Training School on Laser Applications for Biology and Biomolecular Systems: an authentic hands-on experience
3-7 July 2017, Coimbra, Portugal
The Training School on Laser Applications for Biology and Biomolecular Systems is focused on the application of laser-based techniques to biologically relevant molecules and systems. A selected number of significant lectures on the School field of application will be given by renowned invited scientists. Spectroscopic, time-resolved and microscopy techniques will be presented and available for selected hands-on experiments by the targeted users from the Biology, Medicinal Chemistry, Pharmacy and Medical community. Students with background in Physics or Chemistry with the objective of studying biomolecular systems are also welcomed.
Training course description to download
Contribute for an integrating view of experimental laser-based methods applied to Biomolecular sciences;
Improve the awareness on safety and responsible use of laser sources in Biomolecular sciences;
Present cutting-edge laser-based techniques and applications:
Train young researchers on laser based tools with application in relevant Biology and Biomolecular systems.
Laserlab Europe, Newport, Spectra-Physics, MTBrandão, VisualSonics, iThera-Medical, Sarspec, ADLaser, Luzitin and LaserLeap
Department of Chemistry, University of Coimbra, Rua Larga, 3004-535 Coimbra, Portugal
University of Coimbra, founded in 1290, was recently recognized as a world heritage by UNESCO. Over the centuries Roman, Visigoths, Moors and Christians lived in the city of Coimbra. The present-day character of the city is the legacy of the great epochs of the European and Moors culture. Coimbra’s architecture combines Roman (aqueduct and cryptoporticus), Gothic (Santa Clara-a-Velha Monastery), Renaissance (Santa Cruz Monastery) and Baroque (Joanina Library) styles. Walking around the Old Town you can feel surrounded by history from tempestuous time. For many centuries the former Portuguese capital has had thriving intellectual and cultural life – for that it remains to be called Lusitanian Athens. The city would be never the same without its students proudly wearing their traditional clothes, and keeping cultural tradition alive through the ages. Coimbra pampers inhabitants and visitors with living tradition, great weather and delicious vine and food.
Travel information to download
One week: 3-7 July 2017; Lectures and demonstrations: 2 days; Hands-on training: 3 days
The Training School on Laser Applications for Biology and Biomolecular Systems is designed to enthral and educate new laser users from the Biology, Pharmacy and Medical scientific communities with limited knowledge and experience in laser-based research, but with high potential for effective use of laser-based science and technology and laser facilities, namely in the Biomedical diagnosis and treatment field. The study of relevant Biomolecules and Biocompatible molecules by spectroscopic, time-resolved and microscopy techniques covered in the School is aimed to enhance the knowledge and understanding young graduate, PhD and post-doctoral students of Biology, Biochemistry, Medicinal Chemistry, Pharmacy and related Medical fields. We wish to demonstrate that the knowledge of laser-based techniques and methods can help in their specific studies and fields of knowledge. Chemistry and Physical sciences young researchers are also welcomed.
Peter Hamm (Zurich, CH)
Tony Parker (CTFC-CLF, UK)
Goreti Sales (ISEP/IPP, Portugal)
Luis G. Arnaut (CLL, Portugal)
Margarida C. Pires (UL, Portugal)
Steven Ford (Munich, Germany)
Time-resolved spectroscopy and imaging to study structure-function relationships in biological systems
Biocompatible molecules for treatment and diagnostic
Spectroscopic analysis of biological samples
Ultrafast IR transient absorption of relevant biological molecules
Light interaction with biological tissues
In-vivo Photoacoustic imaging
Biomolecules and biocompatible compounds spectroscopic characterization
Steady-state spectroscopy: Absorption, fluorescence, IR and Raman spectroscopy.
Time-resolved spectroscopy: Transient absorption (fs up to ms), Single photon counting, Singlet oxygen phosphorescence, Photoacoustic calorimetry.
Data Analysis: Convolution, Fitting functions, Statistics, Data treatment
Imaging/Diagnostic: Photoacoustic tomography, Multiphoton microscopy, Raman mapping, Spatially Offset Raman Spectroscopy
Therapy: Photodynamic therapy
Lab work and School format
Technical aspects, instrumentation and hands-on experiments on time resolved transient absorption spectroscopy, single photon counting, singlet oxygen phosphorescence, photoacoustic calorimetry and IR spectroscopy will be done. Imaging techniques of multiphoton microscopy and Raman mapping will be reviewed. Demonstration sessions include the use of laser characterization instruments, Spatially Offset Raman Spectroscopy and sensors for selective recognition of biomolecules. In the interactive “Results analysis” sessions we will explore data analysis using state-of-the-art methodologies and deconvolution methods and use non-proprietary software.
Preliminary Timetable to download
Scholarships application and registration
The school is free of charge for the selected attendees (scholarships cover the cost of the school, accommodation in shared rooms and several meals). Lab work may be limited to about 20 attendees. Scholarships recipients may have to arrange and pay for their own travel costs to the event, although a number of travel grants will be available for early registrations. The deadline for receiving scholarship application forms is 1 March 2017 and all applicants will be informed of the decision on awarding them a scholarship by 15 March 2017. The decision of the project organizing committee panel will be final. The deadline for confirmation is 24 March 2017. Applications for attendance and scholarship should include the progress status of PhD or post-doc project (in years) and present and near future research topics (fill and send the Application Form to download).
Training School organizing committee
Carlos Serpa, email@example.com
Documents to download