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2nd
Workshop and Conference on
Modeling
Infectious Diseases
The Institute
of Mathematical Sciences Venue: Ramanujan Auditorium |
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Workshop Schedule
Courses: Indrani Bose: Bacterial persistence: A search for
physical principles Nagasuma Chandra: Systems level modeling of Mycobacterium
tuberculosis Aparup Das: Malaria
epidemiology and genomic landscape of malaria vectors, parasites and humans
in Narendra Dixit: Dynamics of
molecular evolution Gautam Menon: Agent-based
models for infectious diseases Aditya Rao: Studying host-parasite protein-protein
interactions in cerebral malaria Chandrika Rao: Inverse analysis of idiotypic
network interactions Satyajit Rath: 1. Immune
system design: phylogeny and ontogeny, 2. The functional anatomy of immune
response, 3. Infections, immunity and disease RamRup Sarkar: 1-2. Population-based models in epidemiology; 3.
Data-based models in epidemiology; 4. Eco-epidemiological models Rahul Siddharthan: Gene
regulation, pathogenesis and immune response Sitabhra Sinha: Complex
networks and the contact structure of epidemics Somdatta Sinha: 1. Modeling infectious diseases: an
overview; 2. Quantitative analysis of genomes; 3. Host-parasite interactions:
discrete models Sudeshna Sinha: Cellular automata models of disease
spreading Tushar Vaidya: The Yang of
host-pathogen interactions Conference: September 20-22, 2010
Conference Schedule
Invited Talks: B M Jaffar Ali: Simulation of Nitric Oxide signaling network: Implications in
host-pathogen interactions Aparup Das: Malaria
epidemiology and genomic landscape of malaria vectors, parasites and humans
in Narendra Dixit: Optimizing
the treatment of hepatitis C virus infection by rational management Sunita Gakkhar: Mathematical
models in eco-epidemiology Niloy Ganguly: Coverage
maximization in networks under resource constraints Anna George: Recruitment
of immune memory Manish Kakkar: Mathematical modeling in aid of public health interventions V Kumaraswami: Lymphatic filariasis: New challenges and
new solutions Sarika Mehra: Study of
mycobacterium pathogenesis using comparative genomics B Ravindran: Inflammation: TLR-2 in monkeys, chimps and humans RamRup Sarkar: Multi-step
polynomial regression method to model and forecast malaria incidence Somdatta Sinha: Analyzing host-pathogen co-evolution in
HIV-1 Sudeshna Sinha: Dynamic transitions in a model of
infection spreading Tushar Vaidya: Modeling in
infectious diseases Contributed Talks: Sk Taslim Ali: The
transmission dynamics of pandemic influenza H1N1 2009-10 in Gauri Awasthi: Evolutionary
genomic approach in identification of novel gene(s) conferring chloroquine resistance in Sayantani Basu Roy: A
response surface method based model of malaria prevalence Amar Nath Chatterjee: Delay
effect in a mathematical model of HIV infected T-cell against killing by CTL Bhagat Lal Dutta: Host-parasite dynamics in heterogeneous lattice metapopulations Somdeb Ghose: Stochastic
coherence in SIRS model T Jesan: Epidemic dynamics on modular networks Sandip Mandal: Development
of a biologically realistic mathematical model of malaria Aridaman Pandit: Using
genomic signatures for HIV-1 sub-typing Soumyajit Pramanick: Studying
the dynamics of an infectious disease over a small-world network population
structure Govind Prasad Sahu: Analysis of
an SVEI epidemic model with non-linear incidence rate Supreet Saini: Coordinated
control of the flagellar, needle and fimbriae in the Salmonella invasion program Prashant Kumar Srivastava: HIV two
strain model with therapy Perumal Venkatesan: Machine
learning approaches for protein structure prediction |