|
1. |
Anirvan Sengupta
Rutgers University, New
Brunswick
|
Modeling
Epigenetic Silencing |
|
2 |
A. Kinoshita
Keio University, Fujisawa,
Japan. |
Hypoxic
response of human red blood cell metabolism assessed by
metabolomics and simulation |
|
3. |
B Jayaram
IIT New Delhi |
Gene
to Drug In Silico: A Molecular Bioinformatics
Approach |
|
4. |
Bostjan Kobe
Queensland, Brisbane,
Australia.
|
Prediction
of substrate specificities of protein kinases
|
|
5. |
Carmay Lim
National Tsing Hua, U,
Taipei
|
Factors
Governing the Maximum Number of Metal-bound Carboxylates
in Metalloproteins |
|
6. |
Chanchal Kumar
Max Planck Instt. Of
Biochemistry, Germany.
|
Quantitative
phosphoproteomics as a framework for systems
biology |
|
7. |
Debasisa Mohanty
NII, New Delhi |
Knowledge-based
computational resources for understanding biosynthesis
of complex metabolites |
|
8. |
Devapriya Chaudhury
JNU, New
Delhi. |
Use
of Optimised Elastic Network Models for the
interpretation of protein structure and
dynamics |
|
9. |
Dinakar Salunke
NII, New Delhi
|
Molecular
Mimicry and Vaccine Design |
|
10. |
G.P.S.Raghawa
IMTECH,
Chandigarh.
|
Prediction
of proteins secreted by classical and non-classical
pathways |
|
11. |
Gabriela Alexe
Yorktown Heights |
Molecular
profiles of breast cancer progression |
|
12. |
Gad Landau
The University of Haifa
|
Indexing
Genotypes for Haplotype search |
|
14. |
Gyan Bhanot
CINJ, New
Brunswick
|
Consensus
Ensemble Clustering Reveals Novel mtDNA Phylogeny for
the N Clade |
|
15. |
H A Nagarajaram
CDFD, Hyderabad |
An
Interesting Saga of Simple Sequence Repeats in
Mycobacterial Genomes |
|
16. |
Indira Ghosh
University of Pune,
Pune |
Virtual
High Throughput Screening: will it help for lead
identification? |
|
17. |
Indrani Bose
Institue, Kolkata |
The
p53-Mdm2 network: from oscillations to apoptosis
|
|
18. |
John Reinitz
Stony Brook University,
NY. |
Variation
and Transcriptional Control in Drosophila Segment
Determination |
|
19. |
K Sekar
I.I.Sc., Bangalore |
SAP:
Structure Analysis Package |
|
20. |
Laxmi Parida
IBM TJ Watson Research
Centre, USA |
Permutations
in Bioinformatics |
|
21. |
Lennart Nilsson
Karolinska Institute,
Stockholm
|
Relaxation
phenomena at a protein surface - water or protein
dynamics ? |
|
22. |
Manju Bansal
IISc, Bangalore.
|
Promoter
identification in bacterial genomes: Role of DNA
structure vs sequence |
|
23. |
N.Gautham
University of Madras,
Chennai. |
Exploring
Conformational Space Using a Mean Field Technique with
MOLS
Sampling |
|
24. |
N.Srinivasan
IISc, Bangalore. |
Kinomics
|
|
25. |
Narinder Sahni
New Delhi |
Gene
Ontology Based Prediction and Analysis of Microarray
Data, GO-PAM |
|
26. |
Pawan Dhar
RIKEN, Yokohama |
Design
principles of molecular networks |
|
27. |
Pramod Wangikar
IIT Mumbai |
Prediction
of Protein Structure Using Backbone Fragment Library and
a Multilayered Learning Algorithm |
|
28. |
Rahul Siddharthan
IMSc, Chennai. |
PhyloGibbs-MP:
Detecting cis-regulatory modules by Gibbs sampling
|
|
29. |
Rajani Joshi
IIT Mumbai |
Mining
the GDB and PDB: A Statistical Perspective |
|
30.. |
Rama Ranganathan
University of Texas,
Dallas |
The
Evolutionary Design of Proteins |
|
31. |
Ravi Sachidanandam,
Cold Spring Harbor
laboratory, NY |
SpliceRack:
Insights into splicing and evolution from a
splice site database |
|
32. |
Srinivasan Ramachandran,
IGIB, New
Delhi. |
Application
of machine learning and statistical methods for
analyzing complete sequences of genomes and proteomes
|
|
33. |
Saraswathi Vishveshwara,
Indian
Institute of Science, Bangalore |
Dynamics
of Protein Structure Network: From Equilibrium and
Unfolding Simulations on Lysozyme |
|
34. |
Somdatta Sinha,
CCMB, Hyderabad |
Modelling
collective behaviour in interacting cell systems
|
|
35. |
Shubra Sankar Ray,
ISI,
Kolkata
|
Gene
Ordering in Partitive Clustering using Microarray
Expressions |
|
36. |
Samta Malhotra,
IISc,
Bangalore.
|
Cytoview:
Development of a Cell Modeling Framework |
|
37. |
T Werner,
Genomatix, Munich |
Routine
systems biology-based microarray analysis |
|
38. |
W.L.Jorgensen,
Yale |
FEP-guidance
for rapid lead optimization of anti-HIV
agents |
