1. NGIC and BINAsia
Jong Bhak
NGIC
KRIBB
Korea

2. Acknowledgment APCTT Biotec Participants from Asian Countries
Organizing staff
MOSTfor support

3. NGIC Chronicle 2001. 04 : National Genome Information Center Proposed
NGIC History
2001. 04 : National Genome Information Center Proposed
2001. 07 : Detailed Establishment plan
: NGIC Launched
: Designated focal point for research data deposition
: Initiation of BioInformation Portal Service
: Data analysis system launched
: National BioInformation Center Proposed
: Detailed Establishment plan
: (Konbic) Korea National BioInformation Center
to be launched

4. NGIC present
연구비단위 : 백만원
약 4,000 이상
PC용 서버 20대 운영
3,754
Opteron Cluster급
2대 도입예정
3,504
PC급 서버 15대
PC급 서버 7대
Opteron Linux
cluster
Opteron Linux
cluster
1,997
Origin3400
PC급 서버 3대
약 60명
Storage
Storage
Origin3400
Storage
55명
41명
Sun server
Sun server
Sun server
Sun server
33명
Xeon Linux
cluster
Compaq server
Xeon Linux
cluster
Xeon Linux
cluster
2003
2004
2005
2006 인원
연구비
장비운영현황

5. Operation network of NGIC
KNIH
Human
Genome
Frontier
Microbial
Genomes
Large-
scale
Data
GRID
NGIC
Proteomics
Frontier
Plant
Resource
Frontier
Application
GRID
Cattle
Research
Centers
Crop
Plant
Frontier
Agriculture
Research
Centers
KISTI
ETRI

6. 포탈 서버 분석 2ndary Info 2ndary DB Ome file 자원 Bio Resource DB Info Type
Matrix
Genome
Transcript
Proteome
Interactome
Functome
Textome 자원
file
Sequence
Structure 자원
Expression 분석
Pathway 분석
Pipeline
Regulation
Bio
Resource
BioEngine
Network DB
BioDiversity
Info Type
Materials Bank
포탈 서버
2ndary Info
2ndary DB

7. Automatic BioInformation Pipeline Processing System진핵
유전체
SiRNA TF
Explorer
Active
Promoter
Repeatome
GS2PATH
SIGP
Biozine
BioPortal …
PSIMAP
PDS
LoCalodom
Stroke
Textome
IEA ….
HapMap
FESD
PEIORF
SNP
Comp
Genome
Bio
Engine
KUGI
SAGED
NormPipe
ArrayPort
. . .
Gene set
Analyze
BioWiki
Bio
Journal

8. BioEngine Protein Structure Protein Interaction Chimpanzee Gene
Regulation
Biological DB
Bioinformatic Tool
BioPipeline
2ndary DBs
Inhouse Bio Tool
SNP
BioEngine
Cancer
Microarray
Chemical
Genomics
Stroke
SOL
siRNA
Biomarker

9. BinAsia as I see
1st stage: Biotechnology Introduction Network for Asia
2nd stage: Bio Information Net for Asia
Information Infrastructure
Information experts and staff
IT hardware infra
Virtual network interfaced with web.
Regular meetings by focal nodes and focal node technicians

10. Practicals of BinAsia Establishment of working BioInformation Net
BioTechnology List for local nodes
Agricultural BT
Biofertilizer, BioIndicator, Bioremediation
Biopesticides Biogas
Commercialization of local knowledge
Training program in BioInformation Handling
Language issues  Inglish ?

11. Todos Establishing working National nodes for BinAsia
Establishing working a central information node
Integrated BioInfo DBs for local nodes
Basic information gathering by local and central node
Value-added information generation & dissemination
Analysis of Asian BT and BioInfoTech
Next meeting in Thailand?
Adjusting BINAsia funding and operation.
License issues 

12. Basic Info. Gathering Traditional knowledge in BT
Statistics on BT (industry and schools)
Bit BT projects
Shrimp genome
Casava genome project
Translating local language to English

13. Future
Asian Biotechnology Information Network  Virtual Regional Center
In workin with other Asian BioInformation Centers
AMBL
eIMBL
Counterpart to EBI
BT info. network for AU (Asian Union?)

14. Virtual Bioinformatics Center

15. CJK bioinformatics Training course
5th CJK bioinformatics training course
Expansion of Training and Teaching program

16. Proposed Role of NGIC for BINasia
NGIC collects biotechnology DBs, information servers, tools and education materials
NGIC serves a fast website for managing the above function.
NGIC mirrors binasia.net site for backup.
NGIC represents Korean node of BINasia
NGIC supports BINasia meetings and administration

17. ASEAN and NGIC ASEAN + Korea bioinformatics network
From year 2007, NGIC is likely to get more funding for international project such as BINAsia.