computational biology
Dr. Safee Ullah Chaudhary on Computational Biology
Dr. Safee Ullah Chaudhary will represent the Khwarizmi Science Soceity at the Buraq Space Camp on 25th December 2017. The talk will encompass the vast field of computational biology and its applications.
Buraq Planetary Society will organize the 14th Buraq Space Camp from 22nd to 31st December, 2017, in Islamabad. The camp will comprise of lectures, workshops and field trips that include subjects ranging from rocket design to astrophysics, IT and cutting-edge technologies - alongside which the candidates will be constantly evaluated to ascertain their relative ranks.
The theme of this year's camp is "Changing Perceptions Through Visions of Space". The Buraq Planetary Society hopes to guide the youth and help them perceive the world in a manner which is productive and beneficial to them. the aim is to make them aware of the realities around us in the present, and to help them formulate a vision for the future. To fulfill this task, the students will sit through talks and discussions with the leaders from the world of business, technology, science, public health and various other key fields in Pakistan.
Investigating Multiscale Tumorigenesis by using agent based modelling approach
The complexity of biological system urgently demands computational models which can produce new understanding and new medicine. Keeping in view Khwarizmi Science society and Journal Club at IRCBM, COMSATS jointly presents a seminar on agent based modeling approach in Investigating Multiscale Tumorigenesis in the Warburg Effect.
Early stage tumorigenesis includes the formation of glycolytic cells in the tissue. However, the precise multi-scale processes underlying this transformation of healthy epithelial cells into tumorigenic glycolytic phenotypes, continues to be a matter of debate. In this work, we investigate this cellular transformation by using an agent based modeling approach and decode a multifactorial mechanism which upon triggering may lead to the onset of tumorigenesis