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Organisers: Centro de Investigaciones Universidad Master in Molecular Biológicas - Consejo Superior de Internacional and Cellular Integrative Investigaciones Científicas Menéndez Pelayo Biology (at CIB-CSIC) presents Systems and Syn thetic Biology Workshop Centro de Investigaciones Biológicas (CIB-CSIC), Madrid, Spain 15 December 2017 Workshop Objectives Recent advances in DNA synthesis have opened up many new options for modifying or creating novel biological systems through the application of a variety of tools and expertise derived from the physical sciences, engineering, biology, computer science and mathematics. Synthetic Biology aims at streamlining the design and synthesis of robust and predictable biological systems using engineer-ing design principles. Designing biological systems requires a deep understanding of how genes and proteins are interacting in living cells. Systems Biology aims at elucidating the cellular organization at gene, protein and network level using computational and biochemical methods in a holistic context that takes into account the layered levels of complexity, and there is both synergy and complementarity between these two hybrid disciplines. The intention of this workshop is to consider Systems Biology and Synthetic Biology as complementary fields of research, bringing together researchers with diverse views, strategies and approaches relevant to the under- standing and engineering of biological systems. Master in Molecular and Cellular Integrative Biology The Master MCIB provides an advanced training in molecular and cellular life sciences to graduate students in a cutting-edge scientific environment. The school, co-organized by the Spanish National Research Council (CSIC) and the International University Menéndez Pelayo (UIMP), is training the students in Molecular and Cellular Integrative Biology. MCIB integrates innovative experimental and/or computational technologies to characterize biological systems at the molecular, cellular, and tissue levels, in order to understand how component properties at one level in the dimensional scale (nano to macro) determine system behaviour at a higher level of complexity. These integrated studies, with natural and minimal synthetic systems, will help to elucidate fundamental principles of biological function and provide a basis for novel biotechnological and biomedical applications. MCIB Directors : Rafael Giraldo Sonsoles Martín Santamaría Germán Rivas

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Page 1: Presentación de PowerPoint · a holistic context that takes into account the layered levels of complexity, and there is both synergy and complementarity between these two hybrid

Organisers:

Centro de Investigaciones Universidad Master in Molecular Biológicas - Consejo Superior de Internacional and Cellular IntegrativeInvestigaciones Científicas Menéndez Pelayo Biology (at CIB-CSIC)

presents

Systems and Synthetic Biology

Workshop

Centro de Investigaciones Biológicas (CIB-CSIC), Madrid, Spain

15 December 2017

Workshop ObjectivesRecent advances in DNA synthesis have openedup many new options for modifying or creatingnovel biological systems through the applicationof a variety of tools and expertise derived fromthe physical sciences, engineering, biology,computer science and mathematics. SyntheticBiology aims at streamlining the design andsynthesis of robust and predictable biologicalsystems using engineer-ing design principles.Designing biological systems requires a deepunderstanding of how genes and proteins areinteracting in living cells.Systems Biology aims at elucidating the cellularorganization at gene, protein and network levelusing computational and biochemical methods ina holistic context that takes into account thelayered levels of complexity, and there is bothsynergy and complementarity between these twohybrid disciplines. The intention of this workshopis to consider Systems Biology and SyntheticBiology as complementary fields of research,bringing together researchers with diverse views,strategies and approaches relevant to the under-standing and engineering of biological systems.

Master in Molecular and Cellular Integrative Biology

The Master MCIB provides an advanced training inmolecular and cellular life sciences to graduatestudents in a cutting-edge scientific environment.The school, co-organized by the Spanish NationalResearch Council (CSIC) and the InternationalUniversity Menéndez Pelayo (UIMP), is training thestudents in Molecular and Cellular IntegrativeBiology. MCIB integrates innovative experimentaland/or computational technologies to characterizebiological systems at the molecular, cellular, andtissue levels, in order to understand howcomponent properties at one level in thedimensional scale (nano to macro) determinesystem behaviour at a higher level of complexity.These integrated studies, with natural and minimalsynthetic systems, will help to elucidatefundamental principles of biological function andprovide a basis for novel biotechnological andbiomedical applications.

MCIB Directors:Rafael GiraldoSonsoles Martín SantamaríaGermán Rivas

Page 2: Presentación de PowerPoint · a holistic context that takes into account the layered levels of complexity, and there is both synergy and complementarity between these two hybrid

Registration

Morning session:Venue

Refreshment Breaks

Course management

09:00 Registration and loading of presentations

09:20 Opening Announcements

Welcome by the organizers andpracticalities for the workshop

09:30 Engineering E. coli bacteria for the injection of therapeutic proteins into mammalian cells

Luis Ángel Fernández Herrero (CNB, Madrid)

10:00 Engineering an automatic lytic system for recovery of value-added products

from bacteriaRyan Kniewel (CIB, Madrid)

10:15 Bioblocks and GRO: software tools for protocol and multicellular bacterial simulations

Alfonso Rodríguez-Patón Aradas(LIA-UPM, Madrid)

10:45 Assembling a self-sufficient artificial ligninolytic secretome in S. cerevisiae

David González Pérez (ICP, Madrid)

11:00 Synthetic Biology tools for engineering complex phenotypes in bacteriaEsteban Martínez García (CNB, Madrid)

__________________________

12:00 Is it possible to fully understand an organism in a quantitative comprehensive manner?

Plenary Lecture: Luis Serrano Pubul (CRG, Barcelona)

12:45 Byproduct-free multienzymaticcascades in Green Chemistry

Elena Fernández Fueyo (CIB, Madrid)

13:00 Ligninolytic enzymes from the Jurassic

to dateFrancisco J. Ruiz Dueñas (CIB, Madrid)

15:00 Directed evolution: a versatile tool in

synthetic biology

Miguel Alcalde (ICP, Madrid)

15:30 Got Computers? A la carte enzyme engineering

Víctor Guallar Tasies (CNS, Barcelona)

16:00 The meaning of (bacterial) life

Juan Nogales Enrique (CNB, Madrid)

16:30 Closing of the workshop

11:30 Coffee Break

13:30 Lunch

Mcib´s workshop on Systems and Synthetic Biology

Registration contact until 13th of December(Oliver Drzyzga):

[email protected]

Attention: No course fee, but limited access!

Chairs morning sessions:

Auxiliadora Prieto & José Luis García(CIB-CSIC, Madrid, Spain)

Chair afternoon session:

Ángel T. Martínez(CIB-CSIC, Madrid, Spain)

Auditorio del Centro de Investigaciones Biológicas (CIB-CSIC)C/Ramiro de Maeztu, 9

28040 Madrid (Spain)

Afternoon session: