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The Power of Networks for Innovation

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The Power of Networks for Innovation. Biological information is organized in small -world and scale-free networks where few nodes become hubs dominating the entire network. - PowerPoint PPT Presentation
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Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007 1 Rafael Rangel- Aldao Biological information is organized in small - world and scale-free networks where few nodes become hubs dominating the entire network. The topology or architecture of such biological networks could be useful to predict and prevent major causes of morbidity worldwide. This knowledge from systems biology could also be transferred and translated to better health care of less developed countries, by self-organizing networks The Power of Networks for Innovation
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Page 1: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

1Rafael Rangel-Aldao

• Biological information is organized in small -world and scale-free networks where few nodes become hubs dominating the entire network.

• The topology or architecture of such biological networks could be useful to predict and prevent major causes of morbidity worldwide.

• This knowledge from systems biology could also be transferred and translated to better health care of less developed countries, by self-organizing networks

The Power of Networks for Innovation

Page 2: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

2Rafael Rangel-Aldao

Information is organized into Networks

• Small-world:– Highly packed– Short paths– Lethality– Centrality

Scale-free:– Hubs– Rich gets richer– Hierarchical– Modular– Low error– Vulnerability

Internet (global scale) Subcellular (nano scale)

Page 3: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

3Rafael Rangel-Aldao

Power Law (The rich gets richer)

Protein evolution

Team assembly networks

Scale-free networks:

Barabási, A.L. (2002) Linked, The New Science of Networks. Perseus.

Page 4: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

4Rafael Rangel-Aldao

AN EXAMPLE OF A GENE-HUB: PPAR

Page 5: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

5Rafael Rangel-Aldao

Genome-wide association studies of common diseasesPrediction of morbidity

Page 6: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

6Rafael Rangel-Aldao

Genotypes and Prognosis of Diabetes

Page 7: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

7Rafael Rangel-Aldao

Page 8: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

8Rafael Rangel-Aldao

Biological information pathways to major causes of morbidity worldwide

0 2….. 4h …..6h….// 24h // YearsTime

Network of 1,556 genes (Nature,447, 1032, 2005)

ER stress Systemic inflammatory response

Page 9: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

9Rafael Rangel-Aldao

The Healthium Web

Page 10: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

10Rafael Rangel-Aldao

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Servicio al cliente

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Page 11: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

11Rafael Rangel-Aldao

Key References

• Rangel-Aldao R (2003) Developing countries and systems biology. Nature Biotechnology, 21, 3-4

• Rangel-Aldao R (2004) Realities for Latin American and Caribbean Biotech. Nature Biotechnology, 22, 20

• Rangel-Aldao R (2005) Innovation, Complexity, Networks and Health. Innovation Strategy Today, 1, No. 2, 46-67

• Rangel-Aldao (2007) Patenting the gene-hubs of Endoplasmic Reticulum Stress: the Systems Biology Approach. Recent Patents on Biotechnology, Vol. 1, No. 3, In the press

Page 12: The Power of Networks for Innovation

Bridging the Gap in Global Health Innovation – From Needs to Access. Oxford University September 9-13, 2007

12Rafael Rangel-Aldao

Summary Slide

• Translational research for capacity building: from systems biology to preventative and networked health systems

• Self-organizing technology transfer: integrating clinicians and scientists by autonomous and synchronized local networks

• Small-world networks as a mean to bridge effective international technology transfer to less advanced countries


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