Centre for Molecular Design (CMD)
Slideshows
Some of the research carried out in the Centre is illustrated in this collection of Powerpoint slide presentations.
 |
Modelling molecules using local surface properties and motion - Martyn Ford [Powerpoint (.ppt) - 7.4MB ] |
|
Insecticide modes of action. The processes, properties and major compound classes that underpin crop protection - Martyn Ford [Powerpoint (.ppt) - 10MB ] |
|
Specifying the Requirements for Optimised Application and Formulation by Computer Simulations: An Holistic Approach - David Salt [Powerpoint (.ppt) - 3MB ] |
|
Modelling studies: Germination and infection - Stephen Cox [Powerpoint (.ppt) - 1MB ] |
|
Modelling the response of mildew to fungicide on the leaf - Stephen Cox [Powerpoint (.ppt) - 1MB ] |
|
Modelling the movement of fungicide in a leaf - Stephen Cox [Powerpoint (.ppt) - 1MB ] |
|
Optimisation of the biological efficacy of fungicides at minimised dose rates by improved application - Nasir Chowdury [Powerpoint (.ppt) - 63MB - ] |
|
Laboratory studies of the effect of dinocap on the control of barley powdery mildew - Nasir Chowdury [Powerpoint (.ppt) - 88MB - ] |
|
Preliminary laboratory studies of the systemic fungicide fluquinconazole: comparison with dinocap, a contact fungicide - Nasir Chowdury [Powerpoint (.ppt) - 7MB ] |
|
Images showing methodology of bioassay procedures - Nasir Chowdury [Powerpoint (.ppt) - 35MB - ] |
|
A model for the capture of aerially sprayed pesticide by barley - Stephen Cox, David Salt, Brian Lee and Martyn Ford [Powerpoint (.ppt) - 1MB ] |
|
A model for the capture of aerially sprayed barley - Stephen Cox, David Salt, Brian Lee and Martyn Ford [Powerpoint (.ppt) - 1MB ] |
|
Modelling the transport and biological effects of pesticide - Stephen Cox [Powerpoint (.ppt) - 1MB ] |
|
Modelling the capture of aerially sprayed pesticide by a field of barley - Stephen Cox [Powerpoint (.ppt) - 1MB ] |
|
Mode of Action of Destruxin - Martyn Ford and Maria Hinaje [Powerpoint (.ppt) - 1MB ] |