School on Biophysical Approaches to Macromolecules and Cells: Integrated Tools for Life Sciences and Medicine | (smr 3323)
Starts 9 Sep 2019
Ends 20 Sep 2019
Central European Time
Arusha - United Republic of Tanzania
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• SLIDES of SCHOOL LECTURES are online - more to come!
See below under "Slides", or click here, directly
• TUTORIALS related material can be found under "Tutorials", otherwise click here.
• SCHOOL PROGRAMME IS ONLINE - updated on 17 September!
• PRELIMINARY LIST OF PARTICIPANTS IS ONLINE
Please note: Participants invited through selection process (not faculty) are expected to attend both theory and the practicals for the whole period of the School.
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School on Biophysical Approaches to Macromolecules and Cells:
Integrated Tools for Life Sciences and Medicine
PURPOSES & DESCRIPTION
The application of physics to the life sciences has a long history, but over the last decades there has been a marked acceleration in a variety of related fields. Current approaches require a much closer link between physicists, chemists, computational scientists, on the one hand, and biologists/medical scientists, on the other, as well as the acquisition of a shared “language” and background.
The aim of the school is to introduce young African researchers to the latest developments in the field of molecular biophysics, and to help forge links between theoretical and experimental communities, acting as a focus for the emerging biophysical sciences in Africa.
The rapid development in the fields of biophysics, structural biology and nanotechnology has made available a new range of tools and approaches that have revolutionized biological and medical research, by allowing scientists to understand biology at the molecular level, manipulate nano-particles and macromolecular objects, and to monitor the behavior of single molecules.
These developments are strongly connected to advances in computational biology and structural bioinformatics - ranging from structural biology to nanobiophysics, nanomedicine, single-molecule approaches - and with a revolutionary impact on biotechnology, pharmacology, drug delivery and early diagnostics of wide spread diseases.
O. AKIN-OJO, EAIFR, Rwanda
L. CASALIS, Elettra, Italy
P. COSSIO, University of Antioquia, Colombia
A. HASSANALI, ICTP, Italy
J. FERNANDEZ, Columbia University, USA
F. FRATERNALI, King’s College London, UK
L. KIRURI,Kenyatta University, Kenya
A. LAIO, SISSA, Italy
A. A. MOHAMMED KHALID, Göttingen University, Germany
C. MONGI, St. John's University of Tanzania
E. MPOLYA, NM-AIST, Tanzania
M. NGAVOUKA, University Marien Ngouabi, Congo
S. S. NYADORO, University of Dar Es Salaam, Tanzania
F. OLAJUYIGBE, Federal Univ. of Technology, Nigeria
J. OMOLO, National Inst. for Medical Research, Tanzania
S. ONESTI, Elettra, Italy
S. POGREBNAYA, NM-AIST, Tanzania
M. RIZZI, Univesità del Piemonte Orientale, Italy
A. RODRIGUEZ, ICTP, Italy
V. RONDELLI, University of Milan, Italy
Z. SAYERS, Sabancy University, Turkey
C. SCHMIDT, Duke University, USA
D.M. SHADRACK, CREATES, NM-AIST, Tanzania
H.S. SWAI, CREATES, NM-AIST, Tanzania
A poster session will be organized during the School and applicants are encouraged to submit a short poster abstract (max. half page) when submitting their online application: please retrieve relevant templates from below links.
A limited number of grants are available to support the attendance of African selected participants. There is no registration fee. Female scientists are encouraged to apply.
This School adheres to IUcr and IUPAP policies on scientific freedom, affirming non-discrimination on the basis of such factors as ethnic origin, religion, citizenship. language, political stance, gender, or age.
The IUCr strives to achieve gender balance in all its institutions and activities bearing in mind other diversity needs and its existing obligations to geographic and academic discipline representation where appropriate.
IUPAP calls special attention onconference policies on Free Circulation of Scientists (section 1), and on Harassment (section 4) .