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Approaches of Systems Biology of Metabolically Engineered Crops Enriched in β-Carotene Content
Published on 2013-05-232964 Views
Carotenoids are secondary metabolites involved, in animals, in the prevention of several animal diseases including cancers and cardio-vascular pathologies. In plants, they play essential functions as
Presentation
Approaches of Systems Biology of Metabolically Engineered Crops Enriched in β-Carotene Content00:00
ENEA “CASACCIA” research centre06:35:00
Introduction - 140:44:19
Nutrition in developing countries and non developing53:58:04
Copenhagen Consensus 2008 list of priorities - 184:02:40
Copenhagen Consensus 2008 list of priorities - 296:30:06
Copenhagen Consensus 2008 list of priorities - 3110:34:00
Copenhagen Consensus 2008 list of priorities - 4124:25:17
Why Metabolic Engineering (ME) for Biofortification? - 1132:13:25
Why Metabolic Engineering (ME) for Biofortification? - 2135:27:28
Why Metabolic Engineering (ME) for Biofortification? - 3140:44:49
Why Metabolic Engineering (ME) for Biofortification? - 4144:36:14
Why Metabolic Engineering (ME) for Biofortification? - 5146:40:00
…before starting a metabolic engineering program…158:06:08
…and after getting a bio-GM-fortified food…176:23:20
How do endogenous pathway work? - 1176:24:43
How do endogenous pathway work? - 2203:11:35
How do endogenous pathway work? - 3212:30:54
Bio-fortification strategies, via metabolic engineering, for crop improvement 212:47:58
Introduction - 3252:03:44
Carotenoid distribution and their functions in plants - 1253:03:09
Carotenoid distribution and their functions in plants - 2260:16:07
Carotenoid distribution and their functions in plants - 3273:18:18
Carotenoids in nutrition - 1293:05:53
Carotenoids in nutrition - 2293:40:23
Biosynthesis of carotenoids and their derivatives304:16:59
Metabolic engineering of plant carotenoids330:02:26
Golden Rice (I and II) - 1341:16:47
Golden Rice (I and II) - 2363:29:24
Golden Rice (I and II) - 2364:02:50
Metabolic engineering of carotenoids in potato: block strategy - 1373:46:15
Metabolic engineering of carotenoids in potato: block strategy - 2389:37:39
Metabolic engineering of carotenoids in potato: block strategy - 3398:42:00
Metabolic engineering of carotenoids in potato: Crt push strategy404:42:30
Crt gene overespression effects in adult leaves419:40:44
Crt gene overespression effects in mature tubers457:44:39
Golden Potatoes to fight vitamin A deficiency?505:00:00
The “Sink” strategy: the “Or” mutation514:50:08
Metabolic engineering of carotenoids in tomato: push strategy - 1536:14:47
Metabolic engineering of carotenoids in tomato: push strategy - 2546:32:17
Metabolic engineering of carotenoids in tomato: push strategy - 3552:35:13
Metabolic engineering of carotenoids in tomato: push strategy - 4554:41:32
Effects on endogenous Transcrips/metabolites in tomato flowers 564:10:40
Effects on endogenous Transcrips/metabolites in tomato fruits - 1568:56:43
Effects on endogenous Transcrips/metabolites in tomato fruits - 2574:33:28
Alterated emission profiles of volatile metabolites in tomato transgenics - 1596:47:53
Alterated emission profiles of volatile metabolites in tomato transgenics - 2597:26:18
Alterated emission profiles of volatile metabolites in tomato transgenics - 3597:39:34
Introduction - 4598:14:38
How to better investigate metabolic engineered plant products? - 1601:20:00
How to better investigate metabolic engineered plant products? - 2610:57:29
Transcriptomic, metabolomic and phenomic profiling615:41:17
Metabolomic analyses at ENEA - 1632:56:01
Metabolomic analyses at ENEA - 2694:57:30
Metabolomic analyses at ENEA - 3704:04:47
Metabolomic analyses at ENEA - 4711:14:09
Metabolomic analyses at ENEA - 5719:34:05
Transcript-Metabolite Correlation Matrix in Crt tubers - 1730:50:00
Transcript-Metabolite Correlation Matrix in Crt tubers - 2757:46:40
Transcript-Metabolite Correlation Matrix in Crt tubers - 3765:16:00
Transcript-Metabolite Correlation Matrix in Crt tubers - 4766:02:34
Correlation Networks (“local” biology) - 1778:43:46
Correlation Networks (“local” biology) - 2778:56:14
Correlation Networks (“local” biology) - 3790:26:51
What’s Next? - 1793:50:45
What’s Next? - 2799:12:58
What’s Next? - 3802:18:32
beta-carotene enriched tubers by classic breeding program805:16:33
Pleiotropic effects in Crt potatoes - 1822:25:12
Pleiotropic effects in Crt potatoes - 2822:41:22
Metabolome alterations in “Golden” potatoes841:23:16
Regulatory network linking - 1850:33:44
Regulatory network linking - 2851:00:28
Regulatory network linking - 3854:16:27
Regulatory network linking - 4860:25:14
Regulatory network linking - 5862:20:06
Regulatory network linking - 6864:27:45
Pleiotropic effects on fruit ripening of tomato transgenics871:22:42
Correlation Networks (“global” biology) - 1883:34:06
Correlation Networks (“global” biology) - 2883:45:31
Significant modules in a correlation network… - 1895:52:08
Significant modules in a correlation network… - 2896:04:37
Significant modules in a correlation network… - 3896:53:52
400 genes+metabolites+phenotypic data (LCY-b tomato ripe fruits) - 1903:37:07
400 genes+metabolites+phenotypic data (LCY-b tomato ripe fruits) - 2903:52:47
400 genes+metabolites+phenotypic data (LCY-b tomato ripe fruits) - 3904:10:56
Future perspectives in carotenoid metabolic engineering field… - 1916:31:19
Future perspectives in carotenoid metabolic engineering field… - 2917:49:00
Future perspectives in carotenoid metabolic engineering field… - 3928:35:12
Metabolic flux analysis - 1939:37:50
Metabolic flux analysis - 2939:56:26
Metabolic flux analysis - 3940:07:51
Conclusions - 1949:33:46
Conclusions - 2954:32:03
Acknowledgements - 1955:05:11
Acknowledgements - 2961:52:22
Acknowledgements - 3965:11:30
Thank you for your attention966:49:17