-
2:23
Biology Analogy vs Homology
Biology Analogy vs Homology
Biology Analogy vs Homology
Analogous structures vs Homologous structures are examined. Also Vestigial structures.
-
11:45
Evolution: It's a Thing - Crash Course Biology #20
Evolution: It's a Thing - Crash Course Biology #20
Evolution: It's a Thing - Crash Course Biology #20
Hank gets real with us in a discussion of evolution - it's a thing, not a debate. Gene distribution changes over time, across successive generations, to give...
-
3:22
What homology means in biology
What homology means in biology
What homology means in biology
Learn about the two major ways to repair DNA double strand breaks and why homologous chromosomes are important
-
3:34
Biology: Detect DNA Homology-Biotechnology Summary
Biology: Detect DNA Homology-Biotechnology Summary
Biology: Detect DNA Homology-Biotechnology Summary
http://www.mindbites.com/lesson/4243 for full video.
-
1:44
Non-homologous end joining
Non-homologous end joining
Non-homologous end joining
In this animation, we explore how a double-strand break in DNA is repaired through the process of non-homologous end joining, NHEJ. http://oxford.ly/1jy37Zq ...
-
0:16
Download Homology The Hierarchical Basis of Comparative Biology PDF
Download Homology The Hierarchical Basis of Comparative Biology PDF
Download Homology The Hierarchical Basis of Comparative Biology PDF
Download PDF Here: http://bit.ly/1P2KtWT
-
61:48
The Metaphysics of Homology: The Molecular Basis of Character Identity
The Metaphysics of Homology: The Molecular Basis of Character Identity
The Metaphysics of Homology: The Molecular Basis of Character Identity
Franke Program in Science & The Humanities, Guntar Wagner, April 1, 2014
Yale Professor of Ecology and Evolutionary Biology, Gunter Wagner, delivers a lecture based on his new book "Homology, Genes, and Evolutionary Innovation." Wagner provides this abstract of his talk: Like other foundational concepts in biology, as for instance genes and species etc., homology has a long history of frustrating the efforts of biologists and philosophers to define it.
On its most general level, homology means correspondence of body parts across species, i.e. the continuity of character identity over evolutionary time. The difficulties arise, in part, from
-
9:23
Evidence of Evolution:
Evidence of Evolution:
Evidence of Evolution:
Paul Andersen describes pieces of evidence that Charles Darwin used to support the idea of evolution and his process of natural selection. He begins with the...
-
16:19
Biology Practical Class XII To Study Homologous and Analogous organs in Plants and animals Part 1
Biology Practical Class XII To Study Homologous and Analogous organs in Plants and animals Part 1
Biology Practical Class XII To Study Homologous and Analogous organs in Plants and animals Part 1
-
14:21
Biology Practical Class XII To Study Homologous and Analogous organs in Plants and animals Part 2
Biology Practical Class XII To Study Homologous and Analogous organs in Plants and animals Part 2
Biology Practical Class XII To Study Homologous and Analogous organs in Plants and animals Part 2
-
11:43
Meiosis: Where the Sex Starts - Crash Course Biology #13
Meiosis: Where the Sex Starts - Crash Course Biology #13
Meiosis: Where the Sex Starts - Crash Course Biology #13
Hank gets down to the nitty gritty about meiosis, the special type of cell division that is necessary for sexual reproduction in eukaryotic organisms.
Crash Course Biology is now available on DVD! http://dftba.com/product/1av/CrashCourse-Biology-The-Complete-Series-DVD-Set
Like CrashCourse on Facebook: http://www.facebook.com/youtubecrashcourse
Follow CrashCourse on Twitter: http://www.twitter.com/thecrashcourse
References for this episode can be found in the Google document here: http://dft.ba/-2wDm
Table of Contents
1) Homologous Chromosome Pairs 2:10
2) Primary Oocytes 3:30
3) Primary Spermatocytes 3:30
4) Meiosis 2:59
5) Interphase I
-
10:19
Analogous vs Homologous
Analogous vs Homologous
Analogous vs Homologous
Biology
-
2:14
Homology CSULA BIO 100A
Homology CSULA BIO 100A
Homology CSULA BIO 100A
Homology C.S.U.L.A. Biology I dont not own this music
Project by Rafayel Murazyan and Marlen Anadolian
-
17:18
UChicago DRP Program in Mathematics - Presentation on Simplicial Homology
UChicago DRP Program in Mathematics - Presentation on Simplicial Homology
UChicago DRP Program in Mathematics - Presentation on Simplicial Homology
This is a short presentation I made on simplicial homology at UChicago to graduate and undergraduate students affiliated with the DRP program. I will be making another presentation during the Winter on other topics, which will potentially include some applications of persistent homology in computational biology which I've explored. For a more thorough introduction to the material, my writeup will be available online in the Winter as well.
-
12:16
Taxonomy: Life's Filing System - Crash Course Biology #19
Taxonomy: Life's Filing System - Crash Course Biology #19
Taxonomy: Life's Filing System - Crash Course Biology #19
Hank tells us the background story and explains the importance of the science of classifying living things, also known as taxonomy.
Crash Course Biology is now available on DVD! http://dft.ba/-8css
Like CrashCourse on Facebook: http://www.facebook.com/YouTubeCrashCourse
Follow CrashCourse on Twitter: http://www.twitter.com/TheCrashCourse
References for this episode can be found in the Google document here: http://dft.ba/-2L2C
Table of Contents
1) Taxonomy 0:00
2) Phylogenetic Tree 1:24
3) Biolography 2:26
4) Analogous/Homoplasic Traits 3:48
5) Homologous Traits 4:03
6) Taxa & Binomial Nomenclature 4:56
7) Domains 5:48
a) Bateria 6:04
b) A
-
2:29
Biology: Homologous Structures
Biology: Homologous Structures
Biology: Homologous Structures
http://www.mindbites.com/lesson/4244 for full video.
-
3:37
Method of the Year 2011: Gene-editing nucleases - by Nature Video
Method of the Year 2011: Gene-editing nucleases - by Nature Video
Method of the Year 2011: Gene-editing nucleases - by Nature Video
Gene-editing nucleases can make targeted and precise changes to an organism's genome. This has opened up new possibilities for the study of gene function, as well as the treatment of disease. While gene-editing nucleases have been in use since the mid-1990s, in the form of zinc finger nucleases, the more recent discovery of TALENs (transcriptor-like effector nucleases) has created new interest. In this video, Nature Methods technology editor Monya Baker explains how gene-editing nucleases work and why they were chosen as Nature Methods 'Method of the Year' for 2011.
More on the 2011 'Method of the Year' here: http://www.nature.com/nmeth/fo
-
9:05
Homology in Vertebrate Limbs Speculation - ICONS of EVOLUTION (#3)
Homology in Vertebrate Limbs Speculation - ICONS of EVOLUTION (#3)
Homology in Vertebrate Limbs Speculation - ICONS of EVOLUTION (#3)
"The scientific leaders tell us that science is the search for the truth, science cannot coexist with lies. We all assume that textbooks contain only a few m...
-
10:45
Poster Girl for Atheist Stupidity 02 ( Homology )
Poster Girl for Atheist Stupidity 02 ( Homology )
Poster Girl for Atheist Stupidity 02 ( Homology )
I am not a biologist, is the first time I address this topic. I respected the scientific ethics, and I quote the sources used, in the video and in the "info"...
-
9:14
AP Biology cvitale Pylogenetics.mp4
AP Biology cvitale Pylogenetics.mp4
AP Biology cvitale Pylogenetics.mp4
Table of Contents: 00:16 - PHLOGENY 00:25 - PHYLOGENETIC TREE 00:38 - TAXON 00:50 - CLADE 00:57 - DERIVED TRAIT 01:03 - ANCESTRAL TRAIT 01:11 - 02:05 - CONVE...
-
63:45
Ezra Miller: How do quivers and stratifications apply to biology?
Ezra Miller: How do quivers and stratifications apply to biology?
Ezra Miller: How do quivers and stratifications apply to biology?
Talk from the conference "Algebra, Combinatorics and Representation Theory: in memory of Andrei Zelevinsky (1953-2013)," given at Northeastern University on ...
-
38:09
James Thompson - Masters rigging script project - Homology rigging
James Thompson - Masters rigging script project - Homology rigging
James Thompson - Masters rigging script project - Homology rigging
Hi, This is my masters project on a homology based rigging script.
The idea is to have a script that is flexible enough for the user to blend between several different creatures using the biological basis of comparative biology.
-
3:14
Biology: Independent Assortment - Homologous Chromosomes
Biology: Independent Assortment - Homologous Chromosomes
Biology: Independent Assortment - Homologous Chromosomes
http://www.mindbites.com/lesson/1458 for full video. http://www.mindbites.com/series/104 for a bundle of videos on Understanding Meiosis. For an even broader...
Biology Analogy vs Homology
Analogous structures vs Homologous structures are examined. Also Vestigial structures....
Analogous structures vs Homologous structures are examined. Also Vestigial structures.
wn.com/Biology Analogy Vs Homology
Analogous structures vs Homologous structures are examined. Also Vestigial structures.
Evolution: It's a Thing - Crash Course Biology #20
Hank gets real with us in a discussion of evolution - it's a thing, not a debate. Gene distribution changes over time, across successive generations, to give......
Hank gets real with us in a discussion of evolution - it's a thing, not a debate. Gene distribution changes over time, across successive generations, to give...
wn.com/Evolution It's A Thing Crash Course Biology 20
Hank gets real with us in a discussion of evolution - it's a thing, not a debate. Gene distribution changes over time, across successive generations, to give...
- published: 11 Jun 2012
- views: 371722
-
author: CrashCourse
What homology means in biology
Learn about the two major ways to repair DNA double strand breaks and why homologous chromosomes are important...
Learn about the two major ways to repair DNA double strand breaks and why homologous chromosomes are important
wn.com/What Homology Means In Biology
Learn about the two major ways to repair DNA double strand breaks and why homologous chromosomes are important
- published: 27 Nov 2014
- views: 65
Non-homologous end joining
In this animation, we explore how a double-strand break in DNA is repaired through the process of non-homologous end joining, NHEJ. http://oxford.ly/1jy37Zq ......
In this animation, we explore how a double-strand break in DNA is repaired through the process of non-homologous end joining, NHEJ. http://oxford.ly/1jy37Zq ...
wn.com/Non Homologous End Joining
In this animation, we explore how a double-strand break in DNA is repaired through the process of non-homologous end joining, NHEJ. http://oxford.ly/1jy37Zq ...
The Metaphysics of Homology: The Molecular Basis of Character Identity
Franke Program in Science & The Humanities, Guntar Wagner, April 1, 2014
Yale Professor of Ecology and Evolutionary Biology, Gunter Wagner, delivers a lecture ...
Franke Program in Science & The Humanities, Guntar Wagner, April 1, 2014
Yale Professor of Ecology and Evolutionary Biology, Gunter Wagner, delivers a lecture based on his new book "Homology, Genes, and Evolutionary Innovation." Wagner provides this abstract of his talk: Like other foundational concepts in biology, as for instance genes and species etc., homology has a long history of frustrating the efforts of biologists and philosophers to define it.
On its most general level, homology means correspondence of body parts across species, i.e. the continuity of character identity over evolutionary time. The difficulties arise, in part, from the fact that characters that manifest the same in various animals can develop from different genes and along different developmental pathways. This fact is leading to the question whether it is at all meaningful to speak of the same character in different animals/species. In this talk I will defend my recent proposal, that character identity can be linked to our mechanistic understanding of development. The basis for my thesis is the realization that character identity and character states are caused by different developmental genetic mechanisms. My hypothesis states that character identity is tied to developmental mechanisms that enable differential expression of 'realizer' genes. These character identity gene networks do not dictate whether a body part is in fact different from other parts or in what way it is different from the rest of the body. Homology is not only conceptually abstract, but also mechanistically abstract, in the sense that it stands for the potential to be different rather than for a particular way to be different. This conception of character identity, if validated, has consequences for the metaphysics of evolutionary biology that will be discussed in this talk as well.
wn.com/The Metaphysics Of Homology The Molecular Basis Of Character Identity
Franke Program in Science & The Humanities, Guntar Wagner, April 1, 2014
Yale Professor of Ecology and Evolutionary Biology, Gunter Wagner, delivers a lecture based on his new book "Homology, Genes, and Evolutionary Innovation." Wagner provides this abstract of his talk: Like other foundational concepts in biology, as for instance genes and species etc., homology has a long history of frustrating the efforts of biologists and philosophers to define it.
On its most general level, homology means correspondence of body parts across species, i.e. the continuity of character identity over evolutionary time. The difficulties arise, in part, from the fact that characters that manifest the same in various animals can develop from different genes and along different developmental pathways. This fact is leading to the question whether it is at all meaningful to speak of the same character in different animals/species. In this talk I will defend my recent proposal, that character identity can be linked to our mechanistic understanding of development. The basis for my thesis is the realization that character identity and character states are caused by different developmental genetic mechanisms. My hypothesis states that character identity is tied to developmental mechanisms that enable differential expression of 'realizer' genes. These character identity gene networks do not dictate whether a body part is in fact different from other parts or in what way it is different from the rest of the body. Homology is not only conceptually abstract, but also mechanistically abstract, in the sense that it stands for the potential to be different rather than for a particular way to be different. This conception of character identity, if validated, has consequences for the metaphysics of evolutionary biology that will be discussed in this talk as well.
- published: 19 Dec 2014
- views: 4
Evidence of Evolution:
Paul Andersen describes pieces of evidence that Charles Darwin used to support the idea of evolution and his process of natural selection. He begins with the......
Paul Andersen describes pieces of evidence that Charles Darwin used to support the idea of evolution and his process of natural selection. He begins with the...
wn.com/Evidence Of Evolution
Paul Andersen describes pieces of evidence that Charles Darwin used to support the idea of evolution and his process of natural selection. He begins with the...
Meiosis: Where the Sex Starts - Crash Course Biology #13
Hank gets down to the nitty gritty about meiosis, the special type of cell division that is necessary for sexual reproduction in eukaryotic organisms.
Crash Co...
Hank gets down to the nitty gritty about meiosis, the special type of cell division that is necessary for sexual reproduction in eukaryotic organisms.
Crash Course Biology is now available on DVD! http://dftba.com/product/1av/CrashCourse-Biology-The-Complete-Series-DVD-Set
Like CrashCourse on Facebook: http://www.facebook.com/youtubecrashcourse
Follow CrashCourse on Twitter: http://www.twitter.com/thecrashcourse
References for this episode can be found in the Google document here: http://dft.ba/-2wDm
Table of Contents
1) Homologous Chromosome Pairs 2:10
2) Primary Oocytes 3:30
3) Primary Spermatocytes 3:30
4) Meiosis 2:59
5) Interphase I 4:04
6) Prophase I 4:37
a) Crossover 5:05
b) Recombination 5:05
7) Metaphase I 7:53
8) Anaphase I 8:05
9) Telophase I 8:19
10) Prophase II 8:57
11) Metaphase II 9:23
12) Anaphase II 9:28
13) Telophase II 9:32
Want to see Hank play Assassin's Creed? Check out http://www.youtube.com/hankgames
Watch the AC: Brotherhood playlist here: http://www.youtube.com/playlist?list=PL0B3CD662A033D273
Watch the AC: Revelations playlist here: http://www.youtube.com/playlist?list=PLC5C810D94ADB2080
reproduction, sexual reproduction, sex cell, sperm, egg, meiosis, crashcourse, crash course, biology, cell replication, chromosome, gene, allele, homologous chromosome, haploid cells, prophase, metaphase, anaphase, telophase, oocyte, spermatocyte, centrosome, microtubule, crossover, homologous recombination, natural selection, cytokinesis, polar body, endosperm Support CrashCourse on Subbable: http://subbable.com/crashcourse
wn.com/Meiosis Where The Sex Starts Crash Course Biology 13
Hank gets down to the nitty gritty about meiosis, the special type of cell division that is necessary for sexual reproduction in eukaryotic organisms.
Crash Course Biology is now available on DVD! http://dftba.com/product/1av/CrashCourse-Biology-The-Complete-Series-DVD-Set
Like CrashCourse on Facebook: http://www.facebook.com/youtubecrashcourse
Follow CrashCourse on Twitter: http://www.twitter.com/thecrashcourse
References for this episode can be found in the Google document here: http://dft.ba/-2wDm
Table of Contents
1) Homologous Chromosome Pairs 2:10
2) Primary Oocytes 3:30
3) Primary Spermatocytes 3:30
4) Meiosis 2:59
5) Interphase I 4:04
6) Prophase I 4:37
a) Crossover 5:05
b) Recombination 5:05
7) Metaphase I 7:53
8) Anaphase I 8:05
9) Telophase I 8:19
10) Prophase II 8:57
11) Metaphase II 9:23
12) Anaphase II 9:28
13) Telophase II 9:32
Want to see Hank play Assassin's Creed? Check out http://www.youtube.com/hankgames
Watch the AC: Brotherhood playlist here: http://www.youtube.com/playlist?list=PL0B3CD662A033D273
Watch the AC: Revelations playlist here: http://www.youtube.com/playlist?list=PLC5C810D94ADB2080
reproduction, sexual reproduction, sex cell, sperm, egg, meiosis, crashcourse, crash course, biology, cell replication, chromosome, gene, allele, homologous chromosome, haploid cells, prophase, metaphase, anaphase, telophase, oocyte, spermatocyte, centrosome, microtubule, crossover, homologous recombination, natural selection, cytokinesis, polar body, endosperm Support CrashCourse on Subbable: http://subbable.com/crashcourse
- published: 23 Apr 2012
- views: 814572
Homology CSULA BIO 100A
Homology C.S.U.L.A. Biology I dont not own this music
Project by Rafayel Murazyan and Marlen Anadolian...
Homology C.S.U.L.A. Biology I dont not own this music
Project by Rafayel Murazyan and Marlen Anadolian
wn.com/Homology Csula Bio 100A
Homology C.S.U.L.A. Biology I dont not own this music
Project by Rafayel Murazyan and Marlen Anadolian
- published: 18 Mar 2015
- views: 13
UChicago DRP Program in Mathematics - Presentation on Simplicial Homology
This is a short presentation I made on simplicial homology at UChicago to graduate and undergraduate students affiliated with the DRP program. I will be making ...
This is a short presentation I made on simplicial homology at UChicago to graduate and undergraduate students affiliated with the DRP program. I will be making another presentation during the Winter on other topics, which will potentially include some applications of persistent homology in computational biology which I've explored. For a more thorough introduction to the material, my writeup will be available online in the Winter as well.
wn.com/Uchicago Drp Program In Mathematics Presentation On Simplicial Homology
This is a short presentation I made on simplicial homology at UChicago to graduate and undergraduate students affiliated with the DRP program. I will be making another presentation during the Winter on other topics, which will potentially include some applications of persistent homology in computational biology which I've explored. For a more thorough introduction to the material, my writeup will be available online in the Winter as well.
- published: 13 Oct 2013
- views: 16
Taxonomy: Life's Filing System - Crash Course Biology #19
Hank tells us the background story and explains the importance of the science of classifying living things, also known as taxonomy.
Crash Course Biology is now...
Hank tells us the background story and explains the importance of the science of classifying living things, also known as taxonomy.
Crash Course Biology is now available on DVD! http://dft.ba/-8css
Like CrashCourse on Facebook: http://www.facebook.com/YouTubeCrashCourse
Follow CrashCourse on Twitter: http://www.twitter.com/TheCrashCourse
References for this episode can be found in the Google document here: http://dft.ba/-2L2C
Table of Contents
1) Taxonomy 0:00
2) Phylogenetic Tree 1:24
3) Biolography 2:26
4) Analogous/Homoplasic Traits 3:48
5) Homologous Traits 4:03
6) Taxa & Binomial Nomenclature 4:56
7) Domains 5:48
a) Bateria 6:04
b) Archaea 6:44
c) Eukarya / 4 Kingdoms 6:54
-Plantae 7:56
-Protista 8:23
-Fungi 8:56
-Animalia 9:31
taxonomy, classification, classifying, evolution, filing, science, biology, life, organism, relationship, ancestor, ancestry, evolutionary tree, phylogenetic tree, tree of life, biolography, carl von linnaeus, linnaeus, botanist, botanical name, morphology, homologous traits, systema naturae, taxa, groups, kingdom, phylum, class, order, family, genus, species, binomial nomenclature, latin, domain, archaea, eukarya, division, autotrophs, heterotrophs, protist, fungi, animalia, animal, cat, kitty Support CrashCourse on Subbable: http://subbable.com/crashcourse
wn.com/Taxonomy Life's Filing System Crash Course Biology 19
Hank tells us the background story and explains the importance of the science of classifying living things, also known as taxonomy.
Crash Course Biology is now available on DVD! http://dft.ba/-8css
Like CrashCourse on Facebook: http://www.facebook.com/YouTubeCrashCourse
Follow CrashCourse on Twitter: http://www.twitter.com/TheCrashCourse
References for this episode can be found in the Google document here: http://dft.ba/-2L2C
Table of Contents
1) Taxonomy 0:00
2) Phylogenetic Tree 1:24
3) Biolography 2:26
4) Analogous/Homoplasic Traits 3:48
5) Homologous Traits 4:03
6) Taxa & Binomial Nomenclature 4:56
7) Domains 5:48
a) Bateria 6:04
b) Archaea 6:44
c) Eukarya / 4 Kingdoms 6:54
-Plantae 7:56
-Protista 8:23
-Fungi 8:56
-Animalia 9:31
taxonomy, classification, classifying, evolution, filing, science, biology, life, organism, relationship, ancestor, ancestry, evolutionary tree, phylogenetic tree, tree of life, biolography, carl von linnaeus, linnaeus, botanist, botanical name, morphology, homologous traits, systema naturae, taxa, groups, kingdom, phylum, class, order, family, genus, species, binomial nomenclature, latin, domain, archaea, eukarya, division, autotrophs, heterotrophs, protist, fungi, animalia, animal, cat, kitty Support CrashCourse on Subbable: http://subbable.com/crashcourse
- published: 04 Jun 2012
- views: 364201
Biology: Homologous Structures
http://www.mindbites.com/lesson/4244 for full video....
http://www.mindbites.com/lesson/4244 for full video.
wn.com/Biology Homologous Structures
http://www.mindbites.com/lesson/4244 for full video.
Method of the Year 2011: Gene-editing nucleases - by Nature Video
Gene-editing nucleases can make targeted and precise changes to an organism's genome. This has opened up new possibilities for the study of gene function, as we...
Gene-editing nucleases can make targeted and precise changes to an organism's genome. This has opened up new possibilities for the study of gene function, as well as the treatment of disease. While gene-editing nucleases have been in use since the mid-1990s, in the form of zinc finger nucleases, the more recent discovery of TALENs (transcriptor-like effector nucleases) has created new interest. In this video, Nature Methods technology editor Monya Baker explains how gene-editing nucleases work and why they were chosen as Nature Methods 'Method of the Year' for 2011.
More on the 2011 'Method of the Year' here: http://www.nature.com/nmeth/focus/moy2011/
wn.com/Method Of The Year 2011 Gene Editing Nucleases By Nature Video
Gene-editing nucleases can make targeted and precise changes to an organism's genome. This has opened up new possibilities for the study of gene function, as well as the treatment of disease. While gene-editing nucleases have been in use since the mid-1990s, in the form of zinc finger nucleases, the more recent discovery of TALENs (transcriptor-like effector nucleases) has created new interest. In this video, Nature Methods technology editor Monya Baker explains how gene-editing nucleases work and why they were chosen as Nature Methods 'Method of the Year' for 2011.
More on the 2011 'Method of the Year' here: http://www.nature.com/nmeth/focus/moy2011/
- published: 19 Dec 2011
- views: 68310
Homology in Vertebrate Limbs Speculation - ICONS of EVOLUTION (#3)
"The scientific leaders tell us that science is the search for the truth, science cannot coexist with lies. We all assume that textbooks contain only a few m......
"The scientific leaders tell us that science is the search for the truth, science cannot coexist with lies. We all assume that textbooks contain only a few m...
wn.com/Homology In Vertebrate Limbs Speculation Icons Of Evolution ( 3)
"The scientific leaders tell us that science is the search for the truth, science cannot coexist with lies. We all assume that textbooks contain only a few m...
Poster Girl for Atheist Stupidity 02 ( Homology )
I am not a biologist, is the first time I address this topic. I respected the scientific ethics, and I quote the sources used, in the video and in the "info"......
I am not a biologist, is the first time I address this topic. I respected the scientific ethics, and I quote the sources used, in the video and in the "info"...
wn.com/Poster Girl For Atheist Stupidity 02 ( Homology )
I am not a biologist, is the first time I address this topic. I respected the scientific ethics, and I quote the sources used, in the video and in the "info"...
- published: 12 Mar 2010
- views: 1786
-
author: VyckRo
AP Biology cvitale Pylogenetics.mp4
Table of Contents: 00:16 - PHLOGENY 00:25 - PHYLOGENETIC TREE 00:38 - TAXON 00:50 - CLADE 00:57 - DERIVED TRAIT 01:03 - ANCESTRAL TRAIT 01:11 - 02:05 - CONVE......
Table of Contents: 00:16 - PHLOGENY 00:25 - PHYLOGENETIC TREE 00:38 - TAXON 00:50 - CLADE 00:57 - DERIVED TRAIT 01:03 - ANCESTRAL TRAIT 01:11 - 02:05 - CONVE...
wn.com/Ap Biology Cvitale Pylogenetics.Mp4
Table of Contents: 00:16 - PHLOGENY 00:25 - PHYLOGENETIC TREE 00:38 - TAXON 00:50 - CLADE 00:57 - DERIVED TRAIT 01:03 - ANCESTRAL TRAIT 01:11 - 02:05 - CONVE...
Ezra Miller: How do quivers and stratifications apply to biology?
Talk from the conference "Algebra, Combinatorics and Representation Theory: in memory of Andrei Zelevinsky (1953-2013)," given at Northeastern University on ......
Talk from the conference "Algebra, Combinatorics and Representation Theory: in memory of Andrei Zelevinsky (1953-2013)," given at Northeastern University on ...
wn.com/Ezra Miller How Do Quivers And Stratifications Apply To Biology
Talk from the conference "Algebra, Combinatorics and Representation Theory: in memory of Andrei Zelevinsky (1953-2013)," given at Northeastern University on ...
James Thompson - Masters rigging script project - Homology rigging
Hi, This is my masters project on a homology based rigging script.
The idea is to have a script that is flexible enough for the user to blend between several d...
Hi, This is my masters project on a homology based rigging script.
The idea is to have a script that is flexible enough for the user to blend between several different creatures using the biological basis of comparative biology.
wn.com/James Thompson Masters Rigging Script Project Homology Rigging
Hi, This is my masters project on a homology based rigging script.
The idea is to have a script that is flexible enough for the user to blend between several different creatures using the biological basis of comparative biology.
- published: 06 Sep 2012
- views: 692
Biology: Independent Assortment - Homologous Chromosomes
http://www.mindbites.com/lesson/1458 for full video. http://www.mindbites.com/series/104 for a bundle of videos on Understanding Meiosis. For an even broader......
http://www.mindbites.com/lesson/1458 for full video. http://www.mindbites.com/series/104 for a bundle of videos on Understanding Meiosis. For an even broader...
wn.com/Biology Independent Assortment Homologous Chromosomes
http://www.mindbites.com/lesson/1458 for full video. http://www.mindbites.com/series/104 for a bundle of videos on Understanding Meiosis. For an even broader...
-
43:56
Genetic recombination lecture 1 | homologous recombination
Genetic recombination lecture 1 | homologous recombination
Genetic recombination lecture 1 | homologous recombination
This lecture about genetic recombination explains about the homologous recombination process and also the role of homologous recombination in double stranded break repair of DNA.
For more information, log on to-
http://www.shomusbiology.com/
Get Shomu's Biology DVD set here-
http://www.shomusbiology.com/dvd-store/
Download the study materials here-
http://shomusbiology.com/bio-materials.html
-
46:57
AlgTop30: An introduction to homology
AlgTop30: An introduction to homology
AlgTop30: An introduction to homology
We briefly describe the higher homotopy groups which extend the fundamental group to higher dimensions, trying to capture what it means for a space to have h...
-
34:54
Deep_homology_talk
Deep_homology_talk
Deep_homology_talk
WSU Vancouver Biology 403 Lecture about phylogenetics and deep homology
-
40:07
Monica Medina
Monica Medina
Monica Medina
Homology has historically been an elusive concept in biology. With the advent of modern molecular approaches to understand a phenotype, we find the definition of homology an even more daunting task. We use animal biomineralization, a complex trait, to empirically examine whether phenotypically distinct anatomical structures can be considered homologous at multiple levels of biological organization.
Biomineralization is the process by which living organisms construct hard skeletons creating structures that range from specialized tissues such as shells or skeletons to ecosystems such as coral reefs. Biominerals are composed of both inorganic m
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41:07
AlgTop33: Computing homology groups
AlgTop33: Computing homology groups
AlgTop33: Computing homology groups
The definition of the homology groups H_n(X) of a space X, say a simplicial complex, is quite abstract: we consider the complex of abelian groups generated b...
-
84:37
What Is the Evidence for Evolution Found in the Fossil Record? Richard Dawkins Speech (2009)
What Is the Evidence for Evolution Found in the Fossil Record? Richard Dawkins Speech (2009)
What Is the Evidence for Evolution Found in the Fossil Record? Richard Dawkins Speech (2009)
The Greatest Show on Earth: The Evidence for Evolution is a 2009 book by British biologist Richard Dawkins, which was released on 3 September 2009 in the UK ...
-
26:16
Biology 09-6 Evidence For Evolution
Biology 09-6 Evidence For Evolution
Biology 09-6 Evidence For Evolution
This video describes some of the vast evidence that supports the theory of evolution by natural selection - namely, the fossil record, homologous and vestigi...
-
51:42
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007)
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007)
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007)
Michael Brant Shermer (born September 8, 1954) is an American science writer, historian of science, founder of The Skeptics Society, and Editor in Chief of its magazine Skeptic, which is largely devoted to investigating pseudoscientific and supernatural claims. The Skeptics Society currently has over 55,000 members. Shermer also engages in debates on topics pertaining to pseudoscience and religion in which he emphasizes scientific skepticism.
Shermer is also the producer and co-host of the 13-hour Fox Family television series Exploring the Unknown. Since April 2001, he has been a monthly columnist for Scientific American magazine with his Sk
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73:55
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007)
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007)
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007)
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007) Michael Brant Shermer (born September 8, 1954) is an American science writer, historian of science, founder of The Skeptics Society, and Editor in Chief of its magazine Skeptic, which is largely devoted to investigating pseudoscientific and supernatural claims. The Skeptics Society currently has over 55,000 members. Shermer also engages in debates on topics pertaining to pseudoscience and religion in which he emphasizes scientific skepticism. Shermer is also the producer and co-host of the 13-hour Fox Family television series Exploring the Unknown. Since Apr
-
65:24
Links, homology cobordism, and Milnor's invariants, lecture 1
Links, homology cobordism, and Milnor's invariants, lecture 1
Links, homology cobordism, and Milnor's invariants, lecture 1
In these two talks I will discuss an old and fundamental sequence of invariants due to John Milnor, and efforts to extend this sequence of invariants transfi...
-
91:04
Floer Homology (Peter Albers @ MSRI)
Floer Homology (Peter Albers @ MSRI)
Floer Homology (Peter Albers @ MSRI)
From the MSRI workshop "Introductory Workshop: Symplectic and Contact Geometry and Topology" that took place at MSRI, Berkeley in August 2009. The workshop page (where you can download the videos) can be found here:
http://www.msri.org/workshops/479
The page for this particular talk is:
http://www.msri.org/workshops/479/schedules/3768
-
110:40
A Critique of Darwinist Icons (Icons of Evolution)
A Critique of Darwinist Icons (Icons of Evolution)
A Critique of Darwinist Icons (Icons of Evolution)
Following Jonathan Wells's acclaimed book, Icons of Evolution, this video lecture/interview with Dr. Wells focuses on 6 of the 10 icons in the book. Wells sh...
-
47:25
Lagrangian Floer homology
Lagrangian Floer homology
Lagrangian Floer homology
Kenji Fukaya (Kyoto University). Plenary Lecture from the 1st PRIMA Congress, 2009. Plenary Lecture 3. Abstract: This is a survey of Lagrangian Floer homolog...
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60:53
Luis Diogo, Symplectic Homology via Gromov-Witten Theory
Luis Diogo, Symplectic Homology via Gromov-Witten Theory
Luis Diogo, Symplectic Homology via Gromov-Witten Theory
In this talk Luis Diogo, of Columbia University, discusses symplectic homology and how one can approach it using Gromov-Witten theory.
This talk was given at the School of Mathematics, Institute for Advanced Study at Princeton on February 13, 2015. This talk, as well as many, MANY others can be downloaded at the IAS website -- follow the link below:
https://video.ias.edu/puias/2015/0213-LuisDiogo
Diogo's abstract for the talk is given below.
"Symplectic homology is a very useful tool in symplectic topology, but it can be hard to compute explicitly. We will describe a procedure for computing symplectic homology using counts of pseudo-holom
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55:15
Robert Lefkowitz (Duke University) Part 1 Seven Transmembrane Receptors
Robert Lefkowitz (Duke University) Part 1 Seven Transmembrane Receptors
Robert Lefkowitz (Duke University) Part 1 Seven Transmembrane Receptors
http://www.ibiology.org/ibioseminars/cell-biology/robert-lefkowitz-part-1.html In the first segment of the lecture, the history of discovery in the field of ...
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38:43
British Biologist Denis Noble Debunks Neo Darwinism
British Biologist Denis Noble Debunks Neo Darwinism
British Biologist Denis Noble Debunks Neo Darwinism
British Biologist Denis Noble Debunks Neo Darwinism.
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54:25
Conferencia "TDA Persistent homology", Dr José Antonio de la Peña
Conferencia "TDA Persistent homology", Dr José Antonio de la Peña
Conferencia "TDA Persistent homology", Dr José Antonio de la Peña
Conferencia del Dr. José Antonio de la Peña, director del CIMAT, sobre una aplicación del Análisis Topológico de Datos.
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62:01
Arrival of the Fittest
Arrival of the Fittest
Arrival of the Fittest
Evolutionary biologist Andreas Wagner shows how adaptations are not only driven by chance, but rather by a set of fundamental laws that give rise to a world of biological creativity.
Subscribe for regular science videos: http://bit.ly/RiSubscRibe
How do innovations arise in biology? Darwin’s theory of natural selection doesn’t tell us, except that they come about by ‘trial and error’.
Evolutionary biologist Andreas Wagner shows how adaptations are not only driven by chance, but rather by a set of fundamental laws that give rise to a world of biological creativity, and to innovations as diverse as animals that fly and plants that harvest ene
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30:59
Homologous Recombination for Replication Fork Reactivation Part 1
Homologous Recombination for Replication Fork Reactivation Part 1
Homologous Recombination for Replication Fork Reactivation Part 1
In this video we discuss the use of homologous recombination to repair a broken replication fork.
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60:30
Protein Prediction 2 for Computer Sc. - Lecture 3 "Homology-based prediction of protein function"
Protein Prediction 2 for Computer Sc. - Lecture 3 "Homology-based prediction of protein function"
Protein Prediction 2 for Computer Sc. - Lecture 3 "Homology-based prediction of protein function"
Date: 28.10.2014
Speaker: Tobias Hamp
Course page with slides: https://rostlab.org/teaching/ws1415/pp2_cs
Genetic recombination lecture 1 | homologous recombination
This lecture about genetic recombination explains about the homologous recombination process and also the role of homologous recombination in double stranded br...
This lecture about genetic recombination explains about the homologous recombination process and also the role of homologous recombination in double stranded break repair of DNA.
For more information, log on to-
http://www.shomusbiology.com/
Get Shomu's Biology DVD set here-
http://www.shomusbiology.com/dvd-store/
Download the study materials here-
http://shomusbiology.com/bio-materials.html
wn.com/Genetic Recombination Lecture 1 | Homologous Recombination
This lecture about genetic recombination explains about the homologous recombination process and also the role of homologous recombination in double stranded break repair of DNA.
For more information, log on to-
http://www.shomusbiology.com/
Get Shomu's Biology DVD set here-
http://www.shomusbiology.com/dvd-store/
Download the study materials here-
http://shomusbiology.com/bio-materials.html
- published: 31 Jul 2015
- views: 50
AlgTop30: An introduction to homology
We briefly describe the higher homotopy groups which extend the fundamental group to higher dimensions, trying to capture what it means for a space to have h......
We briefly describe the higher homotopy groups which extend the fundamental group to higher dimensions, trying to capture what it means for a space to have h...
wn.com/Algtop30 An Introduction To Homology
We briefly describe the higher homotopy groups which extend the fundamental group to higher dimensions, trying to capture what it means for a space to have h...
Deep_homology_talk
WSU Vancouver Biology 403 Lecture about phylogenetics and deep homology...
WSU Vancouver Biology 403 Lecture about phylogenetics and deep homology
wn.com/Deep Homology Talk
WSU Vancouver Biology 403 Lecture about phylogenetics and deep homology
- published: 11 Feb 2014
- views: 9
Monica Medina
Homology has historically been an elusive concept in biology. With the advent of modern molecular approaches to understand a phenotype, we find the definition o...
Homology has historically been an elusive concept in biology. With the advent of modern molecular approaches to understand a phenotype, we find the definition of homology an even more daunting task. We use animal biomineralization, a complex trait, to empirically examine whether phenotypically distinct anatomical structures can be considered homologous at multiple levels of biological organization.
Biomineralization is the process by which living organisms construct hard skeletons creating structures that range from specialized tissues such as shells or skeletons to ecosystems such as coral reefs. Biominerals are composed of both inorganic minerals and proteins. We use a comparative genomics approach to assess if such components of a biomineral are shared across animal lineages. In the process, we have developed BioMine, a biomineralization centric protein database that enables comparative analysis across mineralizing animals.
wn.com/Monica Medina
Homology has historically been an elusive concept in biology. With the advent of modern molecular approaches to understand a phenotype, we find the definition of homology an even more daunting task. We use animal biomineralization, a complex trait, to empirically examine whether phenotypically distinct anatomical structures can be considered homologous at multiple levels of biological organization.
Biomineralization is the process by which living organisms construct hard skeletons creating structures that range from specialized tissues such as shells or skeletons to ecosystems such as coral reefs. Biominerals are composed of both inorganic minerals and proteins. We use a comparative genomics approach to assess if such components of a biomineral are shared across animal lineages. In the process, we have developed BioMine, a biomineralization centric protein database that enables comparative analysis across mineralizing animals.
- published: 21 Jul 2015
- views: 0
AlgTop33: Computing homology groups
The definition of the homology groups H_n(X) of a space X, say a simplicial complex, is quite abstract: we consider the complex of abelian groups generated b......
The definition of the homology groups H_n(X) of a space X, say a simplicial complex, is quite abstract: we consider the complex of abelian groups generated b...
wn.com/Algtop33 Computing Homology Groups
The definition of the homology groups H_n(X) of a space X, say a simplicial complex, is quite abstract: we consider the complex of abelian groups generated b...
What Is the Evidence for Evolution Found in the Fossil Record? Richard Dawkins Speech (2009)
The Greatest Show on Earth: The Evidence for Evolution is a 2009 book by British biologist Richard Dawkins, which was released on 3 September 2009 in the UK ......
The Greatest Show on Earth: The Evidence for Evolution is a 2009 book by British biologist Richard Dawkins, which was released on 3 September 2009 in the UK ...
wn.com/What Is The Evidence For Evolution Found In The Fossil Record Richard Dawkins Speech (2009)
The Greatest Show on Earth: The Evidence for Evolution is a 2009 book by British biologist Richard Dawkins, which was released on 3 September 2009 in the UK ...
Biology 09-6 Evidence For Evolution
This video describes some of the vast evidence that supports the theory of evolution by natural selection - namely, the fossil record, homologous and vestigi......
This video describes some of the vast evidence that supports the theory of evolution by natural selection - namely, the fossil record, homologous and vestigi...
wn.com/Biology 09 6 Evidence For Evolution
This video describes some of the vast evidence that supports the theory of evolution by natural selection - namely, the fossil record, homologous and vestigi...
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007)
Michael Brant Shermer (born September 8, 1954) is an American science writer, historian of science, founder of The Skeptics Society, and Editor in Chief of its ...
Michael Brant Shermer (born September 8, 1954) is an American science writer, historian of science, founder of The Skeptics Society, and Editor in Chief of its magazine Skeptic, which is largely devoted to investigating pseudoscientific and supernatural claims. The Skeptics Society currently has over 55,000 members. Shermer also engages in debates on topics pertaining to pseudoscience and religion in which he emphasizes scientific skepticism.
Shermer is also the producer and co-host of the 13-hour Fox Family television series Exploring the Unknown. Since April 2001, he has been a monthly columnist for Scientific American magazine with his Skeptic column. He is also a scientific advisor to the American Council on Science and Health (ACSH).[3]
Shermer states he was once a fundamentalist Christian, but ceased to believe in the existence of God during his graduate studies. He accepts the labels agnostic, nontheist, atheist and others. He also describes himself as an advocate for humanist philosophy as well as the science of morality. He has expressed reservations about such labels for his lack of belief in a God, however, as he sees them being used in the service of "pigeonholing", and prefers to simply be called a skeptic.
http://en.wikipedia.org/wiki/Michael_Shermer
Michael John Denton (born 25 August 1943) is a British-Australian author and biochemist. In 1973, Denton received his PhD in Biochemistry from King's College London.
Denton is best known for his 1985 book Evolution: A Theory in Crisis, in the book he presented a systematic critique of neo-darwinism ranging from paleontology, fossils, homology, molecular biology, genetics and biochemistry and argued that evidence of design exists in nature. He describes himself as an evolutionist, and he has rejected biblical creationism. Because of his book he is often regarded as the person who laid the intellectual foundations for the Intelligent Design movement.[5] The book influenced both Phillip E. Johnson, the father of intelligent design, and George Gilder, co-founder of the Discovery Institute, the hub of the intelligent design movement.[6] Since writing the book Denton has changed many of his views on evolution, however he still believes that the existence of life is a matter of design.
http://en.wikipedia.org/wiki/Michael_Denton
wn.com/Evolution, Creationism Intelligent Design Future Of Science And Technology (2007)
Michael Brant Shermer (born September 8, 1954) is an American science writer, historian of science, founder of The Skeptics Society, and Editor in Chief of its magazine Skeptic, which is largely devoted to investigating pseudoscientific and supernatural claims. The Skeptics Society currently has over 55,000 members. Shermer also engages in debates on topics pertaining to pseudoscience and religion in which he emphasizes scientific skepticism.
Shermer is also the producer and co-host of the 13-hour Fox Family television series Exploring the Unknown. Since April 2001, he has been a monthly columnist for Scientific American magazine with his Skeptic column. He is also a scientific advisor to the American Council on Science and Health (ACSH).[3]
Shermer states he was once a fundamentalist Christian, but ceased to believe in the existence of God during his graduate studies. He accepts the labels agnostic, nontheist, atheist and others. He also describes himself as an advocate for humanist philosophy as well as the science of morality. He has expressed reservations about such labels for his lack of belief in a God, however, as he sees them being used in the service of "pigeonholing", and prefers to simply be called a skeptic.
http://en.wikipedia.org/wiki/Michael_Shermer
Michael John Denton (born 25 August 1943) is a British-Australian author and biochemist. In 1973, Denton received his PhD in Biochemistry from King's College London.
Denton is best known for his 1985 book Evolution: A Theory in Crisis, in the book he presented a systematic critique of neo-darwinism ranging from paleontology, fossils, homology, molecular biology, genetics and biochemistry and argued that evidence of design exists in nature. He describes himself as an evolutionist, and he has rejected biblical creationism. Because of his book he is often regarded as the person who laid the intellectual foundations for the Intelligent Design movement.[5] The book influenced both Phillip E. Johnson, the father of intelligent design, and George Gilder, co-founder of the Discovery Institute, the hub of the intelligent design movement.[6] Since writing the book Denton has changed many of his views on evolution, however he still believes that the existence of life is a matter of design.
http://en.wikipedia.org/wiki/Michael_Denton
- published: 09 Sep 2014
- views: 8
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007)
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007) Michael Brant Shermer (born September 8, 1954) is an American science write...
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007) Michael Brant Shermer (born September 8, 1954) is an American science writer, historian of science, founder of The Skeptics Society, and Editor in Chief of its magazine Skeptic, which is largely devoted to investigating pseudoscientific and supernatural claims. The Skeptics Society currently has over 55,000 members. Shermer also engages in debates on topics pertaining to pseudoscience and religion in which he emphasizes scientific skepticism. Shermer is also the producer and co-host of the 13-hour Fox Family television series Exploring the Unknown. Since April 2001, he has been a monthly columnist for Scientific American magazine with his Skeptic column. He is also a scientific advisor to the American Council on Science and Health (ACSH).[3] Shermer states he was once a fundamentalist Christian, but ceased to believe in the existence of God during his graduate studies. He accepts the labels agnostic, nontheist, atheist and others. He also describes himself as an advocate for humanist philosophy as well as the science of morality. He has expressed reservations about such labels for his lack of belief in a God, however, as he sees them being used in the service of pigeonholing, and prefers to simply be called a skeptic. Michael John Denton (born 25 August 1943) is a British-Australian author and biochemist. In 1973, Denton received his PhD in Biochemistry from King's College London. Denton is best known for his 1985 book Evolution: A Theory in Crisis, in the book he presented a systematic critique of neo-darwinism ranging from paleontology, fossils, homology, molecular biology, genetics and biochemistry and argued that evidence of design exists in nature. He describes himself as an evolutionist, and he has rejected biblical creationism. Because of his book he is often regarded as the person who laid the intellectual foundations for the Intelligent Design movement.[5] The book influenced both Phillip E. Johnson, the father of intelligent design, and George Gilder, co-founder of the Discovery Institute, the hub of the intelligent design movement.[6] Since writing the book Denton has changed many of his views on evolution, however he still believes that the existence of life is a matter of design.
wn.com/Evolution, Creationism Intelligent Design Future Of Science And Technology (2007)
Evolution, Creationism & Intelligent Design: Future of Science and Technology (2007) Michael Brant Shermer (born September 8, 1954) is an American science writer, historian of science, founder of The Skeptics Society, and Editor in Chief of its magazine Skeptic, which is largely devoted to investigating pseudoscientific and supernatural claims. The Skeptics Society currently has over 55,000 members. Shermer also engages in debates on topics pertaining to pseudoscience and religion in which he emphasizes scientific skepticism. Shermer is also the producer and co-host of the 13-hour Fox Family television series Exploring the Unknown. Since April 2001, he has been a monthly columnist for Scientific American magazine with his Skeptic column. He is also a scientific advisor to the American Council on Science and Health (ACSH).[3] Shermer states he was once a fundamentalist Christian, but ceased to believe in the existence of God during his graduate studies. He accepts the labels agnostic, nontheist, atheist and others. He also describes himself as an advocate for humanist philosophy as well as the science of morality. He has expressed reservations about such labels for his lack of belief in a God, however, as he sees them being used in the service of pigeonholing, and prefers to simply be called a skeptic. Michael John Denton (born 25 August 1943) is a British-Australian author and biochemist. In 1973, Denton received his PhD in Biochemistry from King's College London. Denton is best known for his 1985 book Evolution: A Theory in Crisis, in the book he presented a systematic critique of neo-darwinism ranging from paleontology, fossils, homology, molecular biology, genetics and biochemistry and argued that evidence of design exists in nature. He describes himself as an evolutionist, and he has rejected biblical creationism. Because of his book he is often regarded as the person who laid the intellectual foundations for the Intelligent Design movement.[5] The book influenced both Phillip E. Johnson, the father of intelligent design, and George Gilder, co-founder of the Discovery Institute, the hub of the intelligent design movement.[6] Since writing the book Denton has changed many of his views on evolution, however he still believes that the existence of life is a matter of design.
- published: 03 Mar 2015
- views: 1
Links, homology cobordism, and Milnor's invariants, lecture 1
In these two talks I will discuss an old and fundamental sequence of invariants due to John Milnor, and efforts to extend this sequence of invariants transfi......
In these two talks I will discuss an old and fundamental sequence of invariants due to John Milnor, and efforts to extend this sequence of invariants transfi...
wn.com/Links, Homology Cobordism, And Milnor's Invariants, Lecture 1
In these two talks I will discuss an old and fundamental sequence of invariants due to John Milnor, and efforts to extend this sequence of invariants transfi...
Floer Homology (Peter Albers @ MSRI)
From the MSRI workshop "Introductory Workshop: Symplectic and Contact Geometry and Topology" that took place at MSRI, Berkeley in August 2009. The workshop page...
From the MSRI workshop "Introductory Workshop: Symplectic and Contact Geometry and Topology" that took place at MSRI, Berkeley in August 2009. The workshop page (where you can download the videos) can be found here:
http://www.msri.org/workshops/479
The page for this particular talk is:
http://www.msri.org/workshops/479/schedules/3768
wn.com/Floer Homology (Peter Albers Msri)
From the MSRI workshop "Introductory Workshop: Symplectic and Contact Geometry and Topology" that took place at MSRI, Berkeley in August 2009. The workshop page (where you can download the videos) can be found here:
http://www.msri.org/workshops/479
The page for this particular talk is:
http://www.msri.org/workshops/479/schedules/3768
- published: 22 Jul 2014
- views: 0
A Critique of Darwinist Icons (Icons of Evolution)
Following Jonathan Wells's acclaimed book, Icons of Evolution, this video lecture/interview with Dr. Wells focuses on 6 of the 10 icons in the book. Wells sh......
Following Jonathan Wells's acclaimed book, Icons of Evolution, this video lecture/interview with Dr. Wells focuses on 6 of the 10 icons in the book. Wells sh...
wn.com/A Critique Of Darwinist Icons (Icons Of Evolution)
Following Jonathan Wells's acclaimed book, Icons of Evolution, this video lecture/interview with Dr. Wells focuses on 6 of the 10 icons in the book. Wells sh...
Lagrangian Floer homology
Kenji Fukaya (Kyoto University). Plenary Lecture from the 1st PRIMA Congress, 2009. Plenary Lecture 3. Abstract: This is a survey of Lagrangian Floer homolog......
Kenji Fukaya (Kyoto University). Plenary Lecture from the 1st PRIMA Congress, 2009. Plenary Lecture 3. Abstract: This is a survey of Lagrangian Floer homolog...
wn.com/Lagrangian Floer Homology
Kenji Fukaya (Kyoto University). Plenary Lecture from the 1st PRIMA Congress, 2009. Plenary Lecture 3. Abstract: This is a survey of Lagrangian Floer homolog...
Luis Diogo, Symplectic Homology via Gromov-Witten Theory
In this talk Luis Diogo, of Columbia University, discusses symplectic homology and how one can approach it using Gromov-Witten theory.
This talk was given at t...
In this talk Luis Diogo, of Columbia University, discusses symplectic homology and how one can approach it using Gromov-Witten theory.
This talk was given at the School of Mathematics, Institute for Advanced Study at Princeton on February 13, 2015. This talk, as well as many, MANY others can be downloaded at the IAS website -- follow the link below:
https://video.ias.edu/puias/2015/0213-LuisDiogo
Diogo's abstract for the talk is given below.
"Symplectic homology is a very useful tool in symplectic topology, but it can be hard to compute explicitly. We will describe a procedure for computing symplectic homology using counts of pseudo-holomorphic spheres. These counts can sometimes be performed using Gromov-Witten theory. This method is applicable to a class of manifolds that are obtained by removing, from a closed symplectic manifold, a symplectic hypersurface of codimension 2. This is joint work with Samuel Lisi."
wn.com/Luis Diogo, Symplectic Homology Via Gromov Witten Theory
In this talk Luis Diogo, of Columbia University, discusses symplectic homology and how one can approach it using Gromov-Witten theory.
This talk was given at the School of Mathematics, Institute for Advanced Study at Princeton on February 13, 2015. This talk, as well as many, MANY others can be downloaded at the IAS website -- follow the link below:
https://video.ias.edu/puias/2015/0213-LuisDiogo
Diogo's abstract for the talk is given below.
"Symplectic homology is a very useful tool in symplectic topology, but it can be hard to compute explicitly. We will describe a procedure for computing symplectic homology using counts of pseudo-holomorphic spheres. These counts can sometimes be performed using Gromov-Witten theory. This method is applicable to a class of manifolds that are obtained by removing, from a closed symplectic manifold, a symplectic hypersurface of codimension 2. This is joint work with Samuel Lisi."
- published: 16 Feb 2015
- views: 38
Robert Lefkowitz (Duke University) Part 1 Seven Transmembrane Receptors
http://www.ibiology.org/ibioseminars/cell-biology/robert-lefkowitz-part-1.html In the first segment of the lecture, the history of discovery in the field of ......
http://www.ibiology.org/ibioseminars/cell-biology/robert-lefkowitz-part-1.html In the first segment of the lecture, the history of discovery in the field of ...
wn.com/Robert Lefkowitz (Duke University) Part 1 Seven Transmembrane Receptors
http://www.ibiology.org/ibioseminars/cell-biology/robert-lefkowitz-part-1.html In the first segment of the lecture, the history of discovery in the field of ...
- published: 23 Mar 2010
- views: 27651
-
author: iBiology
Conferencia "TDA Persistent homology", Dr José Antonio de la Peña
Conferencia del Dr. José Antonio de la Peña, director del CIMAT, sobre una aplicación del Análisis Topológico de Datos....
Conferencia del Dr. José Antonio de la Peña, director del CIMAT, sobre una aplicación del Análisis Topológico de Datos.
wn.com/Conferencia Tda Persistent Homology , Dr José Antonio De La Peña
Conferencia del Dr. José Antonio de la Peña, director del CIMAT, sobre una aplicación del Análisis Topológico de Datos.
- published: 05 Jan 2015
- views: 33
Arrival of the Fittest
Evolutionary biologist Andreas Wagner shows how adaptations are not only driven by chance, but rather by a set of fundamental laws that give rise to a world of ...
Evolutionary biologist Andreas Wagner shows how adaptations are not only driven by chance, but rather by a set of fundamental laws that give rise to a world of biological creativity.
Subscribe for regular science videos: http://bit.ly/RiSubscRibe
How do innovations arise in biology? Darwin’s theory of natural selection doesn’t tell us, except that they come about by ‘trial and error’.
Evolutionary biologist Andreas Wagner shows how adaptations are not only driven by chance, but rather by a set of fundamental laws that give rise to a world of biological creativity, and to innovations as diverse as animals that fly and plants that harvest energy from sunlight.
Finding where innovations in nature come from begins to place the final puzzle piece in the mystery of life’s rich diversity.
Andreas Wagner is professor in the Institute of Evolutionary Biology and Environmental Studies at the University of Zurich. His main research interest is in the evolution of biological systems, from genomes to complex molecular networks.
Wagner is the author of more than 100 scientific publications and a medal-winning popular science book ‘Paradoxical Life’.
This event was filmed at the Royal Institution on 13 November 2014
Watch more science videos on the Ri Channel http://richannel.org
The Ri is on Twitter: http://twitter.com/ri_science
and Facebook: http://www.facebook.com/royalinstitution
and Tumblr: http://ri-science.tumblr.com/
Subscribe for the latest science videos: http://richannel.org/newsletter
wn.com/Arrival Of The Fittest
Evolutionary biologist Andreas Wagner shows how adaptations are not only driven by chance, but rather by a set of fundamental laws that give rise to a world of biological creativity.
Subscribe for regular science videos: http://bit.ly/RiSubscRibe
How do innovations arise in biology? Darwin’s theory of natural selection doesn’t tell us, except that they come about by ‘trial and error’.
Evolutionary biologist Andreas Wagner shows how adaptations are not only driven by chance, but rather by a set of fundamental laws that give rise to a world of biological creativity, and to innovations as diverse as animals that fly and plants that harvest energy from sunlight.
Finding where innovations in nature come from begins to place the final puzzle piece in the mystery of life’s rich diversity.
Andreas Wagner is professor in the Institute of Evolutionary Biology and Environmental Studies at the University of Zurich. His main research interest is in the evolution of biological systems, from genomes to complex molecular networks.
Wagner is the author of more than 100 scientific publications and a medal-winning popular science book ‘Paradoxical Life’.
This event was filmed at the Royal Institution on 13 November 2014
Watch more science videos on the Ri Channel http://richannel.org
The Ri is on Twitter: http://twitter.com/ri_science
and Facebook: http://www.facebook.com/royalinstitution
and Tumblr: http://ri-science.tumblr.com/
Subscribe for the latest science videos: http://richannel.org/newsletter
- published: 21 Jan 2015
- views: 1960
Homologous Recombination for Replication Fork Reactivation Part 1
In this video we discuss the use of homologous recombination to repair a broken replication fork....
In this video we discuss the use of homologous recombination to repair a broken replication fork.
wn.com/Homologous Recombination For Replication Fork Reactivation Part 1
In this video we discuss the use of homologous recombination to repair a broken replication fork.
- published: 22 Feb 2015
- views: 4
Protein Prediction 2 for Computer Sc. - Lecture 3 "Homology-based prediction of protein function"
Date: 28.10.2014
Speaker: Tobias Hamp
Course page with slides: https://rostlab.org/teaching/ws1415/pp2_cs...
Date: 28.10.2014
Speaker: Tobias Hamp
Course page with slides: https://rostlab.org/teaching/ws1415/pp2_cs
wn.com/Protein Prediction 2 For Computer Sc. Lecture 3 Homology Based Prediction Of Protein Function
Date: 28.10.2014
Speaker: Tobias Hamp
Course page with slides: https://rostlab.org/teaching/ws1415/pp2_cs
- published: 30 Oct 2014
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