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		<video:video>
			<video:title><![CDATA[Teledi@log]]></video:title>
			<video:publication_date>2013-06-21T00:00:00+00:00</video:publication_date>
			<video:description><![CDATA[Film om Teledi@log projektet, hvis formål er at udvikle telerehabiliteringskoncepter- og teknologier, således at alle sværhedsgrader af hjertepatienter kan t...]]></video:description>
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	<url>
		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/naturvidenskab/saadan-trodser-mystisk-kaedespringvand-tyngdekraften/</loc>
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			<video:title><![CDATA[The Chain Fountain]]></video:title>
			<video:publication_date>2013-02-20T00:00:00+00:00</video:publication_date>
			<video:description><![CDATA[Visit my blog here: https://stevemould.comFollow me on twitter here: https://twitter.com/mouldsBuy nerdy maths things here: https://mathsgear.co.ukThe beads are...]]></video:description>
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			<video:duration>36</video:duration>
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	<url>
		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/krop-sundhed/lysaktiveret-lim-lapper-hjerter-sammen-paa-sekunder/</loc>
		<video:video>
			<video:title><![CDATA[Lys-lim kan kurere knuste hjerter]]></video:title>
			<video:publication_date>2014-01-08T00:00:00+00:00</video:publication_date>
			<video:description><![CDATA[En type lim til kirurgisk brug kan bruges til at lappe svære blødninger i eksempelvis hjertet. Limen kaldes HLAA og er en særlig type polymer - en type plast...]]></video:description>
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		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/naturvidenskab/hoejteknologiske-koeer-broedfoeder-fremtiden/</loc>
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			<video:title><![CDATA[Genetik revolutionerer landbruget]]></video:title>
			<video:publication_date>2013-11-28T00:00:00+00:00</video:publication_date>
			<video:description><![CDATA[AU-forskere har været med til at udvikle genetiske test, som de sidste fem år har skabt sundere dyr og større produktion inden for dansk kvægavl. Teknologien...]]></video:description>
			<video:player_loc>https://www.youtube.com/embed/tEhCJa3DFzw</video:player_loc>
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			<video:duration>211</video:duration>
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	<url>
		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/naturvidenskab/rejer-laver-mystiske-lysglimt-med-kloeerne/</loc>
		<video:video>
			<video:title><![CDATA[How to Turn Sound Into Light: Sonoluminescence]]></video:title>
			<video:publication_date>2013-06-03T00:00:00+00:00</video:publication_date>
			<video:description><![CDATA[Another awesome thing the Mantis Shrimp does...The BEST Sonoluminescence reference: https://doc.utwente.nl/42577/1/single-bubble_sonoluminescence.pdfLinks to ...]]></video:description>
			<video:player_loc>https://www.youtube.com/embed/2yHDeKFW8j8</video:player_loc>
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			<video:duration>127</video:duration>
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		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/krop-sundhed/muligt-mirakelmiddel-mod-malaria-fundet/</loc>
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			<video:title><![CDATA[Life cycle of malaria, Part 1, human host]]></video:title>
			<video:publication_date>2010-03-13T00:00:00+00:00</video:publication_date>
			<video:description><![CDATA[When a malaria-carrying mosquito bites a human host, the malaria parasite enters the bloodstream, multiplies in the liver cells, and is then released back in...]]></video:description>
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			<video:duration>258</video:duration>
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		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/teknologi/kampen-om-internettet/</loc>
		<video:video>
			<video:title><![CDATA[The Importance of Open Internet Culture - An Episode with Elizabeth Stark]]></video:title>
			<video:publication_date>2013-12-10T16:13:26+00:00</video:publication_date>
			<video:description><![CDATA[Why is innovation dependent on an open internet and how can you create viable business plans for the internet? These are just some of the issues Elizabeth brings to life as she describes how and why she was and is so engaged in stopping SOPA and keeping the internet open.

In the spirit of the film we would like to thank all the great people contributing to the creativity on the web by making their stuff creative commons, we could not have made this movie without you!]]></video:description>
			<video:player_loc>https://player.vimeo.com/video/81541353</video:player_loc>
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			<video:duration>2074</video:duration>
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	<url>
		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/krop-sundhed/hvorfor-er-det-svaert-at-styre-sine-tanker/</loc>
		<video:video>
			<video:title><![CDATA[Hvorfor er det svært at styre sine tanker?]]></video:title>
			<video:publication_date>2013-12-17T14:29:48+01:00</video:publication_date>
			<video:description><![CDATA[Nyd de videoer og den musik, du holder af, upload originalt indhold, og del det hele med venner, familie og verden på YouTube.]]></video:description>
			<video:player_loc>https://www.youtube.com/embed/Zpi62TJs2W0</video:player_loc>
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		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/kultur-samfund/beroemt-wagner-opera-er-inspireret-af-migraene/</loc>
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			<video:title><![CDATA[Compulsive plague! pain without end!]]></video:title>
			<video:publication_date>2013-12-13T00:00:00+00:00</video:publication_date>
			<video:description><![CDATA[Read the article: https://www.bmj.com/content/347/bmj.f6952The medical problems of composer and poet Richard Wagner have been widely investigated. He is known...]]></video:description>
			<video:player_loc>https://www.youtube.com/embed/Mg1z9RoZR50</video:player_loc>
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			<video:duration>385</video:duration>
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	<url>
		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/naturvidenskab/vild-video-tyfoner-i-tropiske-egne-faar-stormen-bodil-til-at-blegne/</loc>
		<video:video>
			<video:title><![CDATA[Sådan føles en tyfon - Discovery Channel]]></video:title>
			<video:publication_date>2014-01-08T00:00:00+00:00</video:publication_date>
			<video:description><![CDATA[Fra Discovery Channel- programmet 'Verdens største tyfon'. Professor og katastrofespecialist Ivor Van Heerden oplever hvordan en kategori 1-tyfon føles i en ...]]></video:description>
			<video:player_loc>https://www.youtube.com/embed/yxAZ2k22j84</video:player_loc>
			<video:thumbnail_loc>https://videnskab-wp.wp.stage.combell.peytz.dk/wp-content/uploads/2023/04/saadan-foeles-en-tyfon-discovery.jpg</video:thumbnail_loc>
			<video:duration>125</video:duration>
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		</video:video>
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	<url>
		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/naturvidenskab/liderlige-koalaer-har-det-vildeste-broel/</loc>
		<video:video>
			<video:title><![CDATA[BBC News   Koalas bellow with unique voice organ]]></video:title>
			<video:publication_date>2013-12-02T00:00:00+00:00</video:publication_date>
			<video:description><![CDATA[See a male koala making the extraordinary bellowing sounds (footage courtesy of Benjamin Charlton)Continue reading the main storyRelated StoriesSecret of koa...]]></video:description>
			<video:player_loc>https://www.youtube.com/embed/ynSiIFxV1KE</video:player_loc>
			<video:thumbnail_loc>https://videnskab-wp.wp.stage.combell.peytz.dk/wp-content/uploads/2023/04/bbc-news-koalas-bellow-with-uniq.jpg</video:thumbnail_loc>
			<video:duration>39</video:duration>
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	<url>
		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/teknologi/skal-vi-vaere-bekymrede/</loc>
		<video:video>
			<video:title><![CDATA[Douglas Thomas A New Learning Culture Part II]]></video:title>
			<video:publication_date>2013-11-27T04:31:49+00:00</video:publication_date>
			<video:description><![CDATA[Douglas Thomas is Associate Professor in the Annenberg School for Communication at the University of Southern California. He is also the co-author of the book "A New Culture of Learning". In this episode we talk to Douglas Thomas about innovation and learning by doing, in the intersection between technology and education. Do you want to know what the mission for 21st century educators is or how gaming works as learning? Or if Plato´s take on writing is relevant today?
Plato on Writing:" If men learn this, it will implant forgetfulness in their souls; they will cease to exercise memory because they rely on that which is written, calling things to remembrance no longer from within themselves, but by means of external marks. What you have discovered is a recipe not for memory, but for reminder. And it is no true wisdom that you offer your disciples, but only its semblance, for by telling them of many things without teaching them you will make them seem to know much, while for the most part they know nothing, and as men filled, not with wisdom, but with the conceit of wisdom, they will be a burden to their fellows."]]></video:description>
			<video:player_loc>https://player.vimeo.com/video/80450024</video:player_loc>
			<video:thumbnail_loc>https://videnskab-wp.wp.stage.combell.peytz.dk/wp-content/uploads/2023/04/douglas-thomas-a-new-learning-cu-1.jpg</video:thumbnail_loc>
			<video:duration>1296</video:duration>
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		</video:video>
	</url>
	<url>
		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/naturvidenskab/derfor-har-soehestens-hoved-form-som-en-hests/</loc>
		<video:video>
			<video:title><![CDATA[Dwarf Seahorse Captures a Copepod]]></video:title>
			<video:publication_date>2013-11-26T00:00:00+00:00</video:publication_date>
			<video:description><![CDATA[Seahorses have heads perfectly shaped to sneak up on copepods without alerting them, because the area just above and forward of their nostrils produces no fl...]]></video:description>
			<video:player_loc>https://www.youtube.com/embed/X4QXS3fPThY</video:player_loc>
			<video:thumbnail_loc>https://videnskab-wp.wp.stage.combell.peytz.dk/wp-content/uploads/2023/04/dwarf-seahorse-captures-a-copepo.jpg</video:thumbnail_loc>
			<video:duration>11</video:duration>
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		</video:video>
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	<url>
		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/naturvidenskab/menneskeaedende-monster-dino-fundet-i-usa/</loc>
		<video:video>
			<video:title><![CDATA[NC State Researchers Discover a New Dinosaur Species]]></video:title>
			<video:publication_date>2013-11-22T00:00:00+00:00</video:publication_date>
			<video:description><![CDATA[https://www.ncsu.eduNC State paleontologist Lindsay Zanno and her research team have uncovered something big: a colossal new species of dinosaur. Siats meeker...]]></video:description>
			<video:player_loc>https://www.youtube.com/embed/ZfxnJU-xSVs</video:player_loc>
			<video:thumbnail_loc>https://videnskab-wp.wp.stage.combell.peytz.dk/wp-content/uploads/2023/04/nc-state-researchers-discover-a-.jpg</video:thumbnail_loc>
			<video:duration>134</video:duration>
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		</video:video>
	</url>
	<url>
		<loc>https://videnskab-wp.wp.stage.combell.peytz.dk/naturvidenskab/se-en-forsker-danse-sin-saedcelle-ph-d/</loc>
		<video:video>
			<video:title><![CDATA[The 'FRETting' tendency of the bacterial protein!]]></video:title>
			<video:publication_date>2013-10-07T23:47:50+00:00</video:publication_date>
			<video:description><![CDATA[Introduction: Understanding bacterial growth (cell division) is important to be able to synthesize stronger antibiotics that stop the growth. When a bacterial cell divides, it pinches off at the central region leading to two new cells. This process is carried out by a concerted effort by various proteins that assemble in the cell membrane. We know that these proteins interact with each other, but aren't sure how exactly they interact and carry out division. So I began with one of those proteins, and asked a QUESTION – What is the structure of this protein (called transmembrane helix peptide) in the membrane region? Does it contribute to division as a monomer (single peptide), or does it form a dimer (pair) with another copy of itself ? To answer this question I used a phenomenon called FRET. Now what is FRET? In ROYGBIV, consider two colors, blue and green. Because blue is adjacent to indigo, a blue dye will absorb indigo light and emit part of that light as blue fluorescence. So under indigo light, isolated blue dyes will fluoresce, whereas isolated green dyes will stay 'dark'. However, if we bring the two dyes in CLOSE PROXIMITY, blue dye will TRANSFER its blue fluorescent energy to green dye, and we'll see green fluorescence instead of blue. This phenomenon is Forster Resonance Energy Transfer or FRET! To use FRET to investigate whether the transmembrane peptide forms a dimer, I attached Blue and Green dyes to many copies of this peptide, mixed them, and excited them with indigo light. If the peptide tends to form a dimer, the dyes will be in close proximity, and we'll observe FRET in the form of green fluorescence. If it tends to stay a monomer, the dyes will be away from each other, so we'll see only blue fluorescence and the green labeled peptides will be 'dark'. If the dimer formed is very strong, we'll see more green than blue fluorescence in the mixture and vice versa. Methods: Transmembrane peptide copies were chemically synthesized on a solid scaffold (Resin). Half of them were labeled with blue and half with green dyes. Labeled peptides were purified from unlabeled peptides using Liquid Chromatography. Peptides were added to artificial membranes called 'liposomes' and control experiments were performed by separately exciting isolated blue and green labeled peptides with indigo light. The FRET experiment was performed by mixing an equal amount of blue and green labeled peptides in liposomes and exciting them with indigo light. Results and Discussion: Transmembrane peptides clump together and resist labeling with dyes, so only ~50% got labeled. Thus purification was necessary to remove the unlabeled peptides. The experiments were performed in liposomes as they provide an artificial environment close to the cell membrane, which helps us study the transmembrane peptides in a near-natural set-up. Under indigo light, isolated blue labeled peptides emitted blue fluorescence, and isolated green labeled peptides were dark, ensuring the dyes were behaving well in the liposome environment. For the FRET experiment, appearance of alternating blue and green fluorescence indicated that FRET was occurring, suggesting that the peptide exists in equilibrium between a monomer-dimer state. Since all the peptide molecules are same irrespective of their label, they'll form various dimer types: blue-blue and green-green apart from the blue-green (FRET) pair. Also, the mixture may contain some leftover unlabeled peptide due to imperfect purification which will also form dimers. All these 'No-FRET' dimers will contribute to the total amount of dimers, but we can't see them as they don't show any green fluorescence. These factors have to be added to the observed FRET in the final calculation to get the amount of dimer vs monomer. Through this process we found that this transmembrane peptide tends to form a strong dimer, which might be functionally important during bacterial division. This finding brought us one step closer to targeting the mechanism of cell division in bacteria that will aid development of better inhibitors of bacterial growth. Acknowledgements: I'd like to thank all my friends who participated in this project for me, without which this depiction would have been difficult. The wonderful team comprises current or former Masters and PhDs students from different disciplines ranging from the Chemical and Life Sciences, to Civil, Electrical and Chemical Engineering in the University of Wisconsin-Madison and an Economics faculty member in UW Whitewater. I also thank Union South at UW Madison for providing me the space and equipment to carry out this project. Finally, I'm grateful to Gonzo labs for creating this wonderful platform for us to share our research in the form of a performing art. References: Khadria A and Senes A, Methods Mol. Biol. 2013 1063, 19-36 Khadria AS and Senes A, Biochemistry 2013, Articles ASAP, Publication Date: October 1, 2013]]></video:description>
			<video:player_loc>//player.vimeo.com/video/76399184</video:player_loc>
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			<video:duration>396</video:duration>
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