The Epigenetics Revolution (48 page)
Read The Epigenetics Revolution Online
Authors: Nessa Carey
Tags: #Science/Life Sciences/Genetics and Genomics
26
. Viré et al. (2006),
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Chapter 12
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. Yehuda et al. (2001),
Dev Psychopathol.
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3
. Heim et al. (2000),
JAMA
284: 592–7.
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284: 592–7.
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Nature Neuroscience
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. Weaver et al. (2004),
Nature Neuroscience
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. Murgatroyd et al. (2009),
Nature Neuroscience
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. Murgatroyd et al. (2009),
Nature Neuroscience
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8
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Mol Cell
37: 457–68.
. Skene et al. (2010),
Mol Cell
37: 457–68.
9
. McGowan et al. (2009),
Nature Neuroscience
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. McGowan et al. (2009),
Nature Neuroscience
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Neuron
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Neuron
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. Uchida et al. (2011),
Neuron
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. Uchida et al. (2011),
Neuron
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Nature Neuroscience
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. Elliott et al. (2010),
Nature Neuroscience
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14
. Uchida et al. (2011),
Neuron
69: 359–372.
. Uchida et al. (2011),
Neuron
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15
. For a useful review of animal models of depression, see Nestler and Hyman (2010),
Nature Neuroscience
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. For a useful review of animal models of depression, see Nestler and Hyman (2010),
Nature Neuroscience
13: 1161–1169.
16
. Uchida et al. (2011),
Neuron
69: 359–372.
. Uchida et al. (2011),
Neuron
69: 359–372.
17
. Weaver et al. (2004),
Nature Neuroscience
7: 847–854.
. Weaver et al. (2004),
Nature Neuroscience
7: 847–854.
18
. See, for example, interviews in Buchen (2010),
Nature
467: 146–148.
. See, for example, interviews in Buchen (2010),
Nature
467: 146–148.
19
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Nature
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. Mayer et al. (2000),
Nature
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20
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Science
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Science
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22
. For a useful review of DNA methylation and memory formation, see Day and Sweatt (2010),
Nature Neuroscience
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. For a useful review of DNA methylation and memory formation, see Day and Sweatt (2010),
Nature Neuroscience
13: 1319–1329.
23
. Korzus et al. (2004),
Neuron
42: 961–972.
. Korzus et al. (2004),
Neuron
42: 961–972.
24
. Alarcón et al. (2004),
Neuron
42: 947–959.
. Alarcón et al. (2004),
Neuron
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. MacDonald and Roskams (2008),
Dev Dyn.
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. MacDonald and Roskams (2008),
Dev Dyn.
237: 2256–2267.
26
. Guan et al. (2009),
Nature
459: 55–60.
. Guan et al. (2009),
Nature
459: 55–60.
27
. Fischer et al. (2007),
Nature
447: 178–182.
. Fischer et al. (2007),
Nature
447: 178–182.
28
. Im et al. (2010),
Nature Neuroscience
13: 1120–1127.
. Im et al. (2010),
Nature Neuroscience
13: 1120–1127.
29
. Deng et al. (2010),
Nature Neuroscience
13: 1128–1136.
. Deng et al. (2010),
Nature Neuroscience
13: 1128–1136.
30
. Garfield et al. (2011),
Nature
469: 534–538.
. Garfield et al. (2011),
Nature
469: 534–538.
Chapter 13
2
. Aubert and Lansdorp (2008),
Physiological Reviews
88: 557–579.
. Aubert and Lansdorp (2008),
Physiological Reviews
88: 557–579.
3
. For a review of this and other surveys on public attitudes to lifespan extension, see Partridge et al. (2010),
EMBO Reports
11: 735–737.
. For a review of this and other surveys on public attitudes to lifespan extension, see Partridge et al. (2010),
EMBO Reports
11: 735–737.
4
. Bjornsson et al. (2008),
Journal of the American Medical Association
299: 2877–2883.
. Bjornsson et al. (2008),
Journal of the American Medical Association
299: 2877–2883.
5
. Gaudet et al. (2003),
Science
300: 488–492.
. Gaudet et al. (2003),
Science
300: 488–492.
6
. Eden et al. (2003),
Science
300: 455.
. Eden et al. (2003),
Science
300: 455.
7
. For a useful review of changes in epigenetic modifications during ageing, see Calvanese et al. (2009),
Ageing Research Reviews
8: 269–276.
. For a useful review of changes in epigenetic modifications during ageing, see Calvanese et al. (2009),
Ageing Research Reviews
8: 269–276.
8
. Kennedy et al. (1995),
Cell
80: 485–496.
. Kennedy et al. (1995),
Cell
80: 485–496.
9
. Kaeberlein et al. (1999),
Genes and Development
13: 2570–2580.
. Kaeberlein et al. (1999),
Genes and Development
13: 2570–2580.
10
. Dang et al. (2009),
Nature
459: 802–807.
. Dang et al. (2009),
Nature
459: 802–807.
11
. Tissenbaum and Guarente (2001),
Nature
410: 227–230.
. Tissenbaum and Guarente (2001),
Nature
410: 227–230.
12
. Rogina and Helfand (2004),
Proceedings of the National Academy of Sciences USA
101: 15998–16003.
. Rogina and Helfand (2004),
Proceedings of the National Academy of Sciences USA
101: 15998–16003.
13
. Michishita et al. (2008),
Nature
452: 492–496.
. Michishita et al. (2008),
Nature
452: 492–496.
14
. Kawahara et al. (2009),
Cell
136: 62–74.
. Kawahara et al. (2009),
Cell
136: 62–74.
16
. Michishita et al. (2008),
Nature
452: 492–496.
. Michishita et al. (2008),
Nature
452: 492–496.
17
. McCay et al. (1935),
Nutrition
5: 155–71.
. McCay et al. (1935),
Nutrition
5: 155–71.
18
. Reviewed in Kaeberlein and Powers (2007),
Ageing Research Reviews
6: 128–140.
. Reviewed in Kaeberlein and Powers (2007),
Ageing Research Reviews
6: 128–140.
19
. Partridge et al. (2010),
EMBO Reports
11: 735–737.
. Partridge et al. (2010),
EMBO Reports
11: 735–737.
20
. Howitz et al. (2003),
Nature
425: 191–196.
. Howitz et al. (2003),
Nature
425: 191–196.
21
. Wood et al. (2004),
Nature
430: 686–689.
. Wood et al. (2004),
Nature
430: 686–689.
22
. Baur et al. (2006),
Nature
444: 337–342.
. Baur et al. (2006),
Nature
444: 337–342.
23
. Howitz et al. (2003),
Nature
425: 191–196.
. Howitz et al. (2003),
Nature
425: 191–196.
24
. Beher et al. (2009),
Chem Biol Drug Des.
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Chem Biol Drug Des.
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25
. Pacholec et al. (2010),
J Biol Chem.
285: 8340–51.
. Pacholec et al. (2010),
J Biol Chem.
285: 8340–51.
26
. For a review, see Chaturvedi et al. (2010),
Chem Soc Rev.
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. For a review, see Chaturvedi et al. (2010),
Chem Soc Rev.
39: 435–54.
27
.
http://www.fiercebiotech.com/story/weak-efficacy-renal-risks-force-gsk-dump-resveratrol-program/2010-12-01
.
http://www.fiercebiotech.com/story/weak-efficacy-renal-risks-force-gsk-dump-resveratrol-program/2010-12-01
Chapter 14
1
. McCay et al. (1935),
Nutrition
5: 155–71.
. McCay et al. (1935),
Nutrition
5: 155–71.
2
. For a useful review of the differences, see Chittka and Chittka (2010),
PLoS Biology
8: e1000532.
. For a useful review of the differences, see Chittka and Chittka (2010),
PLoS Biology
8: e1000532.
3
. For a useful summary of these processes, see Maleszka (2008),
Epigenetics
3: 188–192.
. For a useful summary of these processes, see Maleszka (2008),
Epigenetics
3: 188–192.
4
. Honeybee Genome Sequencing Consortium (2006),
Nature
443: 931–49.
. Honeybee Genome Sequencing Consortium (2006),
Nature
443: 931–49.
5
. Wang et al. (2006),
Science
314: 645–647.
. Wang et al. (2006),
Science
314: 645–647.
6
. Kucharski et al. (2008),
Science
319: 1827–1830.
. Kucharski et al. (2008),
Science
319: 1827–1830.
7
. Lyko et al. (2010),
PLos Biol.
8: e1000506.
. Lyko et al. (2010),
PLos Biol.
8: e1000506.
8
. Spannhoff et al. (2011),
EMBO Reports
12: 238–243.
. Spannhoff et al. (2011),
EMBO Reports
12: 238–243.
9
. Lockett et al. (2010),
NeuroReport
21: 812–816.
. Lockett et al. (2010),
NeuroReport
21: 812–816.
10
. Hunt et al. (2010),
Genome Biol Evol
2: 719–728.
. Hunt et al. (2010),
Genome Biol Evol
2: 719–728.
11
. Lyko et al. (2010),
PLos Biol.
8: e1000506.
. Lyko et al. (2010),
PLos Biol.
8: e1000506.
12
. Bonasio et al. (2010),
Science
329: 1068–1071
. Bonasio et al. (2010),
Science
329: 1068–1071
13
. Izuta et al. (2009),
Evid Based Complement Alternat Med.
6: 489–94.
. Izuta et al. (2009),
Evid Based Complement Alternat Med.
6: 489–94.
Chapter 15
1
. For a useful review, see Dennis and Peacock (2009),
J Biol
8: article 57.
. For a useful review, see Dennis and Peacock (2009),
J Biol
8: article 57.
2
. For a useful summary of the epigenetic control of vernalisation, see Ahmad et al. (2010),
Molecular Plant
4: 719–728.
. For a useful summary of the epigenetic control of vernalisation, see Ahmad et al. (2010),
Molecular Plant
4: 719–728.
3
. Pien et al. (2008),
Plant Cell
20: 580–588.
. Pien et al. (2008),
Plant Cell
20: 580–588.
4
. Sung and Amasino (2004),
Nature
427: 159–164.
. Sung and Amasino (2004),
Nature
427: 159–164.
5
. De Lucia et al. (2008),
Proc Natl Acad Sci. USA
105: 16831–16836.
. De Lucia et al. (2008),
Proc Natl Acad Sci. USA
105: 16831–16836.
6
. Heo and Sung (2011),
Science
331: 76–79.
. Heo and Sung (2011),
Science
331: 76–79.
7
. Pant et al. (2008),
Plant J
53: 731–738.
. Pant et al. (2008),
Plant J
53: 731–738.
8
. Palauqui et al. (1997),
EMBO J
16: 4738–4745
. Palauqui et al. (1997),
EMBO J
16: 4738–4745
9
. See, for example, Schubert et al. (2006),
EMBO J
25: 4638–4649.
. See, for example, Schubert et al. (2006),
EMBO J
25: 4638–4649.
10
. Gehring et al. (2009),
Science
324: 1447–1451.
. Gehring et al. (2009),
Science
324: 1447–1451.
11
. Hsieh et al. (2009),
Science
324: 1451–1454
. Hsieh et al. (2009),
Science
324: 1451–1454
12
. Mosher et al. (2009),
Nature
460: 283–286.
. Mosher et al. (2009),
Nature
460: 283–286.
13
. Slotkin et al. (2009),
Cell
136: 461–472.
. Slotkin et al. (2009),
Cell
136: 461–472.
14
. Garnier et al. (2008),
Epigenetics
3: 14–20.
. Garnier et al. (2008),
Epigenetics
3: 14–20.
15
. Reviewed in Zhang et al. (2010),
J Genet and Genomics
37: 1–12.
. Reviewed in Zhang et al. (2010),
J Genet and Genomics
37: 1–12.
16
. Chan et al. (2005),
Nature Reviews Genetics
6: 351–360.
. Chan et al. (2005),
Nature Reviews Genetics
6: 351–360.
17
. Cokus et al. (2008),
Nature
452: 215–219.
. Cokus et al. (2008),
Nature
452: 215–219.
Chapter 16
1
. For a recent review, see Wapstra and Warner (2010),
Sex Dev.
4: 110–8.
. For a recent review, see Wapstra and Warner (2010),
Sex Dev.
4: 110–8.
2
. Miller et al. (2004),
Fertil Steril.
81: 954–64.
. Miller et al. (2004),
Fertil Steril.
81: 954–64.
3
. Watson, J. D. and Crick, F. H. C. (1953),
Nature
171: 737–738.
. Watson, J. D. and Crick, F. H. C. (1953),
Nature
171: 737–738.
4
. Cattanach and Isaacson (1967),
Genetics
57: 231–246.
. Cattanach and Isaacson (1967),
Genetics
57: 231–246.
5
. For further information, see
http://www.sienabiotech.com
.
. For further information, see
http://www.sienabiotech.com
.
6
. Mack, G. S. (2010),
Nat Biotechnol.
28: 1259–66.
. Mack, G. S. (2010),
Nat Biotechnol.
28: 1259–66.
7
. MRC Vitamin Study Research Group (1991),
Lancet
338: 131–7.
. MRC Vitamin Study Research Group (1991),
Lancet
338: 131–7.
8
. Waterland et al. (2006),
Hum Mol Genet.
15: 705–16.
. Waterland et al. (2006),
Hum Mol Genet.
15: 705–16.
9
. Reviewed in Calvanese et al. (2009),
Ageing Research Reviews
8: 268–276.
. Reviewed in Calvanese et al. (2009),
Ageing Research Reviews
8: 268–276.
10
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Res Rev.
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. Reviewed in Guilloteau et al. (2010),
Res Rev.
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11
. Palsdottir et al. (2008),
PLoS Genet.
June 20, 4: e1000099.
. Palsdottir et al. (2008),
PLoS Genet.
June 20, 4: e1000099.
12
. Abstract from Palsdottir et al. (2010),
Wellcome Trust Conference on Signalling to Chromatin Hinxton UK
. Abstract from Palsdottir et al. (2010),
Wellcome Trust Conference on Signalling to Chromatin Hinxton UK
13
. See for example Okabe et al. (1995),
Biol PharmBull.
18: 1665–70.
. See for example Okabe et al. (1995),
Biol PharmBull.
18: 1665–70.
14
. Nakahata et al. (2008),
Cell
134: 329–40.
. Nakahata et al. (2008),
Cell
134: 329–40.
15
. Katada et al. (2010),
Nat Struct Mol Biol.
17: 1414–21.
. Katada et al. (2010),
Nat Struct Mol Biol.
17: 1414–21.
16
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J Mol Biol.
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J Mol Biol.
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