 14:13:07 -0800

Author: Coene
Added: Mon, 02 Jul 2007 14:13:07 -0800
Duration: 24

O say, can you see, by the dawn’s early light, What so proudly we hailed at the twilight's last gleaming, Whose broad stripes and bright stars, through the perilous fight O’er the ramparts we watched, were so gallantly streaming? And the rockets’ red glare, the bombs bursting in air Gave proof through the night that our flag was still there; O say, does that star-spangled banner yet wave O’er the land of the free and the home of the brave? [show]Second, third and fourth verses of The Star-Spangled Banner On the shore, dimly seen thro’ the mist of the deep, Where the foe’s haughty host in dread silence reposes, What is that which the breeze, o’er the towering steep, As it fitfully blows, half conceals, half discloses? Now it catches the gleam of the morning’s first beam, In full glory reflected, now shines on the stream ’Tis the star-spangled banner. Oh! long may it wave O’er the land of the free and the home of the brave! And where is that band who so vauntingly swore That the havoc of war and the battle’s confusion A home and a country should leave us no more? Their blood has washed out their foul footsteps' pollution. No refuge could save the hireling and slave From the terror of flight, or the gloom of the grave, And the star-spangled banner in triumph doth wave O’er the land of the free and the home of the brave. Oh! thus be it ever, when freemen shall stand Between their loved homes and the war’s desolation, Blest with vict’ry and peace, may the Heav’n-rescued land Praise the Power that hath made and preserved us a nation! Then conquer we must, when our cause it is just, And this be our motto: "In God is our Trust" And the star-spangled banner in triumph shall wave O’er the land of the free and the home of the brave.

]]> americaanthemflagnationalnewskylinestatesunitedyork http://revver.com/video/319965/the-star-spangled-banner/ http://revver.com/watch/319965 The Star-Spangled Banner O say, can you see, by the dawn’s early light, What so proudly we hailed at the twilight's last gleaming, Whose broad stripes and bright stars, through the perilous fight O’er the ramparts we watched, were so gallantly streaming? And the rockets’ red glare, the bombs bursting in air Gave proof through the night that our flag was still there; O say, does that star-spangled banner yet wave O’er the land of the free and the home of the brave? [show]Second, third and fourth verses of The Star-Spangled Banner On the shore, dimly seen thro’ the mist of the deep, Where the foe’s haughty host in dread silence reposes, What is that which the breeze, o’er the towering steep, As it fitfully blows, half conceals, half discloses? Now it catches the gleam of the morning’s first beam, In full glory reflected, now shines on the stream ’Tis the star-spangled banner. Oh! long may it wave O’er the land of the free and the home of the brave! And where is that band who so vauntingly swore That the havoc of war and the battle’s confusion A home and a country should leave us no more? Their blood has washed out their foul footsteps' pollution. No refuge could save the hireling and slave From the terror of flight, or the gloom of the grave, And the star-spangled banner in triumph doth wave O’er the land of the free and the home of the brave. Oh! thus be it ever, when freemen shall stand Between their loved homes and the war’s desolation, Blest with vict’ry and peace, may the Heav’n-rescued land Praise the Power that hath made and preserved us a nation! Then conquer we must, when our cause it is just, And this be our motto: "In God is our Trust" And the star-spangled banner in triumph shall wave O’er the land of the free and the home of the brave. O say, can you see, by the dawn’s early light, What so proudly we hailed at the twilight's last gleaming, Whose broad stripes and bright stars, through the perilous fight O’er the ramparts we watched, were so gallantly streaming? And the rockets’ red glare, the bombs bursting in air Gave proof through the night that our flag was still there; O say, does that star-spangled banner yet wave O’er the land of the free and the home of the brave? [show]Second, third and fourth verses of The Star-Spangled Banner On the shore, dimly seen thro’ the mist of the deep, Where the foe’s haughty host in dread silence reposes, What is that which the breeze, o’er the towering steep, As it fitfully blows, half conceals, half discloses? Now it catches the gleam of the morning’s first beam, In full glory reflected, now shines on the stream ’Tis the star-spangled banner. Oh! long may it wave O’er the land of the free and the home of the brave! And where is that band who so vauntingly swore That the havoc of war and the battle’s confusion A home and a country should leave us no more? Their blood has washed out their foul footsteps' pollution. No refuge could save the hireling and slave From the terror of flight, or the gloom of the grave, And the star-spangled banner in triumph doth wave O’er the land of the free and the home of the brave. Oh! thus be it ever, when freemen shall stand Between their loved homes and the war’s desolation, Blest with vict’ry and peace, may the Heav’n-rescued land Praise the Power that hath made and preserved us a nation! Then conquer we must, when our cause it is just, And this be our motto: "In God is our Trust" And the star-spangled banner in triumph shall wave O’er the land of the free and the home of the brave. Coene Coene america anthem flag national new skyline states united york nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Underwater scene Fri, 29 Jun 2007 11:43:06 -0800

Author: Coene
Added: Fri, 29 Jun 2007 11:43:06 -0800
Duration: 26

8O different kinds of fish swimming around the bottom of the sea

]]> animalsanimationaquariumbubblescoralsdivingeelgrassfiltrationfishfishtankgoldfishjellyfishkoikreiselreefscubaseaseaweedsharksnailsswimmingunderwaterviralwater http://revver.com/video/317350/underwater-scene/ http://revver.com/watch/317350 Underwater scene 8O different kinds of fish swimming around the bottom of the sea 8O different kinds of fish swimming around the bottom of the sea Coene Coene animals animation aquarium bubbles corals diving eelgrass filtration fish fishtank goldfish jellyfish koi kreisel reef scuba sea seaweed shark snails swimming underwater viral water nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Ruby,Ruby,Ruby!! Thu, 28 Jun 2007 13:13:06 -0800

Author: Coene
Added: Thu, 28 Jun 2007 13:13:06 -0800
Duration: 24

,No, not the Kaiser Chiefs this time: it's the original gemstone: Ruby is a red gemstone that varies from a light pink to a blood red, a variety of the mineral corundum (aluminium oxide). The color is caused mainly by chromium. Its name comes from ruber, Latin for red. Natural rubies are exceptionally rare[specify], but synthetic rubies (sometimes called created ruby) can be manufactured fairly cheaply. Other varieties of gem-quality corundum are called sapphires. It is considered one of the four precious stones, together with the sapphire, the emerald and the diamond. Rubies are mined in Africa, Asia, Australia, Greenland, Madagascar and North Carolina. They are most often found in Myanmar (Burma), Sri Lanka, Kenya, Madagascar, and Cambodia, but they have also been found in the U.S. states of Montana, North Carolina and South Carolina. The Mogok Valley in Upper Myanmar has produced some of the finest rubies but, in recent years, very few good rubies have been found there. The unique color in Myanmar (Burmese) rubies is described as "pigeon’s blood". They are known in the trade as “Mogok” rubies. In central Myanmar the area of Mong Hsu also produces rubies. The latest ruby deposit to be found in Myanmar is situated in Nam Ya. In 2002 rubies were found in the Waseges River area of Kenya. Sometimes spinels are found along with rubies in the same rocks and are mistaken for rubies. However, fine red spinels may approach the average ruby in value.

]]> beautifulchromegemstoneglittergoodsluxurymineralredrotatingruby http://revver.com/video/316446/rubyrubyruby/ http://revver.com/watch/316446 Ruby,Ruby,Ruby!! ,No, not the Kaiser Chiefs this time: it's the original gemstone: Ruby is a red gemstone that varies from a light pink to a blood red, a variety of the mineral corundum (aluminium oxide). The color is caused mainly by chromium. Its name comes from ruber, Latin for red. Natural rubies are exceptionally rare[specify], but synthetic rubies (sometimes called created ruby) can be manufactured fairly cheaply. Other varieties of gem-quality corundum are called sapphires. It is considered one of the four precious stones, together with the sapphire, the emerald and the diamond. Rubies are mined in Africa, Asia, Australia, Greenland, Madagascar and North Carolina. They are most often found in Myanmar (Burma), Sri Lanka, Kenya, Madagascar, and Cambodia, but they have also been found in the U.S. states of Montana, North Carolina and South Carolina. The Mogok Valley in Upper Myanmar has produced some of the finest rubies but, in recent years, very few good rubies have been found there. The unique color in Myanmar (Burmese) rubies is described as "pigeon’s blood". They are known in the trade as “Mogok” rubies. In central Myanmar the area of Mong Hsu also produces rubies. The latest ruby deposit to be found in Myanmar is situated in Nam Ya. In 2002 rubies were found in the Waseges River area of Kenya. Sometimes spinels are found along with rubies in the same rocks and are mistaken for rubies. However, fine red spinels may approach the average ruby in value. ,No, not the Kaiser Chiefs this time: it's the original gemstone: Ruby is a red gemstone that varies from a light pink to a blood red, a variety of the mineral corundum (aluminium oxide). The color is caused mainly by chromium. Its name comes from ruber, Latin for red. Natural rubies are exceptionally rare[specify], but synthetic rubies (sometimes called created ruby) can be manufactured fairly cheaply. Other varieties of gem-quality corundum are called sapphires. It is considered one of the four precious stones, together with the sapphire, the emerald and the diamond. Rubies are mined in Africa, Asia, Australia, Greenland, Madagascar and North Carolina. They are most often found in Myanmar (Burma), Sri Lanka, Kenya, Madagascar, and Cambodia, but they have also been found in the U.S. states of Montana, North Carolina and South Carolina. The Mogok Valley in Upper Myanmar has produced some of the finest rubies but, in recent years, very few good rubies have been found there. The unique color in Myanmar (Burmese) rubies is described as "pigeon’s blood". They are known in the trade as “Mogok” rubies. In central Myanmar the area of Mong Hsu also produces rubies. The latest ruby deposit to be found in Myanmar is situated in Nam Ya. In 2002 rubies were found in the Waseges River area of Kenya. Sometimes spinels are found along with rubies in the same rocks and are mistaken for rubies. However, fine red spinels may approach the average ruby in value. Coene Coene beautiful chrome gemstone glitter goods luxury mineral red rotating ruby nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Fish Tank #2 Tue, 26 Jun 2007 12:10:09 -0800

Author: Coene
Added: Tue, 26 Jun 2007 12:10:09 -0800
Duration: 23

Here's another great looking fish tank, featuring the angel shark,blue tang,boccacio,blue marlin,codfish and sheephead.

]]> aquariumcoralseelfishfishtankgoldfishgrasssnailsjellyfishreefseaweedsharkunderwaterwaterswimming http://revver.com/video/314186/fish-tank-2/ http://revver.com/watch/314186 Fish Tank #2 Here's another great looking fish tank, featuring the angel shark,blue tang,boccacio,blue marlin,codfish and sheephead. Here's another great looking fish tank, featuring the angel shark,blue tang,boccacio,blue marlin,codfish and sheephead. Coene Coene aquarium corals eel fish fishtank goldfish grasssnails jellyfish reef seaweed shark underwater waters wimming nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Balloons over the superbowl stadium Fri, 22 Jun 2007 14:13:07 -0800

Author: Coene
Added: Fri, 22 Jun 2007 14:13:07 -0800
Duration: 46

Wow! 8000 balloons flying away in to the sky!

]]> balloonballoonsamericanfootbal http://revver.com/video/310103/balloons-over-the-superbowl-stadium/ http://revver.com/watch/310103 Balloons over the superbowl stadium Wow! 8000 balloons flying away in to the sky! Wow! 8000 balloons flying away in to the sky! Coene Coene balloonballoonsamericanfootbal nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Aquarium 1 Tue, 19 Jun 2007 14:40:08 -0800

Author: Coene
Added: Tue, 19 Jun 2007 14:40:08 -0800
Duration: 24

Aquaria can can come in more creative flavors. Aquariums have been fashioned into coffee tables, sinks, and even toilets. Another such example is the Macquarium, an aquarium made from the shell of an Apple Macintosh computer A kreisel tank is a circular aquarium designed to hold delicate animals such as jellyfish

]]> aquariumfishunderwaterreeffish http://revver.com/video/306401/aquarium-1/ http://revver.com/watch/306401 Aquarium 1 Aquaria can can come in more creative flavors. Aquariums have been fashioned into coffee tables, sinks, and even toilets. Another such example is the Macquarium, an aquarium made from the shell of an Apple Macintosh computer A kreisel tank is a circular aquarium designed to hold delicate animals such as jellyfish Aquaria can can come in more creative flavors. Aquariums have been fashioned into coffee tables, sinks, and even toilets. Another such example is the Macquarium, an aquarium made from the shell of an Apple Macintosh computer A kreisel tank is a circular aquarium designed to hold delicate animals such as jellyfish Coene Coene aquariumfishunderwaterreeffish nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ It's raining penguins Fri, 08 Jun 2007 13:10:07 -0800

Author: Coene
Added: Fri, 08 Jun 2007 13:10:07 -0800
Duration: 27

Penguins live in colonies in the Antarctic, in freezing temperatures. No tap dancing in this animation though. Penguins are are a group of aquatic, flightless birds living almost exclusively in the Southern Hemisphere. The largest living species is the Emperor Penguin. Most penguins feed on krill, fish, squid, and other forms of sealife caught while swimming underwater. They spend half of their life on land and half in the oceans. Penguins seem to have no fear of humans and have approached groups of explorers without hesitation. This is probably on account of there being no land predators in Antarctica or the nearby offshore islands that prey on or attack penguins. Instead, penguins are at risk at sea from predators such as the leopard seal. Penguins are popular around the world, primarily for their unusually upright, waddling pace and (compared to other birds) lack of fear of humans. Their striking black and white plumage is often likened to a tuxedo suit and generates humorous remarks about the bird being "well dressed". Perhaps in reaction to this cutesy stereotype, fictional penguins are occasionally presented as grouchy or even sinister. Penguins have also been the subject of many books and documentary films such as Happy Feet and Surf's Up, both CGI-Animated Animal Adventure Films, March of the Penguins, a documentary based on the migration process of penguins, and a parody film entitled Farce of the Penguins. Mistakenly, some artists and writers have penguins based in the North Pole. French Pingouin, German Pinguin

]]> antarcticfallingpengouinpenguinpenguinspinguinrain http://revver.com/video/295025/its-raining-penguins/ http://revver.com/watch/295025 It's raining penguins Penguins live in colonies in the Antarctic, in freezing temperatures. No tap dancing in this animation though. Penguins are are a group of aquatic, flightless birds living almost exclusively in the Southern Hemisphere. The largest living species is the Emperor Penguin. Most penguins feed on krill, fish, squid, and other forms of sealife caught while swimming underwater. They spend half of their life on land and half in the oceans. Penguins seem to have no fear of humans and have approached groups of explorers without hesitation. This is probably on account of there being no land predators in Antarctica or the nearby offshore islands that prey on or attack penguins. Instead, penguins are at risk at sea from predators such as the leopard seal. Penguins are popular around the world, primarily for their unusually upright, waddling pace and (compared to other birds) lack of fear of humans. Their striking black and white plumage is often likened to a tuxedo suit and generates humorous remarks about the bird being "well dressed". Perhaps in reaction to this cutesy stereotype, fictional penguins are occasionally presented as grouchy or even sinister. Penguins have also been the subject of many books and documentary films such as Happy Feet and Surf's Up, both CGI-Animated Animal Adventure Films, March of the Penguins, a documentary based on the migration process of penguins, and a parody film entitled Farce of the Penguins. Mistakenly, some artists and writers have penguins based in the North Pole. French Pingouin, German Pinguin Penguins live in colonies in the Antarctic, in freezing temperatures. No tap dancing in this animation though. Penguins are are a group of aquatic, flightless birds living almost exclusively in the Southern Hemisphere. The largest living species is the Emperor Penguin. Most penguins feed on krill, fish, squid, and other forms of sealife caught while swimming underwater. They spend half of their life on land and half in the oceans. Penguins seem to have no fear of humans and have approached groups of explorers without hesitation. This is probably on account of there being no land predators in Antarctica or the nearby offshore islands that prey on or attack penguins. Instead, penguins are at risk at sea from predators such as the leopard seal. Penguins are popular around the world, primarily for their unusually upright, waddling pace and (compared to other birds) lack of fear of humans. Their striking black and white plumage is often likened to a tuxedo suit and generates humorous remarks about the bird being "well dressed". Perhaps in reaction to this cutesy stereotype, fictional penguins are occasionally presented as grouchy or even sinister. Penguins have also been the subject of many books and documentary films such as Happy Feet and Surf's Up, both CGI-Animated Animal Adventure Films, March of the Penguins, a documentary based on the migration process of penguins, and a parody film entitled Farce of the Penguins. Mistakenly, some artists and writers have penguins based in the North Pole. French Pingouin, German Pinguin Coene Coene antarctic falling pengouin penguin penguins pinguin rain nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Happy Feet: It's raining penguins. Fri, 08 Jun 2007 12:43:06 -0800

Author: Coene
Added: Fri, 08 Jun 2007 12:43:06 -0800
Duration: 43

Penguins live in colonies in the Antarctic, in freezing temperatures. No tap dancing in this animation though. Penguins are are a group of aquatic, flightless birds living almost exclusively in the Southern Hemisphere. The largest living species is the Emperor Penguin. Most penguins feed on krill, fish, squid, and other forms of sealife caught while swimming underwater. They spend half of their life on land and half in the oceans. Penguins seem to have no fear of humans and have approached groups of explorers without hesitation. This is probably on account of there being no land predators in Antarctica or the nearby offshore islands that prey on or attack penguins. Instead, penguins are at risk at sea from predators such as the leopard seal. Penguins are popular around the world, primarily for their unusually upright, waddling pace and (compared to other birds) lack of fear of humans. Their striking black and white plumage is often likened to a tuxedo suit and generates humorous remarks about the bird being "well dressed". Perhaps in reaction to this cutesy stereotype, fictional penguins are occasionally presented as grouchy or even sinister. Penguins have also been the subject of many books and documentary films such as Happy Feet and Surf's Up, both CGI-Animated Animal Adventure Films, March of the Penguins, a documentary based on the migration process of penguins, and a parody film entitled Farce of the Penguins. Mistakenly, some artists and writers have penguins based in the North Pole. French Pingouin, German Pinguin

]]> animationicepenguinstuxedo http://revver.com/video/294965/happy-feet-its-raining-penguins/ http://revver.com/watch/294965 Happy Feet: It's raining penguins. Penguins live in colonies in the Antarctic, in freezing temperatures. No tap dancing in this animation though. Penguins are are a group of aquatic, flightless birds living almost exclusively in the Southern Hemisphere. The largest living species is the Emperor Penguin. Most penguins feed on krill, fish, squid, and other forms of sealife caught while swimming underwater. They spend half of their life on land and half in the oceans. Penguins seem to have no fear of humans and have approached groups of explorers without hesitation. This is probably on account of there being no land predators in Antarctica or the nearby offshore islands that prey on or attack penguins. Instead, penguins are at risk at sea from predators such as the leopard seal. Penguins are popular around the world, primarily for their unusually upright, waddling pace and (compared to other birds) lack of fear of humans. Their striking black and white plumage is often likened to a tuxedo suit and generates humorous remarks about the bird being "well dressed". Perhaps in reaction to this cutesy stereotype, fictional penguins are occasionally presented as grouchy or even sinister. Penguins have also been the subject of many books and documentary films such as Happy Feet and Surf's Up, both CGI-Animated Animal Adventure Films, March of the Penguins, a documentary based on the migration process of penguins, and a parody film entitled Farce of the Penguins. Mistakenly, some artists and writers have penguins based in the North Pole. French Pingouin, German Pinguin Penguins live in colonies in the Antarctic, in freezing temperatures. No tap dancing in this animation though. Penguins are are a group of aquatic, flightless birds living almost exclusively in the Southern Hemisphere. The largest living species is the Emperor Penguin. Most penguins feed on krill, fish, squid, and other forms of sealife caught while swimming underwater. They spend half of their life on land and half in the oceans. Penguins seem to have no fear of humans and have approached groups of explorers without hesitation. This is probably on account of there being no land predators in Antarctica or the nearby offshore islands that prey on or attack penguins. Instead, penguins are at risk at sea from predators such as the leopard seal. Penguins are popular around the world, primarily for their unusually upright, waddling pace and (compared to other birds) lack of fear of humans. Their striking black and white plumage is often likened to a tuxedo suit and generates humorous remarks about the bird being "well dressed". Perhaps in reaction to this cutesy stereotype, fictional penguins are occasionally presented as grouchy or even sinister. Penguins have also been the subject of many books and documentary films such as Happy Feet and Surf's Up, both CGI-Animated Animal Adventure Films, March of the Penguins, a documentary based on the migration process of penguins, and a parody film entitled Farce of the Penguins. Mistakenly, some artists and writers have penguins based in the North Pole. French Pingouin, German Pinguin Coene Coene animation ice penguins tuxedo nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Shine on you crazy diamonds! Fri, 01 Jun 2007 12:43:07 -0800

Author: Coene
Added: Fri, 01 Jun 2007 12:43:07 -0800
Duration: 19

Shine On You Crazy Diamond" is an epic nine-part Pink Floyd composition with lyrics written by Roger Waters, in tribute to former band member Syd Barrett, and music written by Waters, Richard Wright, and David Gilmour. It was first performed on their 1974 tour.[1] It was recorded for the 1975 concept album Wish You Were Here. The song was intended to be a side-long composition like "Atom Heart Mother" and "Echoes," but the song grew longer than a single side of vinyl would allow. It was split into two parts and used to bookend the album. The name of the song is a reference to Syd Barrett: Shine on You crazy Diamond.

]]> antwerpborazoncaratcaratsdiamondsgemsjewelryrings http://revver.com/video/287464/shine-on-you-crazy-diamonds/ http://revver.com/watch/287464 Shine on you crazy diamonds! Shine On You Crazy Diamond" is an epic nine-part Pink Floyd composition with lyrics written by Roger Waters, in tribute to former band member Syd Barrett, and music written by Waters, Richard Wright, and David Gilmour. It was first performed on their 1974 tour.[1] It was recorded for the 1975 concept album Wish You Were Here. The song was intended to be a side-long composition like "Atom Heart Mother" and "Echoes," but the song grew longer than a single side of vinyl would allow. It was split into two parts and used to bookend the album. The name of the song is a reference to Syd Barrett: Shine on You crazy Diamond. Shine On You Crazy Diamond" is an epic nine-part Pink Floyd composition with lyrics written by Roger Waters, in tribute to former band member Syd Barrett, and music written by Waters, Richard Wright, and David Gilmour. It was first performed on their 1974 tour.[1] It was recorded for the 1975 concept album Wish You Were Here. The song was intended to be a side-long composition like "Atom Heart Mother" and "Echoes," but the song grew longer than a single side of vinyl would allow. It was split into two parts and used to bookend the album. The name of the song is a reference to Syd Barrett: Shine on You crazy Diamond. Coene Coene antwerp borazon carat carats diamonds gems jewelry rings nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ The Emerald Thu, 24 May 2007 15:40:18 -0800

Author: Coene
Added: Thu, 24 May 2007 15:40:18 -0800
Duration: 28

A rare type of emerald known as a trapiche emerald is occasionally found in the mines of Colombia. A trapiche emerald exhibits a "star" pattern; it has raylike spokes of dark carbon impurities that give the emerald a six-pointed radial pattern. It is named for the trapiche, a grinding wheel used to process sugarcane in the region. Colombian emeralds are generally the most prized due to their transparency and fire. Some of the most rare emeralds come from three main emerald mining areas in Colombia: Muzo, Coscuez, and Chivor. Fine emeralds are also found in other countries, such as Zambia, Brazil, Zimbabwe, Madagascar, Pakistan, India, Afghanistan and Russia. The value of an emerald depends on cut, color, clarity, and carat. The characteristics of Colombian emeralds set the highest standards of quality Emerald is regarded as the traditional birthstone for May, as well as the traditional gemstone for the astrological signs of Taurus and Cancer

]]> carboncolombiadarkemeraldexhibitsfoundimpuritiesknownminesoccasionallypatternrarespokesstartrapichetype http://revver.com/video/278711/the-emerald/ http://revver.com/watch/278711 The Emerald A rare type of emerald known as a trapiche emerald is occasionally found in the mines of Colombia. A trapiche emerald exhibits a "star" pattern; it has raylike spokes of dark carbon impurities that give the emerald a six-pointed radial pattern. It is named for the trapiche, a grinding wheel used to process sugarcane in the region. Colombian emeralds are generally the most prized due to their transparency and fire. Some of the most rare emeralds come from three main emerald mining areas in Colombia: Muzo, Coscuez, and Chivor. Fine emeralds are also found in other countries, such as Zambia, Brazil, Zimbabwe, Madagascar, Pakistan, India, Afghanistan and Russia. The value of an emerald depends on cut, color, clarity, and carat. The characteristics of Colombian emeralds set the highest standards of quality Emerald is regarded as the traditional birthstone for May, as well as the traditional gemstone for the astrological signs of Taurus and Cancer A rare type of emerald known as a trapiche emerald is occasionally found in the mines of Colombia. A trapiche emerald exhibits a "star" pattern; it has raylike spokes of dark carbon impurities that give the emerald a six-pointed radial pattern. It is named for the trapiche, a grinding wheel used to process sugarcane in the region. Colombian emeralds are generally the most prized due to their transparency and fire. Some of the most rare emeralds come from three main emerald mining areas in Colombia: Muzo, Coscuez, and Chivor. Fine emeralds are also found in other countries, such as Zambia, Brazil, Zimbabwe, Madagascar, Pakistan, India, Afghanistan and Russia. The value of an emerald depends on cut, color, clarity, and carat. The characteristics of Colombian emeralds set the highest standards of quality Emerald is regarded as the traditional birthstone for May, as well as the traditional gemstone for the astrological signs of Taurus and Cancer Coene Coene carbon colombia dark emerald exhibits found impurities known mines occasionally pattern rare spokes star trapiche type nonadult http://creativecommons.org/licenses/by-nc-nd/2.5/ Diamonds are a girl's best friend Fri, 11 May 2007 13:10:14 -0800

Author: Coene
Added: Fri, 11 May 2007 13:10:14 -0800
Duration: 29

Diamond is the hardest natural material known to man and the third-hardest known material after aggregated diamond nanorods and ultrahard fullerite. Its hardness and high dispersion of light make it useful for industrial applications and jewelry. Diamonds are specifically renowned as a material with superlative physical qualities — they make excellent abrasives because they can be scratched only by other diamonds, Borazon, ultrahard fullerite, or aggregated diamond nanorods, which also means they hold a polish extremely well and retain their lustre. About 130 million carats (26,000 kg) are mined annually, with a total value of nearly USD $9 billion.[citation needed] About 100,000 kg are synthesized annually.[2] The name diamond derives from the ancient Greek adamas "Diamonds Are a Girl's Best Friend" is a song perhaps most famously performed by Marilyn Monroe in the 1953 film Gentlemen Prefer Blondes. In a later scene, Jane Russell, who played opposite of Monroe, sang "Diamonds Are a Girl's Best Friend" in court. Monroe's rendition of the song has been considered an iconic performance and since been copied by other entertainers ranging from Madonna and Kylie Minogue to Anna Nicole Smith. The song was also featured in 2001 film Moulin Rouge!, sung by Nicole Kidman. "Diamonds Are a Girl's Best Friend" was introduced by Carol Channing in the original Broadway production of Gentlemen Prefer Blondes (1949), which was written by Jule Styne (who also wrote the scores for such famed Broadway musicals as Funny Girl and Gypsy) and Leo Robin. "Shine On You Crazy Diamond" is an epic nine-part Pink Floyd composition with lyrics written by Roger Waters, in tribute to former band member Syd Barrett, and music written by Waters, Richard Wright, and David Gilmour. It was first performed on their 1974 tour.[1] It was recorded for the 1975 concept album Wish You Were Here. The song was intended to be a side-long composition like "Atom Heart Mother" and "Echoes," but the song grew longer than a single side of vinyl would allow. It was split into two parts and used to bookend the album. The name of the song is a reference to Syd Barrett: Shine on You crazy Diamond.

]]> aggregatedbloodbrilliancediamondfakefulleritegemstonehardestjewelry