Robert Bruce Knox mostly deals with Pollen, Botany, Stamen, Microspore and Allergen. His Pollen research integrates issues from Cytoplasm, Cell biology, Amyloplast and Monoclonal antibody. His Botany research focuses on Plastid and how it relates to Protoplasm.
The study incorporates disciplines such as Complementary DNA and In situ hybridization in addition to Stamen. His work carried out in the field of Microspore brings together such families of science as clone, Genetics, cDNA library and Molecular biology. His study in Allergen is interdisciplinary in nature, drawing from both Lolium and Asthma.
Robert Bruce Knox focuses on Botany, Pollen, Allergen, Pollen tube and Pollination. Much of his study explores Botany relationship to Cell biology. His research in Pollen is mostly concerned with Stamen.
His studies deal with areas such as Immunoglobulin E, Sorghum and Biochemistry, Nucleic acid as well as Allergen. In his work, Pollen adhesion is strongly intertwined with Germination, which is a subfield of Pollen tube. He has researched Pollination in several fields, including Sexual reproduction, Intraspecific competition, Mimosoideae and Nectar.
Botany, Pollen, Allergen, Biochemistry and Epitope are his primary areas of study. His Botany study often links to related topics such as Agronomy. His study looks at the intersection of Pollen and topics like Grass pollen with Asthma.
His Allergen study combines topics in areas such as Sorghum and Lolium, Poaceae. His work on Nucleic acid and Plant cell as part of general Biochemistry study is frequently connected to Preparation method and Immunocytochemistry, therefore bridging the gap between diverse disciplines of science and establishing a new relationship between them. His Epitope research includes elements of Immunoglobulin E, Molecular biology and Monoclonal antibody.
His scientific interests lie mostly in Pollen, Botany, Tapetum, Stamen and Allergen. Robert Bruce Knox applies his multidisciplinary studies on Pollen and Paraformaldehyde in his research. His work deals with themes such as Nucleic acid and Pollen allergen, which intersect with Botany.
Robert Bruce Knox combines subjects such as Cytoplasm and Plastid with his study of Tapetum. His research in Allergen intersects with topics in Lolium and Asthma. The Allergy study combines topics in areas such as Osmotic shock, Poaceae and Immunopathology.
C Suphioglu;M.B Singh;P Taylor;R.B Knox
R. B. Knox;C. Suphioglu;P. Taylor;R. Desai
O. Mattsson;O. Mattsson;R. B. Knox;R. B. Knox;J. Heslop-Harrison;Y. Heslop-Harrison
Andrew J. Beattie;Christine Turnbull;R. B. Knox;R. B. Knox;E. G. Williams;E. G. Williams
C. Dumas;R. B. Knox
R. B. Knox
Andrew J. Beattie;Christine Turnbull;Terryn Hough;Sieglinde Jobson
Andrew J. Beattie;Christine L. Turnbull;Terryn Hough;R. Bruce Knox
J. Heslop-Harrison;Y. Heslop-Harrison;R. B. Knox;B. Howlett
J. Heslop-Harrison;R. B. Knox;Y. Heslop-Harrison
C. Dumas;R. B. Knox;T. Gaude
J. Kenrick;R. B. Knox
C. Dumas;C. Dumas;R.B. Knox;R.B. Knox;T. Gaude;T. Gaude
P E Taylor;J A Glover;M Lavithis;S Craig
B. J. Howlett;R. B. Knox;J. Heslop-Harrison
B. J. Howlett;R. B. Knox;J. D. Paxton;John Heslop-Harrison
Huiling Xu;R. B. Knox;P. E. Taylor;M. B. Singh
R. B. Knox;J. Heslop-Harrison
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C. A. McConchie;T. Hough;R. B. Knox
M B Singh;R B Knox
A. M. Chaudhury;S. Craig;E. S. Dennis;M. Lavithis
E. Pacini;E. Pacini;P. E. Taylor;M. B. Singh;R. B. Knox
Teresa Mitakakis;Eng Kok Ong;Alexia Stevens;David Guest
P. E. Taylor;I. A. Staff;M. B. Singh;R. B. Knox
T. Hough;P. Bernhardt;R. B. Knox;E. G. Williams
I. A. Staff;P. E. Taylor;P. Smith;M. B. Singh
D. E. Evans;D. E. Evans;P. E. Taylor;M. B. Singh;R. B. Knox
Eng Kok Ong;Mohan Bir Singh;Robert Bruce Knox
D.E. Evans;D.E. Evans;P.E. Taylor;M.B. Singh;R.B. Knox
P. Taylor;J. Kenrick;Y. Li;V. Kaul
P.M. Smith;E.K. Ong;R.B. Knox;M.B. Singh
xJ. A. Considine;R. B. Knox
Eng Kok Ong;Mohan Bir Singh;Robert Bruce Knox
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