Botany, Cytokinin, Zeatin, Anthocyanin and Gene are her primary areas of study. Her Cytokinin study incorporates themes from Bacteria, Chlorophyll, Shoot and Plant physiology. Her Zeatin study integrates concerns from other disciplines, such as Multigene Families, Genome and Gene family.
Her Anthocyanin research includes elements of Petunia, MYB, Tyrosinase, Carotenoid and Betacyanins. In her research on the topic of MYB, Petal and Gene regulatory network is strongly related with Repressor. Her work in Gene addresses subjects such as Apical dominance, which are connected to disciplines such as Endogeny and Nicotiana tabacum.
Paula E. Jameson focuses on Botany, Cytokinin, Biochemistry, Shoot and Gene. Many of her studies involve connections with topics such as Juvenile and Botany. Paula E. Jameson has researched Cytokinin in several fields, including Pisum, Virulence, Microbiology and Gene family.
The concepts of her Gene family study are interwoven with issues in Brassica, TILLING and Plant hormone. Her Biochemistry research integrates issues from Senescence and Brassica oleracea. Her specific area of interest is Gene, where Paula E. Jameson studies Gene expression.
Her main research concerns Cytokinin, Botany, Perennial plant, Gene and Agronomy. Her Cytokinin study introduces a deeper knowledge of Genetics. Her Botany research includes themes of Arabidopsis and Bacteria.
Her research in Perennial plant intersects with topics in Food availability, Molecular control and Poaceae. The Agronomy study which covers Plant physiology that intersects with Lateral root, Phenotypic plasticity and Forest ecology. The Shoot study combines topics in areas such as Plant hormone, Genome, Ideotype and Cytokinin dehydrogenase.
Her primary scientific interests are in Cytokinin, Agronomy, Gene family, Genetics and TILLING. Her study on Cytokinin is covered under Gene. Her Gene study integrates concerns from other disciplines, such as Inoculation, Fasciation and Microbiology.
Her studies deal with areas such as Intraspecific competition and Plant physiology as well as Agronomy. Her Gene family research is multidisciplinary, relying on both Plant hormone, Shoot, Cytokinin dehydrogenase and Ideotype. Her Assimilation study is concerned with the larger field of Botany.
Nick W. Albert;Nick W. Albert;Nick W. Albert;Kevin M. Davies;David H. Lewis;Huaibi Zhang
Nick W. Albert;Nick W. Albert;David H. Lewis;Huaibi Zhang;Kathy E. Schwinn
Nick W. Albert;David H. Lewis;Huaibi Zhang;Louis J. Irving
Paula Elizabeth Jameson;Jiancheng Song
Paula Jameson
Yongjin Shang;Yongjin Shang;Julien Venail;Steve Mackay;Paul C. Bailey
Qianqian Guo;Xia Li;Li Niu;Paula E Jameson
Sean F. Clarke;Paul L. Guy;David J. Burritt;Paula E. Jameson
Lazar Dražeta;Alexander Lang;Alistair J. Hall;Richard K. Volz
Marian Jane McKenzie;Vadim Mett;Paul Hugh Stewart Reynolds;Paula Elizabeth Jameson
Lei Chen;Jiqiang Zhao;Jiancheng C Song;Paula E Jameson;Paula E Jameson
Nilangani N Harris;John Javellana;Kevin M Davies;David H Lewis
Yongjin Shang;Kathy E Schwinn;Michael J Bennett;Donald A Hunter
Jiancheng Song;Lijun Jiang;Lijun Jiang;Paula Elizabeth Jameson
Kevin J. Sanderson;Paula E. Jameson;Jerzy A. Zabkiewicz
PE Jameson;DS Letham;R Zhang;CW Parker
S.F Clarke;D.J Burritt;P.E Jameson;P.L Guy
Santokh Singh;David S. Letham;Paula E. Jameson;Ren Zhang
K.J. Sanderson;P.E. Jameson
Sean F. Clarke;Paula E. Jameson;Christopher Downs
David H. Lewis;Garry K. Burge;Murray E. Hopping;Paula E. Jameson
Paula E. Jameson;Sean F. Clarke
Paula E. Jameson;B. G. Murray
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