Uploads by Ganesh Sriram

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Date Name Thumbnail Size Description
20:35, 14 June 2014 Microbialcellfactories-zheng-et-al-2013-fig4.svg (file) 93 KB  
19:39, 14 June 2014 Microbialcellfactories-zheng-et-al-2013-fig3.svg (file) 129 KB <b>Putative metabolic pathways in the marine diatom <i>Phaeodactylum tricornutum</i> investigated by us through isotope-assisted metabolic pathway analysis.</b> This metabolic network includes 10 metabolic pathways distinguished by line color. Metabolic M
19:30, 14 June 2014 Bmcsysbiol-misra-sriram-2013-fig2.svg (file) 160 KB [[<b>An Arabidopsis transcription factor-gene regulatory network as quantitatively deduced by network component analysis.</b> Directions and control strengths of connections between 10 transcription factors (TFs) (lilac) important in Arabidopsis floral de
12:32, 20 December 2013 Supplementary Tables (Nargund Misra Zhang Coleman Sriram 2013).pdf (file) 2.84 MB  
12:28, 20 December 2013 Supplementary Tables(Nargund Misra Zhang Coleman Sriram 2013).pdf (file) 2.84 MB  
12:28, 20 December 2013 Accepted Manuscript (Nargund Misra Zhang Coleman Sriram 2013).pdf (file) 1.35 MB  
22:06, 23 November 2013 Mcf-1475-2859-12-109-4-l.jpg (file) 155 KB Isotope-assisted metabolic pathway analysis in the marine diatom Phaeodactylum tricornutum. (a) Four different Metabolic Models (I-IV) were constructed to explain the ILE data; each column represents a different model. Pathways included in a model are den
22:04, 23 November 2013 Mcf-1475-2859-12-109-3-l.jpg (file) 317 KB Putative metabolic pathways in the marine diatom Phaeodactylum tricornutum as deduced by isotope-assisted metabolic pathway analysis. This metabolic network includes 10 metabolic pathways distinguished by line color. Metabolic Models I-IX consist of diffe
20:57, 23 November 2013 Bmcsysbiol-misra-sriram-2013-fig2.jpg (file) 2.68 MB Directions and control strengths of connections between 10 transcription factors (TFs) (lilac) important in Arabidopsis floral development and their 57 target genes (light blue), as quantitatively deduced by network component analysis. Edges from TFs to g
20:44, 5 November 2013 Accepted Manuscript (Zheng Quinn Sriram).pdf (file) 1.31 MB  
14:37, 5 November 2013 Misra Sriram BMC Syst Biol Accepted manuscript.pdf (file) 537 KB  
14:00, 18 October 2012 Sriram Lab banner.jpg (file) 206 KB  
22:55, 20 November 2010 Fig 1 Math modeling in synthetic biology.jpg (file) 32 KB  
22:39, 20 November 2010 Fig 5b GK ASTP assay 1.jpg (file) 70 KB  
22:38, 20 November 2010 Fig1 GK transcriptional network.jpg (file) 676 KB  
21:39, 26 August 2010 DSC00314.JPG (file) 4.49 MB  
20:41, 23 July 2010 Sriram Lab 2010 July.JPG (file) 2.66 MB  
08:40, 13 May 2010 Labeling expt.svg (file) 206 KB '''Quantifying carbon traffic by isotope-assisted metabolic flux analysis.''' A computationally designed combination of stable isotope (e.g. 13C and 12C) carbon sources is fed to an organism (left), which synthesizes metabolites from these carbon sources;
17:14, 1 May 2010 GSriram.jpg (file) 114 KB  
11:35, 13 April 2010 MBE-09-55-R2.pdf (file) 1.74 MB  
20:02, 10 August 2009 Ganesh UMD 1c.jpg (file) 341 KB  
11:20, 9 August 2009 Soybean 2D HSQC.jpg (file) 491 KB  
10:49, 9 August 2009 H4IIE flux map (GK2 2 colors).jpg (file) 259 KB  
07:58, 9 August 2009 Labeling expt Sriram.jpg (file) 508 KB Reverted to version as of 14:56, 9 August 2009
07:46, 9 August 2009 Labeling expt Sriram.svg (file) 206 KB  
16:51, 8 August 2009 Sriram Lab banner.svg (file) 122 KB Sriram Lab banner