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HST - in summary:InterConnected Philosophy
Practice
Education
&
Research
Equal Footing:Multidisciplinary
Multicultural/Multiprofessional:Bench to Bedside
Biophysics
EECS CEM
BEH
HSDM
DEAS
NeuroscienceBiology
BCS
ChE
ME
HBS
Sloan
RLE
LCS
AI Lab
Whitehead
CIMIT
CBELEESMTL
AA
MSE
NE
Physics
Media Lab
MathSPLOBL
Steel Lab
NEBBJI
Mol. Med.
MGHSPL
Magnet
Lab
Extensive RootSystem:
Capitalize onEnvironment
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REGIONAL CENTRE FOR BIOTECHNOLOGYREGIONAL CENTRE FOR BIOTECHNOLOGYFaridabad, National Capital RegionINDIA
Autonomous Institution under the aegis of
Department of Biotechnology, Government of India & UNESCO
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Why UNESCO Connectivity and a Regional Emphasis?
The Needham paradox: Although developing societies/economiestraditionally use empirical technologies for social betterment, they face critical
Thus, a diversity of locally driven perspectives on one hand, andexcellence of global standards on the other would be essential in order togenerate competitive human resource for the developing world
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PatientsPatients
CONSTITUENCIESCONSTITUENCIES
StudentsStudents IndustryIndustry
RCB
Academic
THSTI
Translational
CHC
Clinical
Unique CoUnique Co--locationlocation
Tech Animal
Prog 1
Prog 2
Prog 3
Prog 4Domain-specific
centres
Domain-specific
centres
Domain-specific
centres
Health Biotech Science ClusterHealth Biotech Science Cluster
CLUSTER BOARD
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Engineering
Health
Unique NicheUnique NicheInterdisciplinary education and research
Physics
Medicine
Biotechnology Chemistry
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MandateMandate
to provide a platform for interdisciplinary research and education inorder to create human resources required at the biotech interface of
engineering, chemistry, physics and medicine.
to empower human resources critical for a wide range of biotech needsand to seek knowledge-based innovative and context-specific biotechsolutions
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ObjectivesObjectives
To promote capacity building through education, research & development inbiotechnology
To aim for sustainable development through regional and international cooperation
To execute education and expertise building activities to generate knowledge inbiotechnology
To facilitate transfer of knowledge relating to biotechnology at the regional level
To create a hub of biotechnology expertise in the immediate region with global.
To undertake research, development and scientific investigations in collaborationwith other relevant research centres in the region and beyond
To organize scientific symposia & conferences and to conduct expertise buildingworkshops in contemporary areas of Biotechnology
To disseminate the outcomes of research activities through internationalpublications and generation of intellectual property
Promote collaborative research and development networking programmes inspecific areas of biotechnology
To create network of satellite centres in the region
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Regular Faculty
- a framework for faculty recruitment is being worked outin order seek out the best
Adjunct Faculty- from cluster and partner institutions within NCR
FacultyFaculty
Visiting Professorship- Offer five-year lab-visiting professorships
Re-entry Grant- for Indian scientists working abroad
Young Investigator Awards- for outstanding post-doctoral Fellows
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Systems Biology & Rational Drug Design
Analyses of complex diseases for identification ofintervention points
Immediate major areas of researchImmediate major areas of researchThese are only indicative and not restrictive
Development of knowledge-based drug discoveryapproaches
Regenerative Medicine & Tissue Engineering
Application of novel engineering and material scienceapproaches to understanding and building tissue
architecture
Nanoscience for Biotechnology
Design of novel nanodevices for biosensing, diagnostic andtherapeutic utility
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Educational approachesEducational approaches
Regional participation
Interdisciplinary doctoral programmes Integrated programs through participation of domain-
specific networked centres and in RCB groups as theyeve op
Special-domain workshops & post-graduateprogrammes
Intensive short-term workshops with global faculty andstructured postgraduate progammes
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Regional Centre for BiotechnologyRegional Centre for BiotechnologyA University of Higher Education and Research in Biotechnology
With active contributions from the institutions within the Cluster/vicinity andfrom the larger world providing a meeting place where innovation, enterprise,and industrial development will germinate.
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Vaccine and InfectiousDisease Research Center
at
Translational Health Science andTechnology Institute(THSTI)
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Vision
To improve human health through research directed
at the prevention, intervention, and therapy for
infectious diseases that pose a serious threat to
humanity
Mission
To study infectious diseases and pathogens to
generate translatable knowledge for developingprophylactic and therapeutic measures against
diseases prevalent in India
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Aims and Objectives
In pursuit of its mission, the VIDRC will:
Conduct a comprehensive research program spanningbasic through translational research,
Serve as a national resource for biomedical researchersy prov ng access o qua e sc en s s,
Establish partnerships with industry and academia
Develop national and international collaborations, and
Serve as a center of excellence for training futureresearchers in the fields of science and technologyrelevant to the vaccine and infectious disease research
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Identify virulence properties of the pathogens through studies of
molecular pathogenesis to construct vaccine candidates andtheir pre-clinical evaluation.
Develop of novel vaccine delivery systems including recombinant viral
Vaccine Research at VIDRC
.
Assess the suitability of candidate vaccines in clinical studies.
Measure human immune responses to vaccines.
Evaluate the efficacy of candidate vaccines in large-scale fieldtrials.
Advise governments and health management agencies on
vaccine policy.
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Infectious Disease Research at VIDRC
Strengthen basic and applied research on the pathogen, host and
environmental factors that influence disease emergence
Use knowledge of pathogen, host, and environment interactions to
enhance our ability to predict and prevent conditions that lead to human
disease
Support sequencing and post-genomics research of emerging infectiousdisease agents and animal vectors to reveal genetic basis for pathogen
evolution, adaptation, and pathogenicity
Develop new strategies to control diseases that are re-emerging due to
drug or insecticide resistance and identify better control strategies forintractable infectious diseases that continue to challenge global health
Maintain and develop the scientific expertise required to respond to
future health threats by supporting research and training programs
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DUSCNII / ICGEB
Newadjuvantsand vector
development
Vaccineantigen
discoveryEstablishpartnerships
Pathogen & Disease biology studies
CDC
WHO
Functioning of VIDRC
VIDRC
NDSA
Clinical development of vaccines through various stages and datamanagement, vaccine need forecasting, market evaluation, policy advice,
IP evaluation and protection
with
internationalvaccine R&Dinstitutionsand funding
sources
PATH
NIH
SASClinicalTrials
cGLP,cGMP and
BSL3facility for
DBT
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Key activities
Basic Research (Lab, patient or population based)
Translational biology, Bioprocess, formulation and Analytical research
Clinical development through Phase-I, II and III (SAS and NDSA)
Population based studies on IDs (SAS, NDSA, other partners)
Project management (SAS, NDSA)
Licensing and Business development
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Scientific activities of VIDRC
Toxicology
Process
Pre-clinicalDevelopment
ProtocolDevelopment
QC assays Vaccine Release Tests
Development
AdjuvantResearch
VaccineDelivery Immunology
Candidate Vaccine
eve opmen
Clinical Trial
Efficacy Assaysand validation
For Furtherimprovement
Biomarkers
Cohorts
SurveillanceInfectious Disease
Research
and approval
recruitment
and trialmonitoring
Data storageand analysis
VIDRC activity
SAS activity
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Scientific program of VIDRC (ongoing research activities)
Oral Rotavirus vaccine 116E clinical development programCompleted phase II trial in childrenInterference trial with EPI vaccines to be taken up shortly
Disease burden and RV genotype prevalence studies plannedPhase III efficacy trial of vaccine under planning
Tuberculosis vaccine development programrBCG expressing 85C and other antigens developed
Constructs to be humanized for phase I trialJapanese encephalitis vaccine development programProcess for a tissue culture derived JE vaccine transferred to industry where ithas been scaled uprAd5 expressing novel JEV antigen provides robust protection in animal studies
Exploring ovine adenovirus based delivery of JEV antigenDeveloping infectious clone of JEV to generate attenuated viruses
Development of novel viral vectors for antigen deliveryNovel adenoviruses from animals (fowl and buffalos) being isolatedThese will be characterized genetically and developed as vectors for antigen
delivery
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New Research Activities of VIDRC ????Hepatitis E
Vaccine development
Why Neutralizing abs decline faster?
Immune responses in pregnant women (why high mortality?)
Noroviruses
Very little data on virus activity in India, strains, genotypes, incidence??
Vaccine develo ment
Leishmania, Pneumococcal and Typhoid vaccines
Vaccine development using genome-based approach and bioinformatics??
Cancer vaccines
HPV, breast/oral cancers
Research on antivirals (RCB will have a strong drug development program)
Development of inhibitors for protease, replicase, helicase (Structure based modeling)
Novel adjuvants and viral vectors
Influenza, HIV, Dengue