Programme (draft)
Sunday 7th | Monday 8th | Tues 9th | Wednesday 10th | Thurs 11th | Fri 12th | Sat 13th
The course will last for 6 days (7 - 13th September, 2008 ) from Sunday evening to departure on Saturday and will follow the pattern of the previous EMBO courses.
Download Final Programme (pdf)
In summary:
Each full day will consist of 3 hours of lectures 4.5 hours of hands-on practical work and finish with a 1 hour evaluation/feedback tutorial. The first two full days will be a structured course aimed at familiarising the participants with the methods and equipment to be used.
The remaining time will be structured around the interests of the participants and will include studies of more advanced equipment and methods and studies of the participants’ own samples and data.
Each student will be assigned a personal tutor for the week (3 students per tutor) who will be responsible for contacting the student prior to the course, to discuss what experiments will be possible in the time available and to design a programme of study for each student.
The week will begin on Sunday evening with short presentations by the participants of their background and the experimental systems in which they are interested.
Friday afternoon will be taken up with the presentation by the participants of the results of the studies they have undertaken during the week.
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17:00-18:00 |
REGISTRATION |
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18:00-19:00 |
BUFFET – Howard Rogers Room |
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19:00-21:00 |
Welcome |
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BLT1 |
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09:00 |
Introduction to Transient Kinetics |
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09:40 |
Introduction to Stopped Flow |
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10:20 |
Introduction to Quench Flow |
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11:00 |
COFFEE – Howard Rogers Room |
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11:20 |
Introduction to Data Analysis |
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12:00 |
Meeting with Practical tutors |
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12:30 |
LUNCH – Rutherford College |
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13:15-15:00 |
Practical 1 (see schedule) |
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15:30 |
COFFEE – Ingram Room 110 |
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15:50 |
Practical 2 (see schedule) |
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18:00 |
Group Tutorial – BLT1 |
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19:30 |
DINNER |
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BLT1 |
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09:00 |
Stopped Flow - examples |
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09:40 |
Data Analysis/Modelling |
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10:20 |
Quench Flow – examples |
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11:00 |
COFFEE – Howard Rogers Room |
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11:20 |
Optics for rapid-reaction equipment |
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12:30 |
LUNCH – Rutherford College |
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13:15 |
Practical 1 (see schedule) |
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15:30 |
COFFEE – Ingram Room 110 |
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15:50 |
Practical 2 (see schedule) |
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18:00 |
Group Tutorial – BLT1 |
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19:30 |
DINNER |
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BLT1 |
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09:00 |
Probing the kinetics interactions of macromolecular interactions by solid phase detection techniques. |
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09:40 |
Flash photolysis |
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10:20 |
Relaxation methods – Theoretical background |
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11:00 |
COFFEE – Howard Rogers Room |
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11:20 |
Single molecule kinetics |
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12:00 |
Meeting with Tutors |
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12:30 |
LUNCH – Rutherford College |
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13:15-18:00 |
Students own studies, pressure jump and flash photolysis |
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15:30 |
COFFEE – Ingram Room 110 |
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18:00 |
Group Tutorial – BLT1 |
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19:30 |
DINNER |
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BLT1 |
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09:00 |
Relaxation methods – examples |
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09:40 |
Fluorescence polarisation applied to stopped flow measurements |
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10:20 |
Dynamics of type I interferon receptor assembly: biophysical analysis and functional implications |
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11:00 |
COFFEE – Howard Rogers Room |
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11.20 |
Pressure Jump |
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12:30 |
LUNCH – Rutherford College |
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13:15-18:00 |
Students own studies |
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15:30 |
COFFEE – Ingram Room 110 |
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18:00 |
Group Tutorial |
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To be arranged from the following |
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Morning |
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11:00 |
COFFEE – Ingram Room 110 |
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12:30 |
LUNCH – Rutherford College |
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Afternoon |
BLT1 |
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13:30-17:30 |
Feed back session |
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15:15 |
COFFEE – Howard Rogers Room |
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19:00 |
CONFERENCE DINNER |
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Departure |
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