Difference between revisions of "Main Page"
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<h3><font>Lab News</font></h3> | <h3><font>Lab News</font></h3> | ||
+ | *<font face=arial color=orangered size=1.9> '''''NEW''''' </font> October 2017 '''Samuel''''s beet story is now on [https://www.nytimes.com/2017/10/24/science/beets-red-enzymes.html '''NY Times'''] and [http://www.bbc.com/mundo/noticias-41748908 '''BBC''' (Spanish)]. | ||
*<font face=arial color=orangered size=1.9> '''''NEW''''' </font> October 2017 '''Samuel''' received the best oral presentation award of biochemistry at the 2017 SACNAS meeting. Congrats! | *<font face=arial color=orangered size=1.9> '''''NEW''''' </font> October 2017 '''Samuel''' received the best oral presentation award of biochemistry at the 2017 SACNAS meeting. Congrats! | ||
*<font face=arial color=orangered size=1.9> '''''NEW''''' </font> September 2017 '''Samuel's paper''' on coordinated evolution of tyrosine and betalain biosynthetic pathways in Caryophyllales, in collaboration with Ya Yang (Univ. Michigan, now at Univ. Minnesota) and Sam Brockington (Cambridge), has been published at [https://www.ncbi.nlm.nih.gov/pubmed/28990194 '''''New Phytologist''''']! Also, see [https://news.wisc.edu/uw-researchers-discover-an-evolutionary-stepping-stone-to-beet-red-beets/ '''''UW News''''']. | *<font face=arial color=orangered size=1.9> '''''NEW''''' </font> September 2017 '''Samuel's paper''' on coordinated evolution of tyrosine and betalain biosynthetic pathways in Caryophyllales, in collaboration with Ya Yang (Univ. Michigan, now at Univ. Minnesota) and Sam Brockington (Cambridge), has been published at [https://www.ncbi.nlm.nih.gov/pubmed/28990194 '''''New Phytologist''''']! Also, see [https://news.wisc.edu/uw-researchers-discover-an-evolutionary-stepping-stone-to-beet-red-beets/ '''''UW News''''']. |
Revision as of 09:28, 26 October 2017
Welcome to Maeda Lab!We are interested in understanding how plants allocate available carbon, fixed by photosynthesis, to the production of a variety of downstream metabolic compounds. In particular, our research focuses on understanding the enzyme organization and regulatory mechanisms of the plant shikimate and aromatic amino acid pathways, to which up to 30% of total carbon is directed for the production of numerous plant metabolites (e.g., lignin, flavonoids, antioxidants, alkaloids). read more Lab News
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