Københavns Universitets Videoportal web@adm.ku.dk https://ku.23video.com da-dk Visualplatform http://blogs.law.harvard.edu/tech/rss Københavns Universitets Videoportal episodic no https://ku.23video.com/files/rv1.9/sitelogo.gif https://ku.23video.com http://video.ku.dk/photo/70333386/the-architecture-of-tissues-and <p>The Aragona group aims to understand how neighbouring cells coordinate their decisions to build tissues with specialized structure and function. In particular, they want to investigate how tissue architecture is maintained and how mechanical cues affect gene transcription, stem cells dynamics and fate decisions.</p> <p>The questions the group wants to address include how tissues remodel their cellular division and cell-fate patterns, and how the cell-cell and cell-matrix connections are adjusted to coordinate biological function and collectively react to external stress with the activation of specific transcription factor programs. They are investigating these biological questions in tissues that are naturally subjected to different mechanical perturbations such as the skin and the urinary tract. Understanding these fundamental principles will improve our basic understanding and have a high impact in the development of new regenerative medicine tools. Read more: https://danstem.ku.dk/research1/aragona/</p><p><a href="http://video.ku.dk/photo/70333386/the-architecture-of-tissues-and"><img src="http://video.ku.dk/64968575/70333386/f7be832e89d2c96a4be3d351a8caa465/standard/download-8-thumbnail.jpg" width="75" height=""/></a></p> http://video.ku.dk/photo/70333386 Tue, 10 Aug 2021 12:31:06 GMT The architecture of tissues and organs The Aragona group aims to understand how neighbouring cells coordinate their decisions to build tissues with specialized structure and function. In particular, they want to investigate how tissue architecture is maintained and how mechanical cues affect gene transcription, stem cells dynamics and fate decisions. The questions the group wants to address include how tissues remodel their cellular division and cell-fate patterns, and how the cell-cell and cell-matrix connections are adjusted to coordinate biological function and collectively react to external stress with the activation of specific transcription factor programs. They are investigating these biological questions in tissues that are naturally subjected to different mechanical perturbations such as the skin and the urinary tract. Understanding these fundamental principles will improve our basic understanding and have a high impact in the development of new regenerative medicine tools. Read more: https://danstem.ku.dk/research1/aragona/ The Aragona group aims to understand how neighbouring cells coordinate their decisions to build tissues with specialized structure and function. In particular, they want to investigate how tissue architecture is maintained and how mechanical cues... Københavns Universitets Videoportal 01:43 <p>The Aragona group aims to understand how neighbouring cells coordinate their decisions to build tissues with specialized structure and function. In particular, they want to investigate how tissue architecture is maintained and how mechanical cues affect gene transcription, stem cells dynamics and fate decisions.</p> <p>The questions the group wants to address include how tissues remodel their cellular division and cell-fate patterns, and how the cell-cell and cell-matrix connections are adjusted to coordinate biological function and collectively react to external stress with the activation of specific transcription factor programs. They are investigating these biological questions in tissues that are naturally subjected to different mechanical perturbations such as the skin and the urinary tract. Understanding these fundamental principles will improve our basic understanding and have a high impact in the development of new regenerative medicine tools. Read more: https://danstem.ku.dk/research1/aragona/</p><p><a href="http://video.ku.dk/photo/70333386/the-architecture-of-tissues-and"><img src="http://video.ku.dk/64968575/70333386/f7be832e89d2c96a4be3d351a8caa465/standard/download-8-thumbnail.jpg" width="75" height=""/></a></p> cellular division danstem gene transcription stem cells tissue architecture http://video.ku.dk/photo/70333191/how-cells-make-a-career <p>The Ferretti group aims to identify and characterize the molecular mechanisms establishing the mesodermal diversity at the time of gastrulation with the purpose of meliorating the existing protocols of mesoderm differentiation.</p> <p>The group long-term goal is to generate robust models for mesoderm differentiation that will help in conceiving innovative protocols for hESCs mesoderm differentiation. Read more: https://danstem.ku.dk/research1/ferretti-group/</p><p><a href="http://video.ku.dk/photo/70333191/how-cells-make-a-career"><img src="http://video.ku.dk/64968568/70333191/8c40294469a8d9f2fa4ed57d0dadceea/standard/download-8-thumbnail.jpg" width="75" height=""/></a></p> http://video.ku.dk/photo/70333191 Tue, 10 Aug 2021 12:25:35 GMT How cells make a career The Ferretti group aims to identify and characterize the molecular mechanisms establishing the mesodermal diversity at the time of gastrulation with the purpose of meliorating the existing protocols of mesoderm differentiation. The group long-term goal is to generate robust models for mesoderm differentiation that will help in conceiving innovative protocols for hESCs mesoderm differentiation. Read more: https://danstem.ku.dk/research1/ferretti-group/ The Ferretti group aims to identify and characterize the molecular mechanisms establishing the mesodermal diversity at the time of gastrulation with the purpose of meliorating the existing protocols of mesoderm differentiation. The group long-term... Københavns Universitets Videoportal 01:54 <p>The Ferretti group aims to identify and characterize the molecular mechanisms establishing the mesodermal diversity at the time of gastrulation with the purpose of meliorating the existing protocols of mesoderm differentiation.</p> <p>The group long-term goal is to generate robust models for mesoderm differentiation that will help in conceiving innovative protocols for hESCs mesoderm differentiation. Read more: https://danstem.ku.dk/research1/ferretti-group/</p><p><a href="http://video.ku.dk/photo/70333191/how-cells-make-a-career"><img src="http://video.ku.dk/64968568/70333191/8c40294469a8d9f2fa4ed57d0dadceea/standard/download-8-thumbnail.jpg" width="75" height=""/></a></p> danstem pluripotency stem cells http://video.ku.dk/photo/69796395/associate-professor-jan-zylicz <p>Jan's investigation starts from a single fertilized egg, trying to understand how the organisms develop into embryos, and later on, how the embryo interacts with its environment.<br><span>Associate Professor Jan Zylicz, was awarded a Lundbeck Foundation Fellowship for his project: <i>Embryo and its environment: how metabolism shapes epigenome for development and life after birth?</i></span><p>The movie is a production of&nbsp;Lundbeck Foundation</p></p><p><a href="http://video.ku.dk/photo/69796395/associate-professor-jan-zylicz"><img src="http://video.ku.dk/64968570/69796395/88b9e3a2f9a112fced5c58bd6266f223/standard/download-8-thumbnail.jpg" width="75" height=""/></a></p> http://video.ku.dk/photo/69796395 Thu, 01 Jul 2021 12:27:16 GMT Associate Professor Jan Zylicz: about the beauty of biology Jan's investigation starts from a single fertilized egg, trying to understand how the organisms develop into embryos, and later on, how the embryo interacts with its environment.Associate Professor Jan Zylicz, was awarded a Lundbeck Foundation Fellowship for his project: Embryo and its environment: how metabolism shapes epigenome for development and life after birth?The movie is a production ofLundbeck Foundation Jan's investigation starts from a single fertilized egg, trying to understand how the organisms develop into embryos, and later on, how the embryo interacts with its environment.Associate Professor Jan Zylicz, was awarded a Lundbeck Foundation... Københavns Universitets Videoportal 02:10 <p>Jan's investigation starts from a single fertilized egg, trying to understand how the organisms develop into embryos, and later on, how the embryo interacts with its environment.<br><span>Associate Professor Jan Zylicz, was awarded a Lundbeck Foundation Fellowship for his project: <i>Embryo and its environment: how metabolism shapes epigenome for development and life after birth?</i></span><p>The movie is a production of&nbsp;Lundbeck Foundation</p></p><p><a href="http://video.ku.dk/photo/69796395/associate-professor-jan-zylicz"><img src="http://video.ku.dk/64968570/69796395/88b9e3a2f9a112fced5c58bd6266f223/standard/download-8-thumbnail.jpg" width="75" height=""/></a></p> danstem development embryo http://video.ku.dk/photo/67108446/mucociliary-epithelium-the-airways <p>The Sedzinski group aims to understand the general principles underlying epithelial homeostasis. Particularly, they want to determine both the mechanics and molecular regulation of epithelial cell renewal from stem cells hoping to provide new insights into treatment of epithelial pathologies associated with defective tissue homeostasis, such as asthma, colitis, and most common epithelial tumours, or carcinomas.</p><p><a href="http://video.ku.dk/photo/67108446/mucociliary-epithelium-the-airways"><img src="http://video.ku.dk/64968558/67108446/b7ac183726cf9e0413c161a00da1fd0b/standard/download-5-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/67108446 Mon, 15 Feb 2021 10:30:52 GMT Mucociliary epithelium: the airways' wash station The Sedzinski group aims to understand the general principles underlying epithelial homeostasis. Particularly, they want to determine both the mechanics and molecular regulation of epithelial cell renewal from stem cells hoping to provide new insights into treatment of epithelial pathologies associated with defective tissue homeostasis, such as asthma, colitis, and most common epithelial tumours, or carcinomas. The Sedzinski group aims to understand the general principles underlying epithelial homeostasis. Particularly, they want to determine both the mechanics and molecular regulation of epithelial cell renewal from stem cells hoping to provide new... Københavns Universitets Videoportal 01:15 <p>The Sedzinski group aims to understand the general principles underlying epithelial homeostasis. Particularly, they want to determine both the mechanics and molecular regulation of epithelial cell renewal from stem cells hoping to provide new insights into treatment of epithelial pathologies associated with defective tissue homeostasis, such as asthma, colitis, and most common epithelial tumours, or carcinomas.</p><p><a href="http://video.ku.dk/photo/67108446/mucociliary-epithelium-the-airways"><img src="http://video.ku.dk/64968558/67108446/b7ac183726cf9e0413c161a00da1fd0b/standard/download-5-thumbnail.jpg" width="600" height="338"/></a></p> cell renewal danstem epithelial homeostasis epithelium stem cells http://video.ku.dk/photo/67096427/our-cellular-fortress <p>The epithelial of the skin and intestine epithelia rely on stem cells for their constant and life-long replenishment. It remains unknown when and how these stem cell first appears during development, how stem cell behaviour is regulated during steady state homeostasis, and to what extent these regulatory mechanisms are altered during regeneration and disease. Insight into these questions will be pivotal for a mechanistic understanding of tissue maintenance, establish cell sources for regenerative therapies and identify new therapeutic targets.</p> <p>The main objective of the Jensen group is using state-of-the-art quantitative approaches to address these outstanding questions.</p><p><a href="http://video.ku.dk/photo/67096427/our-cellular-fortress"><img src="http://video.ku.dk/64968578/67096427/38bf08c870d23e6051f3361550aab0bc/standard/download-4-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/67096427 Sun, 14 Feb 2021 12:11:28 GMT Our cellular fortress The epithelial of the skin and intestine epithelia rely on stem cells for their constant and life-long replenishment. It remains unknown when and how these stem cell first appears during development, how stem cell behaviour is regulated during steady state homeostasis, and to what extent these regulatory mechanisms are altered during regeneration and disease. Insight into these questions will be pivotal for a mechanistic understanding of tissue maintenance, establish cell sources for regenerative therapies and identify new therapeutic targets. The main objective of the Jensen group is using state-of-the-art quantitative approaches to address these outstanding questions. The epithelial of the skin and intestine epithelia rely on stem cells for their constant and life-long replenishment. It remains unknown when and how these stem cell first appears during development, how stem cell behaviour is regulated during... Københavns Universitets Videoportal 01:34 <p>The epithelial of the skin and intestine epithelia rely on stem cells for their constant and life-long replenishment. It remains unknown when and how these stem cell first appears during development, how stem cell behaviour is regulated during steady state homeostasis, and to what extent these regulatory mechanisms are altered during regeneration and disease. Insight into these questions will be pivotal for a mechanistic understanding of tissue maintenance, establish cell sources for regenerative therapies and identify new therapeutic targets.</p> <p>The main objective of the Jensen group is using state-of-the-art quantitative approaches to address these outstanding questions.</p><p><a href="http://video.ku.dk/photo/67096427/our-cellular-fortress"><img src="http://video.ku.dk/64968578/67096427/38bf08c870d23e6051f3361550aab0bc/standard/download-4-thumbnail.jpg" width="600" height="338"/></a></p> danstem development epithelial regeneration regenerative therapies stem cells http://video.ku.dk/photo/66191408/detecting-social-cell-behavior-1 <p>The Semb group at DanStem [https://danstem.ku.dk/research1/semb/] has two main goals:</p> <p>1) to understand the connection between epithelial architecture and the commitment of pancreatic progenitor cells to mature endocrine cells and vice versa.<br /> 2) to translate this knowledge into efficient and reliable strategies for regenerative medicine in diabetes. These objectives are applied, primarily, to their organ of choice – the pancreas.</p><p><a href="http://video.ku.dk/photo/66191408/detecting-social-cell-behavior-1"><img src="http://video.ku.dk/64968560/66191408/750da35d023ad576d95b8d3065e94a15/standard/download-3-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/66191408 Tue, 12 Jan 2021 09:16:50 GMT Detecting social cell behavior solves the mystery of organ formation The Semb group at DanStem [https://danstem.ku.dk/research1/semb/] has two main goals: 1) to understand the connection between epithelial architecture and the commitment of pancreatic progenitor cells to mature endocrine cells and vice versa. 2) to translate this knowledge into efficient and reliable strategies for regenerative medicine in diabetes. These objectives are applied, primarily, to their organ of choice – the pancreas. The Semb group at DanStem [https://danstem.ku.dk/research1/semb/] has two main goals: 1) to understand the connection between epithelial architecture and the commitment of pancreatic progenitor cells to mature endocrine cells and vice versa. 2) to... Københavns Universitets Videoportal 01:58 <p>The Semb group at DanStem [https://danstem.ku.dk/research1/semb/] has two main goals:</p> <p>1) to understand the connection between epithelial architecture and the commitment of pancreatic progenitor cells to mature endocrine cells and vice versa.<br /> 2) to translate this knowledge into efficient and reliable strategies for regenerative medicine in diabetes. These objectives are applied, primarily, to their organ of choice – the pancreas.</p><p><a href="http://video.ku.dk/photo/66191408/detecting-social-cell-behavior-1"><img src="http://video.ku.dk/64968560/66191408/750da35d023ad576d95b8d3065e94a15/standard/download-3-thumbnail.jpg" width="600" height="338"/></a></p> cell bilogy danstem organ formation pancreas development stem cells http://video.ku.dk/photo/65788308/transcribing-patterns-from-the <p>The Brickman group at DanStem (https://danstem.ku.dk/research1/brickman/) aims to understand the transcriptional basis for early embryonic lineage specification. In particular the group is interested in dynamic mechanisms by which cells can both reversible prime towards a particular fate or undergo a transition into commitment.</p><p><a href="http://video.ku.dk/photo/65788308/transcribing-patterns-from-the"><img src="http://video.ku.dk/64968575/65788308/81e0acc8e99380e6574aa88eda2a3ac0/standard/download-3-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/65788308 Tue, 22 Dec 2020 13:47:33 GMT Transcribing Patterns from the Library of Life The Brickman group at DanStem (https://danstem.ku.dk/research1/brickman/) aims to understand the transcriptional basis for early embryonic lineage specification. In particular the group is interested in dynamic mechanisms by which cells can both reversible prime towards a particular fate or undergo a transition into commitment. The Brickman group at DanStem (https://danstem.ku.dk/research1/brickman/) aims to understand the transcriptional basis for early embryonic lineage specification. In particular the group is interested in dynamic mechanisms by which cells can both... Københavns Universitets Videoportal 02:05 <p>The Brickman group at DanStem (https://danstem.ku.dk/research1/brickman/) aims to understand the transcriptional basis for early embryonic lineage specification. In particular the group is interested in dynamic mechanisms by which cells can both reversible prime towards a particular fate or undergo a transition into commitment.</p><p><a href="http://video.ku.dk/photo/65788308/transcribing-patterns-from-the"><img src="http://video.ku.dk/64968575/65788308/81e0acc8e99380e6574aa88eda2a3ac0/standard/download-3-thumbnail.jpg" width="600" height="338"/></a></p> danstem embryo stem cells transcription http://video.ku.dk/photo/65757621/epigenetics-the-embryo-and-its <p>The Żylicz group at DanStem (https://danstem.ku.dk/research1/zylicz/) wants to understand how metabolic and epigenetic mechanisms cooperate to regulate transcription during early development. In particular they are interested in how metabolism regulates histone modifiers, and how these in turn affect lineage choice and embryo growth at around the time of implantation.</p><p><a href="http://video.ku.dk/photo/65757621/epigenetics-the-embryo-and-its"><img src="http://video.ku.dk/64968556/65757621/f5a798a37e8de048d7a12ffdbefecb19/standard/download-8-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/65757621 Mon, 21 Dec 2020 12:44:20 GMT Epigenetics, the embryo and its environment The Żylicz group at DanStem (https://danstem.ku.dk/research1/zylicz/) wants to understand how metabolic and epigenetic mechanisms cooperate to regulate transcription during early development. In particular they are interested in how metabolism regulates histone modifiers, and how these in turn affect lineage choice and embryo growth at around the time of implantation. The Żylicz group at DanStem (https://danstem.ku.dk/research1/zylicz/) wants to understand how metabolic and epigenetic mechanisms cooperate to regulate transcription during early development. In particular they are interested in how metabolism... Københavns Universitets Videoportal 01:48 <p>The Żylicz group at DanStem (https://danstem.ku.dk/research1/zylicz/) wants to understand how metabolic and epigenetic mechanisms cooperate to regulate transcription during early development. In particular they are interested in how metabolism regulates histone modifiers, and how these in turn affect lineage choice and embryo growth at around the time of implantation.</p><p><a href="http://video.ku.dk/photo/65757621/epigenetics-the-embryo-and-its"><img src="http://video.ku.dk/64968556/65757621/f5a798a37e8de048d7a12ffdbefecb19/standard/download-8-thumbnail.jpg" width="600" height="338"/></a></p> DanStem development Epigenetics stem cells http://video.ku.dk/photo/65424803/talking-cells <p>Professor Palle Serup from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains how cells communicate and later on differentiate.<br /> (https://danstem.ku.dk/research1/serup/).</p><p><a href="http://video.ku.dk/photo/65424803/talking-cells"><img src="http://video.ku.dk/64968567/65424803/bf680128c5e054df6f0f63820c001ef5/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/65424803 Thu, 03 Dec 2020 12:26:33 GMT Talking Cells Professor Palle Serup from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains how cells communicate and later on differentiate. (https://danstem.ku.dk/research1/serup/). Professor Palle Serup from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains how cells communicate and later on differentiate. (https://danstem.ku.dk/research1/serup/). Københavns Universitets Videoportal 02:01 <p>Professor Palle Serup from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains how cells communicate and later on differentiate.<br /> (https://danstem.ku.dk/research1/serup/).</p><p><a href="http://video.ku.dk/photo/65424803/talking-cells"><img src="http://video.ku.dk/64968567/65424803/bf680128c5e054df6f0f63820c001ef5/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> cell diffrentiation cells DanStem Stem cells http://video.ku.dk/photo/65424331/the-garden-in-our-body-research <p>Professor Bo Porse from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains hematopoiesis. Hematopoietic stem cells are essential to haematopoiesis, the formation of the cells within blood. Hematopoietic stem cells can replenish all blood cell types (i.e., are multipotent) and self-renew. This phenomenon is used in bone marrow transplantation, when a small number of Hematopoietic stem cells reconstitute the hematopoietic system.</p><p><a href="http://video.ku.dk/photo/65424331/the-garden-in-our-body-research"><img src="http://video.ku.dk/64968579/65424331/6791e1d30ac031f2a91c3d64eb548265/standard/download-3-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/65424331 Thu, 03 Dec 2020 12:06:57 GMT The garden in our body - Research on hematopoietic stem cells Professor Bo Porse from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains hematopoiesis. Hematopoietic stem cells are essential to haematopoiesis, the formation of the cells within blood. Hematopoietic stem cells can replenish all blood cell types (i.e., are multipotent) and self-renew. This phenomenon is used in bone marrow transplantation, when a small number of Hematopoietic stem cells reconstitute the hematopoietic system. Professor Bo Porse from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains hematopoiesis. Hematopoietic stem cells are essential to haematopoiesis, the formation of the cells within blood. Hematopoietic stem cells can... Københavns Universitets Videoportal 01:43 <p>Professor Bo Porse from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains hematopoiesis. Hematopoietic stem cells are essential to haematopoiesis, the formation of the cells within blood. Hematopoietic stem cells can replenish all blood cell types (i.e., are multipotent) and self-renew. This phenomenon is used in bone marrow transplantation, when a small number of Hematopoietic stem cells reconstitute the hematopoietic system.</p><p><a href="http://video.ku.dk/photo/65424331/the-garden-in-our-body-research"><img src="http://video.ku.dk/64968579/65424331/6791e1d30ac031f2a91c3d64eb548265/standard/download-3-thumbnail.jpg" width="600" height="338"/></a></p> blood cancer DanStem hematopoietic stem cells http://video.ku.dk/photo/65424137/understanding-molecular-mechanism <p>Associate Professor Luis Arnes from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains pancreas homeostasis as a well-orchestrated process. When injured, acinar cells lose their identity, a situation which needs resolving. The tissue becomes vulnerable to somatic mutation and can develop tumor. Watch the video to learn what scientists explore in order to solve the problem.</p><p><a href="http://video.ku.dk/photo/65424137/understanding-molecular-mechanism"><img src="http://video.ku.dk/64968578/65424137/28436b02034f6ab73f451b45b4c27410/standard/download-4-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/65424137 Thu, 03 Dec 2020 11:54:50 GMT Understanding molecular mechanism of pancreatic cancer: when regeneration is... Associate Professor Luis Arnes from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains pancreas homeostasis as a well-orchestrated process. When injured, acinar cells lose their identity, a situation which needs resolving. The tissue becomes vulnerable to somatic mutation and can develop tumor. Watch the video to learn what scientists explore in order to solve the problem. Associate Professor Luis Arnes from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains pancreas homeostasis as a well-orchestrated process. When injured, acinar cells lose their identity, a situation which needs resolving.... Københavns Universitets Videoportal 01:58 <p>Associate Professor Luis Arnes from The Novo Nordisk Foundation Center for Stem Cell Biology, DanStem, explains pancreas homeostasis as a well-orchestrated process. When injured, acinar cells lose their identity, a situation which needs resolving. The tissue becomes vulnerable to somatic mutation and can develop tumor. Watch the video to learn what scientists explore in order to solve the problem.</p><p><a href="http://video.ku.dk/photo/65424137/understanding-molecular-mechanism"><img src="http://video.ku.dk/64968578/65424137/28436b02034f6ab73f451b45b4c27410/standard/download-4-thumbnail.jpg" width="600" height="338"/></a></p> Cancel DanStem Development Pancreas http://video.ku.dk/photo/64144900/semb-group-from-basic-research-to <p>This video summarizes the work done by many scientists and highlights the conclusions from three recent studies from Henrik Semb research group</p><p><a href="http://video.ku.dk/photo/64144900/semb-group-from-basic-research-to"><img src="http://video.ku.dk/60445168/64144900/1ddcd82c391de4810a14b7315bb34dd1/standard/download-3-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/64144900 Tue, 25 Aug 2020 10:16:16 GMT Semb group: From Basic Research to Translational Applications (with EN... This video summarizes the work done by many scientists and highlights the conclusions from three recent studies from Henrik Semb research group This video summarizes the work done by many scientists and highlights the conclusions from three recent studies from Henrik Semb research group Københavns Universitets Videoportal 06:01 <p>This video summarizes the work done by many scientists and highlights the conclusions from three recent studies from Henrik Semb research group</p><p><a href="http://video.ku.dk/photo/64144900/semb-group-from-basic-research-to"><img src="http://video.ku.dk/60445168/64144900/1ddcd82c391de4810a14b7315bb34dd1/standard/download-3-thumbnail.jpg" width="600" height="338"/></a></p> danstem diabetes pancreas research stemcells T1D http://video.ku.dk/photo/64101067/sedzinski-group <p>The Sedzinski group aims to understand the general principles underlying epithelial homeostasis. Particularly, they want to determine both the mechanics and molecular regulation of epithelial cell renewal from stem cells hoping to provide new insights into treatment of epithelial pathologies associated with defective tissue homeostasis, such as asthma, colitis, and most common epithelial tumours, or carcinomas.</p><p><a href="http://video.ku.dk/photo/64101067/sedzinski-group"><img src="http://video.ku.dk/60650860/64101067/9cfba6e61d82a579569e38d701ea582f/standard/download-2-thumbnail.jpg" width="480" height="480"/></a></p> http://video.ku.dk/photo/64101067 Thu, 20 Aug 2020 13:37:07 GMT Sedzinski group The Sedzinski group aims to understand the general principles underlying epithelial homeostasis. Particularly, they want to determine both the mechanics and molecular regulation of epithelial cell renewal from stem cells hoping to provide new insights into treatment of epithelial pathologies associated with defective tissue homeostasis, such as asthma, colitis, and most common epithelial tumours, or carcinomas. The Sedzinski group aims to understand the general principles underlying epithelial homeostasis. Particularly, they want to determine both the mechanics and molecular regulation of epithelial cell renewal from stem cells hoping to provide new... Københavns Universitets Videoportal 00:11 <p>The Sedzinski group aims to understand the general principles underlying epithelial homeostasis. Particularly, they want to determine both the mechanics and molecular regulation of epithelial cell renewal from stem cells hoping to provide new insights into treatment of epithelial pathologies associated with defective tissue homeostasis, such as asthma, colitis, and most common epithelial tumours, or carcinomas.</p><p><a href="http://video.ku.dk/photo/64101067/sedzinski-group"><img src="http://video.ku.dk/60650860/64101067/9cfba6e61d82a579569e38d701ea582f/standard/download-2-thumbnail.jpg" width="480" height="480"/></a></p> cell renewal danstem epithelial science http://video.ku.dk/photo/63978976/the-semb-group-from-basic <p>The Semb group at DanStem has two main goals:<br> 1) to understand the connection between epithelial architecture and the commitment of pancreatic progenitor cells to mature endocrine cells and vice versa.<br> 2) to translate this knowledge into efficient and reliable strategies for regenerative medicine in diabetes.<br> These objectives are applied, primarily, to their organ of choice – the pancreas.</p><p><a href="http://video.ku.dk/photo/63978976/the-semb-group-from-basic"><img src="http://video.ku.dk/60445192/63978976/5c8380cbb488d17d9119a7e8f0943c17/standard/download-4-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/63978976 Mon, 10 Aug 2020 10:15:30 GMT The Semb group - from basic research to translational applications The Semb group at DanStem has two main goals: 1) to understand the connection between epithelial architecture and the commitment of pancreatic progenitor cells to mature endocrine cells and vice versa. 2) to translate this knowledge into efficient and reliable strategies for regenerative medicine in diabetes. These objectives are applied, primarily, to their organ of choice – the pancreas. The Semb group at DanStem has two main goals: 1) to understand the connection between epithelial architecture and the commitment of pancreatic progenitor cells to mature endocrine cells and vice versa. 2) to translate this knowledge into efficient... Københavns Universitets Videoportal 06:01 <p>The Semb group at DanStem has two main goals:<br> 1) to understand the connection between epithelial architecture and the commitment of pancreatic progenitor cells to mature endocrine cells and vice versa.<br> 2) to translate this knowledge into efficient and reliable strategies for regenerative medicine in diabetes.<br> These objectives are applied, primarily, to their organ of choice – the pancreas.</p><p><a href="http://video.ku.dk/photo/63978976/the-semb-group-from-basic"><img src="http://video.ku.dk/60445192/63978976/5c8380cbb488d17d9119a7e8f0943c17/standard/download-4-thumbnail.jpg" width="600" height="338"/></a></p> basic research danstem diabetes pancreas translational research http://video.ku.dk/photo/63659230/danstem-semb-group-overview-english <p>Pancreas development</p><p><a href="http://video.ku.dk/photo/63659230/danstem-semb-group-overview-english"><img src="http://video.ku.dk/60445190/63659230/90a4b790e567b143d2677c89f815178f/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/63659230 Wed, 08 Jul 2020 14:23:30 GMT DanStem, Semb Group overview (English) Pancreas development Pancreas development Københavns Universitets Videoportal 05:51 <p>Pancreas development</p><p><a href="http://video.ku.dk/photo/63659230/danstem-semb-group-overview-english"><img src="http://video.ku.dk/60445190/63659230/90a4b790e567b143d2677c89f815178f/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> beta cells danstem development pancreas stem cells http://video.ku.dk/photo/63413355/luis-arnes-european-pancreatic <p>The European Pancreatic Club (EPC) official candidature for the UEG Rising Star award is an initiative by the Young Pancreatologist Platform in Europe (YOUPPIE, the young talent group of the EPC). This is an honorific appointment for young clinical or basic scientists with a brilliant career in the field of pancreatology. The YOUPPIE award represents a recognition for important achievements in scientific research, for the expansion of scientific knowledge and for achievements in the application of scientific research work. It provides a basis for young pancreatologists for further progress in their research work and career. YOUPPIE awardees will be the official EPC candidates for the United European Gastroenterology (UEG) Rising Star Awards</p><p><a href="http://video.ku.dk/photo/63413355/luis-arnes-european-pancreatic"><img src="http://video.ku.dk/60650861/63413355/914fa95fd894f3bfd959a88667c00bdd/standard/download-5-thumbnail.jpg" width="270" height="480"/></a></p> http://video.ku.dk/photo/63413355 Tue, 23 Jun 2020 12:24:19 GMT Luis Arnes - European Pancreatic Club The European Pancreatic Club (EPC) official candidature for the UEG Rising Star award is an initiative by the Young Pancreatologist Platform in Europe (YOUPPIE, the young talent group of the EPC). This is an honorific appointment for young clinical or basic scientists with a brilliant career in the field of pancreatology. The YOUPPIE award represents a recognition for important achievements in scientific research, for the expansion of scientific knowledge and for achievements in the application of scientific research work. It provides a basis for young pancreatologists for further progress in their research work and career. YOUPPIE awardees will be the official EPC candidates for the United European Gastroenterology (UEG) Rising Star Awards The European Pancreatic Club (EPC) official candidature for the UEG Rising Star award is an initiative by the Young Pancreatologist Platform in Europe (YOUPPIE, the young talent group of the EPC). This is an honorific appointment for young... Københavns Universitets Videoportal 00:45 <p>The European Pancreatic Club (EPC) official candidature for the UEG Rising Star award is an initiative by the Young Pancreatologist Platform in Europe (YOUPPIE, the young talent group of the EPC). This is an honorific appointment for young clinical or basic scientists with a brilliant career in the field of pancreatology. The YOUPPIE award represents a recognition for important achievements in scientific research, for the expansion of scientific knowledge and for achievements in the application of scientific research work. It provides a basis for young pancreatologists for further progress in their research work and career. YOUPPIE awardees will be the official EPC candidates for the United European Gastroenterology (UEG) Rising Star Awards</p><p><a href="http://video.ku.dk/photo/63413355/luis-arnes-european-pancreatic"><img src="http://video.ku.dk/60650861/63413355/914fa95fd894f3bfd959a88667c00bdd/standard/download-5-thumbnail.jpg" width="270" height="480"/></a></p> DanStem Pancreas UEG Rising Star award http://video.ku.dk/photo/63274745/the-superheroes-in-liver <p>The animation is a result of collaborative work of scientists from the Novo Nordisk Foundation Center for Stem Cell Biology (DanStem) and visual storytellers from the Animation Workshop (VIA), telling the story of a scientific attempt to learn what happen to the liver when damaged and how this knowledge could be translated in the future and help healing liver diseases and improve patients quality of life.</p><p><a href="http://video.ku.dk/photo/63274745/the-superheroes-in-liver"><img src="http://video.ku.dk/60445027/63274745/7e509797a41aeb15188c9694a425ffdb/standard/download-6-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/63274745 Mon, 15 Jun 2020 10:07:07 GMT The Superheroes in Liver Regeneration The animation is a result of collaborative work of scientists from the Novo Nordisk Foundation Center for Stem Cell Biology (DanStem) and visual storytellers from the Animation Workshop (VIA), telling the story of a scientific attempt to learn what happen to the liver when damaged and how this knowledge could be translated in the future and help healing liver diseases and improve patients quality of life. The animation is a result of collaborative work of scientists from the Novo Nordisk Foundation Center for Stem Cell Biology (DanStem) and visual storytellers from the Animation Workshop (VIA), telling the story of a scientific attempt to learn... Københavns Universitets Videoportal 03:22 <p>The animation is a result of collaborative work of scientists from the Novo Nordisk Foundation Center for Stem Cell Biology (DanStem) and visual storytellers from the Animation Workshop (VIA), telling the story of a scientific attempt to learn what happen to the liver when damaged and how this knowledge could be translated in the future and help healing liver diseases and improve patients quality of life.</p><p><a href="http://video.ku.dk/photo/63274745/the-superheroes-in-liver"><img src="http://video.ku.dk/60445027/63274745/7e509797a41aeb15188c9694a425ffdb/standard/download-6-thumbnail.jpg" width="600" height="338"/></a></p> Animation DanStem Liver Regeneration Science communication Stemcells http://video.ku.dk/photo/61132543/danstem-florian-hermann-video-5 <p>Video of confocal time-lapse live-cell imaging of NGN3-GFP; EZR-mKATE2 double (NE1) reporter illustrated luminal and endocrine progenitor dynamics. The luminal EZR signal (white), GFP-expressing cells (green) as well as overlap between these two channels (blue) was segmented with Imaris software.</p><p><a href="http://video.ku.dk/photo/61132543/danstem-florian-hermann-video-5"><img src="http://video.ku.dk/60445187/61132543/3b2c9265613d5ee53f3318ff5af86654/standard/download-2-thumbnail.jpg" width="480" height="480"/></a></p> http://video.ku.dk/photo/61132543 Wed, 04 Mar 2020 10:48:59 GMT DanStem: [Florian Hermann] Video 5 - Luminal and endocrine progenitor dynamics Video of confocal time-lapse live-cell imaging of NGN3-GFP; EZR-mKATE2 double (NE1) reporter illustrated luminal and endocrine progenitor dynamics. The luminal EZR signal (white), GFP-expressing cells (green) as well as overlap between these two channels (blue) was segmented with Imaris software. Video of confocal time-lapse live-cell imaging of NGN3-GFP; EZR-mKATE2 double (NE1) reporter illustrated luminal and endocrine progenitor dynamics. The luminal EZR signal (white), GFP-expressing cells (green) as well as overlap between these two... Københavns Universitets Videoportal 00:28 <p>Video of confocal time-lapse live-cell imaging of NGN3-GFP; EZR-mKATE2 double (NE1) reporter illustrated luminal and endocrine progenitor dynamics. The luminal EZR signal (white), GFP-expressing cells (green) as well as overlap between these two channels (blue) was segmented with Imaris software.</p><p><a href="http://video.ku.dk/photo/61132543/danstem-florian-hermann-video-5"><img src="http://video.ku.dk/60445187/61132543/3b2c9265613d5ee53f3318ff5af86654/standard/download-2-thumbnail.jpg" width="480" height="480"/></a></p> danstem http://video.ku.dk/photo/61132460/danstem-florian-hermann-video-4 <p>Video of confocal time-lapse live-cell imaging of NGN3-GFP;EZR-mKATE2 double (NE1) reporter illustrated traceability of a new-born NGN3-GFPpos cell. The luminal EZR signal (red), GFP-expressing cells (green) as well as overlap between these two channels (blue) was segmented with Imaris software.</p><p><a href="http://video.ku.dk/photo/61132460/danstem-florian-hermann-video-4"><img src="http://video.ku.dk/60445028/61132460/f3a6e196e1b4faff092da8bd1e6bfe83/standard/download-2-thumbnail.jpg" width="600" height="450"/></a></p> http://video.ku.dk/photo/61132460 Wed, 04 Mar 2020 10:45:33 GMT DanStem: [Florian Hermann] Video 4 - Endocrine progenitor traceability Video of confocal time-lapse live-cell imaging of NGN3-GFP;EZR-mKATE2 double (NE1) reporter illustrated traceability of a new-born NGN3-GFPpos cell. The luminal EZR signal (red), GFP-expressing cells (green) as well as overlap between these two channels (blue) was segmented with Imaris software. Video of confocal time-lapse live-cell imaging of NGN3-GFP;EZR-mKATE2 double (NE1) reporter illustrated traceability of a new-born NGN3-GFPpos cell. The luminal EZR signal (red), GFP-expressing cells (green) as well as overlap between these two... Københavns Universitets Videoportal 00:25 <p>Video of confocal time-lapse live-cell imaging of NGN3-GFP;EZR-mKATE2 double (NE1) reporter illustrated traceability of a new-born NGN3-GFPpos cell. The luminal EZR signal (red), GFP-expressing cells (green) as well as overlap between these two channels (blue) was segmented with Imaris software.</p><p><a href="http://video.ku.dk/photo/61132460/danstem-florian-hermann-video-4"><img src="http://video.ku.dk/60445028/61132460/f3a6e196e1b4faff092da8bd1e6bfe83/standard/download-2-thumbnail.jpg" width="600" height="450"/></a></p> danstem http://video.ku.dk/photo/61131996/danstem-florian-hermann-viedo-3 <p>Video of segmented immunofluorescent confocal z-stack of d10 N3.6.1 cells in the MGO culture showing close-ups of polarised endocrine progenitors (NGN3pos NGN3-GFP-expressing). Endocrine progenitors (NGN3 - red; NGN3-GFP - green) and apical membranes (EZR - white) were stained. Apical membranes of endocrine progenitors were shown in blue.</p><p><a href="http://video.ku.dk/photo/61131996/danstem-florian-hermann-viedo-3"><img src="http://video.ku.dk/60650861/61131996/abd9f93fdcc8c2d29d9e17e535c1cb4d/standard/download-2-thumbnail.jpg" width="600" height="450"/></a></p> http://video.ku.dk/photo/61131996 Wed, 04 Mar 2020 10:40:49 GMT DanStem: [Florian Hermann] Viedo 3 - NGN3 polarisation details Video of segmented immunofluorescent confocal z-stack of d10 N3.6.1 cells in the MGO culture showing close-ups of polarised endocrine progenitors (NGN3pos NGN3-GFP-expressing). Endocrine progenitors (NGN3 - red; NGN3-GFP - green) and apical membranes (EZR - white) were stained. Apical membranes of endocrine progenitors were shown in blue. Video of segmented immunofluorescent confocal z-stack of d10 N3.6.1 cells in the MGO culture showing close-ups of polarised endocrine progenitors (NGN3pos NGN3-GFP-expressing). Endocrine progenitors (NGN3 - red; NGN3-GFP - green) and apical... Københavns Universitets Videoportal 00:30 <p>Video of segmented immunofluorescent confocal z-stack of d10 N3.6.1 cells in the MGO culture showing close-ups of polarised endocrine progenitors (NGN3pos NGN3-GFP-expressing). Endocrine progenitors (NGN3 - red; NGN3-GFP - green) and apical membranes (EZR - white) were stained. Apical membranes of endocrine progenitors were shown in blue.</p><p><a href="http://video.ku.dk/photo/61131996/danstem-florian-hermann-viedo-3"><img src="http://video.ku.dk/60650861/61131996/abd9f93fdcc8c2d29d9e17e535c1cb4d/standard/download-2-thumbnail.jpg" width="600" height="450"/></a></p> danstem http://video.ku.dk/photo/61131410/danstem-florian-hermann-video-2 <p>Video of segmented immunofluorescent confocal z-stack of d10 N3.6.1 cells in the MGO culture showing the polarisation of endocrine progenitors (NGN3pos NGN3-GFP-expressing). Endocrine progenitors (NGN3 – red; NGN3-GFP - green), apical membranes (EZR - white), and nuclei (DAPI - blue) were stained. Polarised membranes of endocrine progenitors was also shown in blue.</p><p><a href="http://video.ku.dk/photo/61131410/danstem-florian-hermann-video-2"><img src="http://video.ku.dk/60650859/61131410/d6196a3b1d4cafab143b8f7c53c72051/standard/download-2-thumbnail.jpg" width="600" height="450"/></a></p> http://video.ku.dk/photo/61131410 Wed, 04 Mar 2020 10:24:35 GMT DanStem: [Florian Hermann] Video 2 - Segmentation of lumens and NGN3pos cells. Video of segmented immunofluorescent confocal z-stack of d10 N3.6.1 cells in the MGO culture showing the polarisation of endocrine progenitors (NGN3pos NGN3-GFP-expressing). Endocrine progenitors (NGN3 – red; NGN3-GFP - green), apical membranes (EZR - white), and nuclei (DAPI - blue) were stained. Polarised membranes of endocrine progenitors was also shown in blue. Video of segmented immunofluorescent confocal z-stack of d10 N3.6.1 cells in the MGO culture showing the polarisation of endocrine progenitors (NGN3pos NGN3-GFP-expressing). Endocrine progenitors (NGN3 – red; NGN3-GFP - green), apical membranes... Københavns Universitets Videoportal 00:20 <p>Video of segmented immunofluorescent confocal z-stack of d10 N3.6.1 cells in the MGO culture showing the polarisation of endocrine progenitors (NGN3pos NGN3-GFP-expressing). Endocrine progenitors (NGN3 – red; NGN3-GFP - green), apical membranes (EZR - white), and nuclei (DAPI - blue) were stained. Polarised membranes of endocrine progenitors was also shown in blue.</p><p><a href="http://video.ku.dk/photo/61131410/danstem-florian-hermann-video-2"><img src="http://video.ku.dk/60650859/61131410/d6196a3b1d4cafab143b8f7c53c72051/standard/download-2-thumbnail.jpg" width="600" height="450"/></a></p> danstem http://video.ku.dk/photo/61130988/danstem-florian-hermann-video-1 <p>Video of segemented immunofluorescent confocal z-stack (figure 6C',D) of d13 SA121 in the MGO culture showing the 3D lumen structure. Tight junctions (ZO1; green), apical membranes (EZR; red), pancreatic nuclei (PDX1; grey) and DNA (DAPI; blue) were stained.</p><p><a href="http://video.ku.dk/photo/61130988/danstem-florian-hermann-video-1"><img src="http://video.ku.dk/60650859/61130988/8d169b0d1268945196864eb48b063855/standard/download-2-thumbnail.jpg" width="480" height="480"/></a></p> http://video.ku.dk/photo/61130988 Wed, 04 Mar 2020 10:08:05 GMT DanStem: [Florian Hermann] Video 1 - Luminal architecture in MGO system Video of segemented immunofluorescent confocal z-stack (figure 6C',D) of d13 SA121 in the MGO culture showing the 3D lumen structure. Tight junctions (ZO1; green), apical membranes (EZR; red), pancreatic nuclei (PDX1; grey) and DNA (DAPI; blue) were stained. Video of segemented immunofluorescent confocal z-stack (figure 6C',D) of d13 SA121 in the MGO culture showing the 3D lumen structure. Tight junctions (ZO1; green), apical membranes (EZR; red), pancreatic nuclei (PDX1; grey) and DNA (DAPI; blue)... Københavns Universitets Videoportal 00:30 <p>Video of segemented immunofluorescent confocal z-stack (figure 6C',D) of d13 SA121 in the MGO culture showing the 3D lumen structure. Tight junctions (ZO1; green), apical membranes (EZR; red), pancreatic nuclei (PDX1; grey) and DNA (DAPI; blue) were stained.</p><p><a href="http://video.ku.dk/photo/61130988/danstem-florian-hermann-video-1"><img src="http://video.ku.dk/60650859/61130988/8d169b0d1268945196864eb48b063855/standard/download-2-thumbnail.jpg" width="480" height="480"/></a></p> danstem http://video.ku.dk/photo/61111937/cells-of-knowledge-danstem <p><p>'Cells of Knowledge' is a result of<b><i><u></u></i></b> collaborative effort of animators from the Animation Workshop in Viborg and scientists from DanStem</p></p><p><a href="http://video.ku.dk/photo/61111937/cells-of-knowledge-danstem"><img src="http://video.ku.dk/60445025/61111937/b3c2b321202c7255cfc57458dc834d21/standard/download-33-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/61111937 Tue, 03 Mar 2020 18:04:28 GMT Cells of Knowledge (DanStem) 'Cells of Knowledge' is a result of collaborative effort of animators from the Animation Workshop in Viborg and scientists from DanStem 'Cells of Knowledge' is a result of collaborative effort of animators from the Animation Workshop in Viborg and scientists from DanStem Københavns Universitets Videoportal 04:33 <p><p>'Cells of Knowledge' is a result of<b><i><u></u></i></b> collaborative effort of animators from the Animation Workshop in Viborg and scientists from DanStem</p></p><p><a href="http://video.ku.dk/photo/61111937/cells-of-knowledge-danstem"><img src="http://video.ku.dk/60445025/61111937/b3c2b321202c7255cfc57458dc834d21/standard/download-33-thumbnail.jpg" width="600" height="338"/></a></p> animation animationsfilm celler cells danstem stem cell http://video.ku.dk/photo/53391038/science-odyssey <p><h2>A glimpse into the beauty of science</h2>The approach of this documentary is to shadow the people who are conducting the research in their everyday work and to ‘open a window’ to the beauty of science.</p><p><a href="http://video.ku.dk/photo/53391038/science-odyssey"><img src="http://video.ku.dk/49543324/53391038/c39a15cd12dec3495a8b504f46d934cc/standard/download-8-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/53391038 Thu, 27 Jun 2019 14:29:58 GMT Science Odyssey A glimpse into the beauty of scienceThe approach of this documentary is to shadow the people who are conducting the research in their everyday work and to ‘open a window’ to the beauty of science. A glimpse into the beauty of scienceThe approach of this documentary is to shadow the people who are conducting the research in their everyday work and to ‘open a window’ to the beauty of science. Københavns Universitets Videoportal 11:14 <p><h2>A glimpse into the beauty of science</h2>The approach of this documentary is to shadow the people who are conducting the research in their everyday work and to ‘open a window’ to the beauty of science.</p><p><a href="http://video.ku.dk/photo/53391038/science-odyssey"><img src="http://video.ku.dk/49543324/53391038/c39a15cd12dec3495a8b504f46d934cc/standard/download-8-thumbnail.jpg" width="600" height="338"/></a></p> biology danstem science stemcells http://video.ku.dk/photo/37519269/serup-group <p>Early pancreas</p><p><a href="http://video.ku.dk/photo/37519269/serup-group"><img src="http://video.ku.dk/4959050/37519269/e1aeb692c758b2e21d5c9a0c02ea1db8/standard/download-2-thumbnail.jpg" width="480" height="480"/></a></p> http://video.ku.dk/photo/37519269 Mon, 19 Nov 2018 10:47:35 GMT Serup Group Early pancreas Early pancreas Københavns Universitets Videoportal 00:08 <p>Early pancreas</p><p><a href="http://video.ku.dk/photo/37519269/serup-group"><img src="http://video.ku.dk/4959050/37519269/e1aeb692c758b2e21d5c9a0c02ea1db8/standard/download-2-thumbnail.jpg" width="480" height="480"/></a></p> danstem http://video.ku.dk/photo/37376670/ferreti-group-danstem <p>E75_Hand1 and Bra.mpg</p><p><a href="http://video.ku.dk/photo/37376670/ferreti-group-danstem"><img src="http://video.ku.dk/12732912/37376670/479175eafe0597b49638871ddf739605/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/37376670 Tue, 13 Nov 2018 14:21:49 GMT Ferreti Group DanStem E75_Hand1 and Bra.mpg E75_Hand1 and Bra.mpg Københavns Universitets Videoportal 01:00 <p>E75_Hand1 and Bra.mpg</p><p><a href="http://video.ku.dk/photo/37376670/ferreti-group-danstem"><img src="http://video.ku.dk/12732912/37376670/479175eafe0597b49638871ddf739605/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> DanStem http://video.ku.dk/photo/37346882/danstem-1 <p></p><p><a href="http://video.ku.dk/photo/37346882/danstem-1"><img src="http://video.ku.dk/12732911/37346882/3b4b11e0122dc95530438aceafd5d3b5/standard/download-2-thumbnail.jpg" width="600" height="375"/></a></p> http://video.ku.dk/photo/37346882 Mon, 12 Nov 2018 12:15:24 GMT DanStem Københavns Universitets Videoportal 00:07 <p></p><p><a href="http://video.ku.dk/photo/37346882/danstem-1"><img src="http://video.ku.dk/12732911/37346882/3b4b11e0122dc95530438aceafd5d3b5/standard/download-2-thumbnail.jpg" width="600" height="375"/></a></p> DanStem http://video.ku.dk/photo/36557497/danstem-at-culture-night-2018-kulturnatten-2018 <p>DanStem scientists in culture night 2018.&nbsp;</p><p><a href="http://video.ku.dk/photo/36557497/danstem-at-culture-night-2018-kulturnatten-2018"><img src="http://video.ku.dk/10820442/36557497/3b131384d364afcb7b1b797cc39b4448/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/36557497 Mon, 15 Oct 2018 19:17:33 GMT DanStem at Culture Night 2018 (Kulturnatten 2018) DanStem scientists in culture night 2018. DanStem scientists in culture night 2018. Københavns Universitets Videoportal 01:21 <p>DanStem scientists in culture night 2018.&nbsp;</p><p><a href="http://video.ku.dk/photo/36557497/danstem-at-culture-night-2018-kulturnatten-2018"><img src="http://video.ku.dk/10820442/36557497/3b131384d364afcb7b1b797cc39b4448/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> Culture Night danstem http://video.ku.dk/photo/27210906/the-birth-of-beta-cells <p>Understanding how beta cells first form in the developing embryo is providing scientists with the know-how to make these cells in the lab.</p><p><a href="http://video.ku.dk/photo/27210906/the-birth-of-beta-cells"><img src="http://video.ku.dk/13968031/27210906/f7bcc9271326aefd5b249c8bf5916155/standard/download-1-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/27210906 Mon, 16 Apr 2018 12:31:10 GMT The Birth of Beta Cells Understanding how beta cells first form in the developing embryo is providing scientists with the know-how to make these cells in the lab. Understanding how beta cells first form in the developing embryo is providing scientists with the know-how to make these cells in the lab. Københavns Universitets Videoportal 02:23 <p>Understanding how beta cells first form in the developing embryo is providing scientists with the know-how to make these cells in the lab.</p><p><a href="http://video.ku.dk/photo/27210906/the-birth-of-beta-cells"><img src="http://video.ku.dk/13968031/27210906/f7bcc9271326aefd5b249c8bf5916155/standard/download-1-thumbnail.jpg" width="600" height="338"/></a></p> cells danstem development embrio stem cell http://video.ku.dk/photo/27064835/four-simple-rules-explain-the-first-5-days-of <p>Five days elapse from the time a sperm fertilizes an egg until it is implanted in the secure environment of the uterus. During this time, the egg develops from one cell into a cell cluster surrounded by a layer of cells that specialize in penetrating the uterine membrane. Researchers from the University of Copenhagen have now cracked the code that explains how life can develop during these first 5 days without any intervention or support from the mother</p><p><a href="http://video.ku.dk/photo/27064835/four-simple-rules-explain-the-first-5-days-of"><img src="http://video.ku.dk/7718126/27064835/463ac9b00fe25d31c34f8710de5f7206/standard/download-1-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/27064835 Mon, 16 Apr 2018 12:23:27 GMT FOUR SIMPLE RULES EXPLAIN THE FIRST 5 DAYS OF HUMAN LIFE Five days elapse from the time a sperm fertilizes an egg until it is implanted in the secure environment of the uterus. During this time, the egg develops from one cell into a cell cluster surrounded by a layer of cells that specialize in penetrating the uterine membrane. Researchers from the University of Copenhagen have now cracked the code that explains how life can develop during these first 5 days without any intervention or support from the mother Five days elapse from the time a sperm fertilizes an egg until it is implanted in the secure environment of the uterus. During this time, the egg develops from one cell into a cell cluster surrounded by a layer of cells that specialize in... Københavns Universitets Videoportal 03:35 <p>Five days elapse from the time a sperm fertilizes an egg until it is implanted in the secure environment of the uterus. During this time, the egg develops from one cell into a cell cluster surrounded by a layer of cells that specialize in penetrating the uterine membrane. Researchers from the University of Copenhagen have now cracked the code that explains how life can develop during these first 5 days without any intervention or support from the mother</p><p><a href="http://video.ku.dk/photo/27064835/four-simple-rules-explain-the-first-5-days-of"><img src="http://video.ku.dk/7718126/27064835/463ac9b00fe25d31c34f8710de5f7206/standard/download-1-thumbnail.jpg" width="600" height="338"/></a></p> biology Brickman DanStem development http://video.ku.dk/photo/27210746/diabetes-and-stem-cells <p>415 million people worldwide have been diagnosed with diabetes and the number continues to rise. Common to all diabetes patients is lacking the ability to produce sufficient amounts of insulin, which regulates the blood sugar in the body. This can lead to a number of complications and in many cases be potentially fatal. The movie is made by the EU FP7 project HumEn.</p><p><a href="http://video.ku.dk/photo/27210746/diabetes-and-stem-cells"><img src="http://video.ku.dk/7718127/27210746/bb00c869ddd8159a527fe79414ff3fc7/standard/download-1-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ku.dk/photo/27210746 Mon, 16 Apr 2018 12:21:32 GMT Diabetes and Stem Cells 415 million people worldwide have been diagnosed with diabetes and the number continues to rise. Common to all diabetes patients is lacking the ability to produce sufficient amounts of insulin, which regulates the blood sugar in the body. This can lead to a number of complications and in many cases be potentially fatal. The movie is made by the EU FP7 project HumEn. 415 million people worldwide have been diagnosed with diabetes and the number continues to rise. Common to all diabetes patients is lacking the ability to produce sufficient amounts of insulin, which regulates the blood sugar in the body. This can... Københavns Universitets Videoportal 11:23 <p>415 million people worldwide have been diagnosed with diabetes and the number continues to rise. Common to all diabetes patients is lacking the ability to produce sufficient amounts of insulin, which regulates the blood sugar in the body. This can lead to a number of complications and in many cases be potentially fatal. The movie is made by the EU FP7 project HumEn.</p><p><a href="http://video.ku.dk/photo/27210746/diabetes-and-stem-cells"><img src="http://video.ku.dk/7718127/27210746/bb00c869ddd8159a527fe79414ff3fc7/standard/download-1-thumbnail.jpg" width="600" height="338"/></a></p> danstem diabetes stem cell