Genome complexity: how humans correct errors; dhw confusion (Introduction)
DAVID: These quotes are from a totally different entry , but his discussion is appropriate to this entry from yesterday website:
https://aeon.co/essays/human-culture-and-cognition-evolved-through-the-emotions?utm_sou...
QUOTES: We need to think about consciousness itself as an archaeologist thinks about layers of sedimentary strata. At the lower layers, we have basic drives that prod us (and other animals) out into the environment for the exploitation of resources. Thirst, lust, fear and so on are triggers in evolutionarily earlier regions of the brain that stimulate vertebrates toward satisfaction and a return to homeostasis (physiological balance).
"It is probably most accurate to say that primary and secondary emotions have phenomenal consciousness (experiential feeling), but lack access consciousness (the ability to rationally access, manipulate and reflect upon emotions).
dhw: This is what I mean when I talk of different levels of intelligence/consciousness. But in the context of evolution, the basic drive is not confined to the brain and the exploitation of resources (i.e. finding food) – it also encompasses finding different modes of survival (e.g. avoiding predators, using or building shelters, countering every threat to existence). And I would suggest that this all begins at cellular level, with “phenomenally conscious” cells cooperating over billions of years to form increasingly complex structures, INCLUDING the brain and every other organ we know of and every other life form we know of. This is the “continuum” of evolution that David talks of, as organisms branch out into an ever more variegated bush, with just one of millions of “lines” leading to humans. The cell communities that form the brain itself would have followed precisely the same process of complexification as they responded to new requirements, including control of their new organs. The brains of most life forms would have settled once they had achieved “satisfaction and homeostasis” but, as we know, the human brain continued to expand as “access consciousness” enabled early humans to rationalize and manipulate – not just in terms of reflecting on emotions etc, but also reflecting on and implementing new methods of surviving and/or exploiting their environment.
DAVID: dhw is correct: Every branch of the bush reached satisfactory level of survival ability and stopped evolving. I have constantly pointed out apes did just fine until we overran the world and pushed them aside into small survival areas. This brings back my philosophic point: why did a single branch push forward and enlarge their brain? Darwin survival theory offers no significant answer.
Nobody knows how we acquired our extra degrees of consciousness – and nobody knows how consciousness arose in the first place. That is why we have so many different theories.
DAVID: The earliest ape/hominin transitional forms COULD NOT have any foresight of what their cells needed to develop to achieve what we have now.
This is a major difference between us. What I propose does not require one iota of foresight. My proposal, as you well know, is that every advance was made IN RESPONSE TO new requirements – not in anticipation of them. One simple example: you tell us your God turned pre-whale legs into fins before the pre-whale entered the water. To me it seems sheer common sense that fins would have resulted from adaptation to life in the water, once the pre-whale discovered that the marine environment was more favourable for its survival.
DAVID: This is one major reason I left agnosticism. Some agent drove this. Further, my lifelong knowledge and study of biochemistry easily recognized the degree of complexity that requires design of the systems. Acceptance of a designing God is the only reasonable answer. The key is full understanding of the extreme biochemical complexity, which could not appear by chance.
Over and over again, I have agreed with you that the extreme biochemical complexity provides the best possible evidence for design, but the theory I have proposed above promotes the design theory and does not preclude the existence of a designer God! You know perfectly well that it allows for God as the designer of the intelligent cell, and there is no mention of chance as the designer of the complexities. Now perhaps you will point out which aspects of my theory are confused.
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2013-12-10, 15:54
- Genome complexity:misfolded proteins -
David Turell,
2013-12-10, 15:24
- Genome complexity:midbodies -
David Turell,
2013-12-04, 17:58
- Genome complexity: stop is not always stop - David Turell, 2014-05-23, 15:54
- Genome complexity in embryology - David Turell, 2015-04-16, 01:28
- Genome complexity in embryology -
David Turell,
2015-04-23, 01:45
- Genome complexity in embryology -
dhw,
2015-04-23, 12:44
- Genome complexity in embryology -
David Turell,
2015-04-23, 18:58
- Genome complexity in embryology - David Turell, 2015-04-24, 18:05
- Genome complexity in embryology -
dhw,
2015-04-24, 22:14
- Genome complexity in embryology -
David Turell,
2015-04-25, 01:00
- Genome complexity in embryology -
dhw,
2015-04-26, 13:08
- Genome complexity in embryology -
David Turell,
2015-04-26, 21:14
- Genome complexity in embryology -
dhw,
2015-04-27, 21:36
- Genome complexity in embryology -
David Turell,
2015-04-28, 02:14
- Genome complexity in embryology -
dhw,
2015-04-29, 13:13
- Genome complexity in embryology -
David Turell,
2015-04-29, 18:32
- Genome complexity in embryology -
dhw,
2015-04-30, 20:59
- Genome complexity in embryology -
David Turell,
2015-05-01, 02:38
- Genome complexity in embryology: neural crest cells -
David Turell,
2015-05-06, 03:19
- Genome complexity in embryology: neural crest cells - Balance_Maintained, 2015-05-06, 19:49
- Genome complexity in embryology: neural crest cells -
dhw,
2015-05-06, 21:43
- Genome complexity in embryology: neural crest cells -
David Turell,
2015-05-06, 21:53
- Genome complexity: many proteins from a few genes -
David Turell,
2016-02-11, 20:58
- Genome complexity: enzymes help repair DNA -
David Turell,
2016-02-12, 20:19
- Genome complexity: RNA has an extra letter! -
David Turell,
2016-02-17, 06:01
- Genome complexity: Plants have memories -
David Turell,
2016-02-22, 16:00
- Genome complexity: cell splirtting DNA mechanics -
David Turell,
2016-02-25, 13:50
- Genome complexity: retroviruses conrol immunity -
David Turell,
2016-03-04, 15:22
- Genome complexity: in embryology -
David Turell,
2016-03-24, 22:21
- Genome complexity: role of lncRna's -
David Turell,
2016-04-08, 16:05
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-06, 15:05
- Genome complexity: mutations self-directed? - David Turell, 2016-05-06, 15:22
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-07, 11:43
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-07, 15:15
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-08, 13:05
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-08, 15:34
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-09, 13:18
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-09, 19:20
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-10, 16:50
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-10, 18:11
- Genome complexity: mechanism stopped evolving -
BBella,
2016-05-10, 19:32
- Genome complexity: mechanism stopped evolving - David Turell, 2016-05-10, 21:56
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-11, 12:50
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-11, 15:02
- Genome complexity: mechanism stopped evolving -
BBella,
2016-05-11, 20:45
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-12, 00:46
- Genome complexity: mechanism stopped evolving -
BBella,
2016-05-12, 22:16
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-13, 00:25
- Genome complexity: mechanism stopped evolving -
BBella,
2016-05-13, 05:35
- Genome complexity: mechanism stopped evolving - David Turell, 2016-05-13, 15:25
- Genome complexity: mechanism stopped evolving -
BBella,
2016-05-13, 05:35
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-13, 00:25
- Genome complexity: mechanism stopped evolving -
BBella,
2016-05-12, 22:16
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-12, 17:58
- Genome complexity: mechanism stopped evolving - BBella, 2016-05-12, 22:38
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-13, 00:22
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-13, 12:37
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-13, 16:08
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-14, 10:47
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-14, 14:13
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-15, 17:52
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-15, 20:22
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-16, 16:09
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-16, 17:59
- Genome complexity: mechanism stopped evolving -
BBella,
2016-05-17, 00:12
- Genome complexity: mechanism stopped evolving - David Turell, 2016-05-17, 01:28
- Genome complexity: mechanism stopped evolving - dhw, 2016-05-17, 11:57
- Genome complexity: mechanism stopped evolving -
BBella,
2016-05-17, 00:12
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-16, 17:59
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-16, 16:09
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-15, 20:22
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-15, 17:52
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-14, 14:13
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-14, 10:47
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-13, 16:08
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-13, 12:37
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-12, 00:46
- Genome complexity: mechanism stopped evolving -
BBella,
2016-05-11, 20:45
- Genome complexity: mechanism stopped evolving -
BBella,
2016-05-11, 19:59
- Genome complexity: epigenetics in diagrams -
David Turell,
2016-05-14, 05:58
- Genome complexity: plants control gene expression -
David Turell,
2016-05-22, 15:17
- Genome complexity: horizontal gene transfer -
David Turell,
2016-06-04, 14:52
- Genome complexity: horizontal gene transfer -
David Turell,
2016-06-13, 15:30
- Genome complexity: variation within species -
David Turell,
2016-12-09, 15:28
- Genome complexity: variation within species -
David Turell,
2016-12-09, 18:51
- Genome complexity: variation within species -
dhw,
2016-12-10, 12:15
- Genome complexity: variation within species -
David Turell,
2016-12-10, 22:13
- Genome complexity: variation within species - David Turell, 2016-12-10, 23:56
- Genome complexity: variation within species -
dhw,
2016-12-11, 13:06
- Genome complexity: variation within species -
David Turell,
2016-12-11, 19:24
- Genome complexity: variation within species -
dhw,
2016-12-12, 15:40
- Genome complexity: variation within species -
David Turell,
2016-12-12, 17:33
- Genome complexity: variation within species -
dhw,
2016-12-13, 12:52
- Genome complexity: variation within species -
David Turell,
2016-12-13, 19:40
- Genome complexity: variation within species -
dhw,
2016-12-14, 13:54
- Genome complexity: variation within species -
David Turell,
2016-12-14, 18:20
- Genome complexity: variation within species -
David Turell,
2016-12-14, 23:59
- Genome complexity: variation within species -
dhw,
2016-12-15, 16:59
- Genome complexity: variation within species - David Turell, 2016-12-15, 19:39
- Genome complexity: variation within species -
dhw,
2016-12-15, 16:59
- Genome complexity: variation within species -
dhw,
2016-12-15, 16:47
- Genome complexity: variation within species -
David Turell,
2016-12-15, 20:23
- Genome complexity: variation within species -
dhw,
2016-12-16, 12:10
- Genome complexity: variation within species -
David Turell,
2016-12-16, 15:28
- Genome complexity: variation within species -
dhw,
2016-12-17, 13:26
- Genome complexity: variation within species -
David Turell,
2016-12-17, 14:38
- Genome complexity: variation within species -
dhw,
2016-12-18, 13:22
- Genome complexity: variation within species -
David Turell,
2016-12-18, 21:37
- Genome complexity: variation within species -
dhw,
2016-12-19, 12:46
- Genome complexity: variation within species -
David Turell,
2016-12-19, 15:24
- Genome complexity: variation within species - David Turell, 2016-12-19, 23:46
- Genome complexity: variation within species -
dhw,
2016-12-20, 12:40
- Genome complexity: variation within species -
David Turell,
2016-12-20, 16:11
- Genome complexity: variation within species -
dhw,
2016-12-21, 17:48
- Genome complexity: variation within species -
David Turell,
2016-12-21, 20:58
- Genome complexity: variation within species - dhw, 2016-12-22, 12:52
- Genome complexity: variation within species -
David Turell,
2016-12-21, 20:58
- Genome complexity: variation within species -
dhw,
2016-12-21, 17:48
- Genome complexity: variation within species -
David Turell,
2016-12-20, 16:11
- Genome complexity: variation within species -
David Turell,
2016-12-19, 15:24
- Genome complexity: variation within species -
dhw,
2016-12-19, 12:46
- Genome complexity:does variation in species drive evolution? -
David Turell,
2021-09-20, 17:34
- Genome complexity: Controlling 3-D DNA relationships -
David Turell,
2021-09-21, 18:56
- Genome complexity: Controlling 3-D DNA relationships - David Turell, 2021-09-22, 18:33
- Genome complexity: Controlling 3-D DNA relationships -
David Turell,
2021-09-21, 18:56
- Genome complexity: variation within species -
David Turell,
2016-12-18, 21:37
- Genome complexity: variation within species -
dhw,
2016-12-18, 13:22
- Genome complexity: variation within species -
David Turell,
2016-12-17, 14:38
- Genome complexity: variation within species -
dhw,
2016-12-17, 13:26
- Genome complexity: variation within species -
David Turell,
2016-12-16, 15:28
- Genome complexity: variation within species -
dhw,
2016-12-16, 12:10
- Genome complexity: variation within species -
David Turell,
2016-12-15, 20:23
- Genome complexity: variation within species -
David Turell,
2016-12-14, 23:59
- Genome complexity: variation within species -
David Turell,
2016-12-14, 18:20
- Genome complexity: variation within species -
dhw,
2016-12-14, 13:54
- Genome complexity: variation within species -
David Turell,
2016-12-13, 19:40
- Genome complexity: variation within species -
dhw,
2016-12-13, 12:52
- Genome complexity: variation within species -
David Turell,
2016-12-12, 17:33
- Genome complexity: variation within species -
dhw,
2016-12-12, 15:40
- Genome complexity: variation within species -
David Turell,
2016-12-11, 19:24
- Genome complexity: variation within species -
David Turell,
2016-12-10, 22:13
- Genome complexity: variation within species -
dhw,
2016-12-10, 12:15
- Genome complexity: variation within species -
David Turell,
2016-12-09, 18:51
- Genome complexity: variation within species -
David Turell,
2016-12-09, 15:28
- Genome complexity: horizontal gene transfer -
David Turell,
2016-06-13, 15:30
- Genome complexity: horizontal gene transfer -
David Turell,
2016-06-04, 14:52
- Genome complexity: rat mother epigenetics -
David Turell,
2016-12-15, 15:23
- Genome complexity: gene controls -
David Turell,
2016-12-16, 01:37
- Genome complexity: making specialized cells -
David Turell,
2016-12-21, 15:17
- Genome complexity: limiting rogue DNA errors -
David Turell,
2016-12-21, 15:50
- Genome complexity: telling which cells to develop. -
David Turell,
2016-12-23, 21:49
- Genome complexity: epigenetically handling poisons -
David Turell,
2017-02-23, 21:22
- Genome complexity: Electrons aid in DNA replication - David Turell, 2017-02-27, 01:32
- Genome complexity: new epigenetic marks -
David Turell,
2017-02-28, 18:07
- Genome complexity: plant sugar vs, oil production -
David Turell,
2017-03-19, 23:24
- Genome complexity: early steps reproducing DNA -
David Turell,
2017-03-19, 23:38
- Genome complexity: more RNA complexity -
David Turell,
2017-03-26, 21:51
- Genome complexity: DNA repair -
David Turell,
2017-03-26, 22:08
- Genome complexity: stem cell controls - David Turell, 2017-03-28, 23:19
- Genome complexity: DNA repair - David Turell, 2017-07-18, 15:40
- Genome complexity: epigenetic eye loss? -
David Turell,
2017-10-12, 18:28
- Genome complexity: video 3-D DNA dance -
David Turell,
2017-10-13, 15:01
- Genome complexity: complex telomere structure -
David Turell,
2018-04-25, 20:44
- Genome complexity: starts with a single fertilized egg -
David Turell,
2018-04-27, 01:55
- Genome complexity: we survive constant mutations -
David Turell,
2018-05-11, 22:00
- Genome complexity: we survive constant mutations -
dhw,
2018-05-12, 11:12
- Genome complexity: we survive constant mutations -
David Turell,
2018-05-12, 14:44
- Genome complexity: we survive constant mutations -
dhw,
2018-05-13, 13:45
- Genome complexity: we survive constant mutations -
David Turell,
2018-05-13, 15:10
- Genome complexity: we survive constant mutations -
dhw,
2018-05-14, 12:57
- Genome complexity: we survive constant mutations -
David Turell,
2018-05-14, 17:22
- Genome complexity: we survive constant mutations -
dhw,
2018-05-15, 12:59
- Genome complexity: RNA controls in cells -
David Turell,
2018-06-08, 19:37
- Genome complexity: many different codes -
David Turell,
2018-06-14, 15:25
- Genome complexity: complex traits may involve all genes -
David Turell,
2018-06-22, 18:19
- Genome complexity: RNA modifications -
David Turell,
2018-07-11, 22:03
- Genome complexity: RNA modifications -
Balance_Maintained,
2018-07-12, 02:06
- Genome complexity: RNA modifications -
David Turell,
2018-07-12, 15:24
- Genome complexity: Removing foreign or damaged DNA -
David Turell,
2018-07-12, 22:08
- Genome complexity: Removing foreign or damaged DNA -
Balance_Maintained,
2018-07-12, 23:49
- Genome complexity: Removing foreign or damaged DNA -
David Turell,
2018-07-13, 00:59
- Genome complexity: Removing foreign or damaged DNA -
Balance_Maintained,
2018-07-13, 03:00
- Genome complexity: Removing foreign or damaged DNA -
David Turell,
2018-07-13, 18:31
- jumping genes -
dhw,
2018-07-14, 12:01
- jumping genes -
David Turell,
2018-07-14, 18:51
- jumping genes -
Balance_Maintained,
2018-07-15, 04:54
- jumping genes - David Turell, 2018-07-15, 15:07
- jumping genes -
Balance_Maintained,
2018-07-15, 04:54
- jumping genes -
David Turell,
2018-07-14, 18:51
- Genome complexity: control of alternate start sites -
David Turell,
2018-07-16, 21:08
- Genome complexity: control of alternate start sites -
Balance_Maintained,
2018-07-17, 05:52
- Genome complexity: control of alternate start sites -
David Turell,
2018-07-17, 15:20
- Genome complexity: a new DNA repair mechanism found -
David Turell,
2018-07-18, 20:13
- Genome complexity: a new DNA repair mechanism found -
Balance_Maintained,
2018-07-19, 06:33
- Genome complexity: a new DNA repair mechanism found -
David Turell,
2018-07-19, 18:16
- Genome complexity: retrotransposons in egg production -
David Turell,
2018-07-26, 20:58
- Genome complexity: copy accuracy controls -
David Turell,
2018-08-15, 22:09
- Genome complexity: copy accuracy controls -
David Turell,
2018-08-16, 19:27
- Genome complexity: copy accuracy controls -
Balance_Maintained,
2018-08-17, 01:16
- Genome complexity: cell wall codes - David Turell, 2019-04-04, 19:56
- Genome complexity: copy accuracy controls -
Balance_Maintained,
2018-08-17, 01:16
- Genome complexity: how humans correct errors -
David Turell,
2020-11-07, 20:40
- Genome complexity: how humans correct errors -
dhw,
2020-11-08, 08:41
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-08, 17:28
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-09, 10:50
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-09, 14:45
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-10, 11:16
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-10, 18:11
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-11, 10:54
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-11, 15:32
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-12, 12:12
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-12, 17:34
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-13, 07:13
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-13, 23:02
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-14, 11:45
- Genome complexity: how humans correct errors; dhw confusion - David Turell, 2020-11-14, 21:06
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-14, 11:45
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-13, 23:02
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-13, 07:13
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-12, 17:34
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-12, 12:12
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-11, 15:32
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-11, 10:54
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-10, 18:11
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-10, 11:16
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-09, 14:45
- Genome complexity: how humans correct errors; dhw confusion -
dhw,
2020-11-09, 10:50
- Genome complexity: how humans correct errors; dhw confusion -
David Turell,
2020-11-08, 17:28
- Genome complexity: how humans correct errors -
dhw,
2020-11-08, 08:41
- Genome complexity: copy accuracy controls -
David Turell,
2018-08-16, 19:27
- Genome complexity: controlling transposons -
David Turell,
2019-08-09, 19:16
- Genome complexity: transposons can change DNA folds - David Turell, 2020-01-24, 21:16
- Genome complexity: copy accuracy controls -
David Turell,
2018-08-15, 22:09
- Genome complexity: retrotransposons in egg production -
David Turell,
2018-07-26, 20:58
- Genome complexity: a new DNA repair mechanism found - David Turell, 2019-04-07, 05:07
- Genome complexity: a new DNA repair mechanism found -
David Turell,
2018-07-19, 18:16
- Genome complexity: a new DNA repair mechanism found -
Balance_Maintained,
2018-07-19, 06:33
- Genome complexity: a new DNA repair mechanism found -
David Turell,
2018-07-18, 20:13
- Genome complexity: control of alternate start sites -
David Turell,
2018-07-17, 15:20
- Genome complexity: control of alternate start sites -
Balance_Maintained,
2018-07-17, 05:52
- jumping genes -
dhw,
2018-07-14, 12:01
- Genome complexity: Removing foreign or damaged DNA -
David Turell,
2018-07-13, 18:31
- Genome complexity: Removing foreign or damaged DNA -
Balance_Maintained,
2018-07-13, 03:00
- Genome complexity: Removing foreign or damaged DNA -
David Turell,
2018-07-13, 00:59
- Genome complexity: Removing foreign or damaged DNA -
Balance_Maintained,
2018-07-12, 23:49
- Genome complexity: Removing foreign or damaged DNA -
David Turell,
2018-07-12, 22:08
- Genome complexity: RNA modifications -
David Turell,
2018-07-12, 15:24
- Genome complexity: RNA modifications -
Balance_Maintained,
2018-07-12, 02:06
- Genome complexity: RNA modifications -
David Turell,
2018-07-11, 22:03
- Genome complexity: complex traits may involve all genes -
David Turell,
2018-06-22, 18:19
- Genome complexity: many different codes -
David Turell,
2018-06-14, 15:25
- Genome complexity: RNA controls in cells -
David Turell,
2018-06-08, 19:37
- Genome complexity: we survive constant mutations -
dhw,
2018-05-15, 12:59
- Genome complexity: we survive constant mutations -
David Turell,
2018-05-14, 17:22
- Genome complexity: we survive constant mutations -
dhw,
2018-05-14, 12:57
- Genome complexity: we survive constant mutations -
David Turell,
2018-05-13, 15:10
- Genome complexity: we survive constant mutations -
dhw,
2018-05-13, 13:45
- Genome complexity: we survive constant mutations -
David Turell,
2018-05-12, 14:44
- Genome complexity: we survive constant mutations -
dhw,
2018-05-12, 11:12
- Genome complexity: we survive constant mutations -
David Turell,
2018-05-11, 22:00
- Genome complexity: starts with a single fertilized egg -
David Turell,
2018-04-27, 01:55
- Genome complexity: complex telomere structure -
David Turell,
2018-04-25, 20:44
- Genome complexity: video 3-D DNA dance -
David Turell,
2017-10-13, 15:01
- Genome complexity: DNA repair -
David Turell,
2017-03-26, 22:08
- Genome complexity: more RNA complexity -
David Turell,
2017-03-26, 21:51
- Genome complexity: early steps reproducing DNA -
David Turell,
2017-03-19, 23:38
- Genome complexity: plant sugar vs, oil production -
David Turell,
2017-03-19, 23:24
- Genome complexity: epigenetically handling poisons -
David Turell,
2017-02-23, 21:22
- Genome complexity: telling which cells to develop. -
David Turell,
2016-12-23, 21:49
- Genome complexity: limiting rogue DNA errors -
David Turell,
2016-12-21, 15:50
- Genome complexity: making specialized cells -
David Turell,
2016-12-21, 15:17
- Genome complexity: gene controls -
David Turell,
2016-12-16, 01:37
- Genome complexity: plants control gene expression -
David Turell,
2016-05-22, 15:17
- Genome complexity: epigenetics in diagrams -
David Turell,
2016-05-14, 05:58
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-11, 15:02
- Genome complexity: mechanism stopped evolving -
BBella,
2016-05-10, 19:32
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-10, 18:11
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-10, 16:50
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-09, 19:20
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-09, 13:18
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-08, 15:34
- Genome complexity: mechanism stopped evolving -
dhw,
2016-05-08, 13:05
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-07, 15:15
- Genome complexity: mechanism stopped evolving -
David Turell,
2016-05-06, 15:05
- Genome complexity: role of lncRna's -
David Turell,
2016-04-08, 16:05
- Genome complexity: retroviruses are a real part of us -
David Turell,
2020-04-13, 01:21
- Genome complexity: getting X and Y together -
David Turell,
2020-05-30, 00:12
- Genome complexity: slicing and dicing DNA for germ cells -
David Turell,
2021-08-13, 19:18
- Genome complexity: controlling plant growth -
David Turell,
2022-04-28, 22:10
- Genome complexity: retroviruses in embryology -
David Turell,
2024-01-30, 15:37
- Genome complexity: hibernation and dormancy -
David Turell,
2024-06-09, 17:38
- Genome complexity: transposon (jumping gene) controls -
David Turell,
2024-07-11, 20:54
- Genome complexity: a new way of understanding how it works -
David Turell,
2024-07-12, 18:38
- Genome complexity: correcting hemophilia B -
David Turell,
2024-09-27, 19:18
- Genome complexity: spliceosome architecture - David Turell, 2024-10-31, 23:42
- Genome complexity: correcting hemophilia B -
David Turell,
2024-09-27, 19:18
- Genome complexity: a new way of understanding how it works -
David Turell,
2024-07-12, 18:38
- Genome complexity: transposon (jumping gene) controls -
David Turell,
2024-07-11, 20:54
- Genome complexity: hibernation and dormancy -
David Turell,
2024-06-09, 17:38
- Genome complexity: retroviruses in embryology -
David Turell,
2024-01-30, 15:37
- Genome complexity: controlling plant growth -
David Turell,
2022-04-28, 22:10
- Genome complexity: slicing and dicing DNA for germ cells -
David Turell,
2021-08-13, 19:18
- Genome complexity: getting X and Y together -
David Turell,
2020-05-30, 00:12
- Genome complexity: in embryology -
David Turell,
2016-03-24, 22:21
- Genome complexity: retroviruses conrol immunity -
David Turell,
2016-03-04, 15:22
- Genome complexity: cell splirtting DNA mechanics -
David Turell,
2016-02-25, 13:50
- Genome complexity: Plants have memories -
David Turell,
2016-02-22, 16:00
- Genome complexity: RNA has an extra letter! -
David Turell,
2016-02-17, 06:01
- Genome complexity: enzymes help repair DNA -
David Turell,
2016-02-12, 20:19
- Genome complexity in embryology:organizer - David Turell, 2016-06-04, 21:05
- Genome complexity: many proteins from a few genes -
David Turell,
2016-02-11, 20:58
- Genome complexity in embryology: neural crest cells -
David Turell,
2015-05-06, 21:53
- Genome complexity in embryology: neural crest cells -
David Turell,
2015-05-06, 03:19
- Genome complexity in embryology -
David Turell,
2015-05-01, 02:38
- Genome complexity in embryology -
dhw,
2015-04-30, 20:59
- Genome complexity in embryology -
David Turell,
2015-04-29, 18:32
- Genome complexity in embryology -
dhw,
2015-04-29, 13:13
- Genome complexity in embryology -
David Turell,
2015-04-28, 02:14
- Genome complexity in embryology -
dhw,
2015-04-27, 21:36
- Genome complexity in embryology -
David Turell,
2015-04-26, 21:14
- Genome complexity in embryology -
dhw,
2015-04-26, 13:08
- Genome complexity in embryology -
David Turell,
2015-04-25, 01:00
- Genome complexity in embryology -
David Turell,
2015-04-23, 18:58
- Genome complexity in embryology -
dhw,
2015-04-23, 12:44
- Genome complexity in embryology: new theory -
David Turell,
2016-06-10, 02:28
- Genome complexity in embryology: mitochondria -
David Turell,
2016-06-27, 14:30
- Genome complexity in embryology: nerve routes -
David Turell,
2017-04-24, 15:09
- Genome complexity in embryology: nerve routes -
Balance_Maintained,
2017-04-25, 00:43
- Genome complexity in embryology: nerve routes - David Turell, 2017-04-25, 01:01
- Genome complexity in embryology: nerve routes -
Balance_Maintained,
2017-04-25, 00:43
- Genome complexity in embryology: egg starting -
David Turell,
2017-07-11, 23:41
- Genome complexity in embryology: egg starting -
Balance_Maintained,
2017-07-13, 05:53
- Genome complexity in embryology: egg starting - David Turell, 2017-07-13, 15:23
- Genome complexity in embryology: egg starting -
Balance_Maintained,
2017-07-13, 05:53
- Genome complexity in embryology: stem cell action -
David Turell,
2017-07-28, 19:20
- Genome complexity in embryology: non-DNA information -
David Turell,
2018-06-03, 20:41
- Plant embryology: leaf making feedback controls - David Turell, 2018-06-06, 19:42
- Genome complexity in embryology: non-DNA information -
David Turell,
2018-06-03, 20:41
- Genome complexity in embryology: nerve routes -
David Turell,
2017-04-24, 15:09
- Genome complexity in embryology: control by electricity -
David Turell,
2018-07-06, 19:20
- Genome complexity in embryology: bone manufacture -
David Turell,
2018-08-27, 19:35
- Genome complexity in embryology: directing construction - David Turell, 2018-08-27, 19:43
- Genome complexity in embryology: bone manufacture -
David Turell,
2018-08-27, 19:35
- Genome complexity in embryology: mitochondria -
David Turell,
2016-06-27, 14:30
- Genome complexity: transposon control -
David Turell,
2013-06-24, 15:55