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VI Escuela de Biología Molecular y Celular Integrativa. Fronteras en Biología Sintética (III)-Constructing a synthetic cell

Información General

Información

Tutorial para realizar la solicitud online

Programa curso

Programa

Becarios

Listado de becas
Código
64AZ
Horas
30
Fecha
26 Ago 2019
30 Ago 2019
Precio
135 € Tarifa C
Tipo
Escuela
Temática
Biología y Biomedicina
ECTS
1

Sede donde se gestiona

Santander

Lugar de impartición

Santander - Península de la Magdalena (Riancho-Bringas)

Dirección

Rafael Giraldo
Profesor de Investigación
Centro Nacional de Biotecnología (CNB)
Consejo Superior de Investigaciones Científicas (CSIC)


Germán Rivas
Profesor de Investigación
Centro de Investigaciones Biológicas (CIB)
Consejo Superior de Investigaciones Científicas (CSIC)


COLABORACIÓN


COLABORACIÓN

Descripción de la actividad

Synthetic biology (SynBio) is one of the most dynamic areas of the life sciences that involves a radically new approach by introducing the application of engineering principles to study biological problems. Its objective is the design and construction of new biological entities or the redesign of existing biological systems to reprogram organisms and generate products of high added value for society in areas such as health or the environment. However, SynBio still has little presence in the Spanish university academic system. For this reason, the UIMP-CSIC Summer School on Integrative Molecular Cell Biology already tackled this subject in the 2015 and 2018 editions, with outstanding success.

In this new edition, the school will address, for the first time, one of the most ambitious challenges of SynBio and modern science: the construction of a synthetic cell from its constituent molecular components. These explorations will enable us to answer fundamental questions about the functioning of life and its origin. These advances could eventually establish a new generation of biotechnological processes and bio-factories based on synthetic cell constructions.

Student Profile: We aim to connect brilliant young graduates and postgraduates in science and technology (Biology, Medicine, Pharmacy, Chemistry, Physics, Mathematics, and Engineering) with experts in the disciplines covered in the course. This edition of the School will allow students to get a broad and solid idea about the state of this emerging discipline and possible career opportunities in the field of synthetic biology and related areas.

Participantes

DIRECCIÓN

Rafael Giraldo
Profesor de Investigación
Centro Nacional de Biotecnología (CNB)
Consejo Superior de Investigaciones Científicas (CSIC)

Germán Rivas
Profesor de Investigación
Centro de Investigaciones Biológicas (CIB)
Consejo Superior de Investigaciones Científicas (CSIC)

PARTICIPANTES

John Hagan Bayley
Oxford University, UK

Susana Camarero
Centro de Investigaciones Biológicas (CIB-CSIC)


Félix Campelo Aubarel
Instituto de Ciencias Fotónicas - IFCO, Barcelona

Fernando de la Cruz
Instituto de Biomedicina y Biotecnología de Cantabria (IBBTEC)-CSIC - U. Cantabria

Andrés de la Escosura Navazo
Departamento de Química Orgánica
Facultad de Ciencias, UAM, Madrid

Víctor de Lorenzo
Departamento de Biología de Sistemas, CNB-CSIC, Madrid

Marileen Dogterom
Technical University, Delft, NL

Raúl Fernández López
Investigador Ramón y Cajal
Instituto de Biomedicina y Biotecnología (IBBTEC)-CSIC - U. Cantabria

Amparo Latorre
Departamento de Genética, U. Valencia / I2SysBio, CSIC-UV

Daniel López Serrano
CNB-CSIC, Madrid

Adrián Merino
MPI-Biochemistry, Martinsried

Javier Montenegro García
CIQUS, Universidad de Santiago de Compostela

Begoña Monterroso
Centro de Investigaciones Biológicas (CIB-CSIC)


Federico Morán
Departamento de Bioquímica, Facultad de Ciencias Químicas
Universidad Complutense de Madrid

Elena Núñez Berrueco
Universidad Politécnica de Madrid. UPM · Departamento de Inteligencia Artificial

Juli Peretó Magraner
Instituto de Biología Integrativa y de Sistemas - I2SysBio; CSIC
Universidad de Valencia

Alfonso Rodríguez-Patón
Laboratorio Inteligencia Artificial, ETS-Informática; UPM, Madrid


Kepa Ruiz-Mirazo
Instituto de Biofísica, CSIC-Univ. País Vasco, Bilbao

Thomas Surrey
Francis Crick Institute, London 7 CRG-Barcelona

Irene Tomico
TU Vienna

Programa

Lunes, 26 Agosto 2019

Opening ceremony
10:00
Protocells (molecular origins of life), minimal cells and artificial cells (I)
Simple models of metabolic closure: Rosen revisited
Federico Morán
Building minimal metabolisms
Juli Peretó Magraner
15:30
Protocells (molecular origins of life), minimal cells and artificial cells (II)

On the `bottom-up' construction of protocells and its limitations: some recent in vitro and in silico models
Kepa Ruiz-Mirazo
16:30
Round table (I)
Bottom-up SynBio - from understanding to improving life
Federico Morán
Juli Peretó Magraner
Kepa Ruiz-Mirazo
Moderación: Germán Rivas

Martes, 27 Agosto 2019

09:30
Chemistry and physics of life-like systems (I)
Synthetic supramolecular strategies for primitive cytoskeleton models
Javier Montenegro García
Membrane mechanics: Mechanisms of membrane curvature generation and remodelling
Félix Campelo Aubarel
12:00
Chemistry and physics of life-like systems (II)

Chemical roots of biological evolution: A theoretical and experimental approach to understand abiogenesis
Andrés de la Escosura Navazo
15:30
Workshop (I): In silico synthetic biology
Raúl Fernández López
Elena Núñez Berrueco

Miércoles, 28 Agosto 2019

09:30
Mastering biological complexity: towards a new biology? (I)
Symbionts as natural machines
Amparo Latorre
Bacterial computing by plasmid transmission
Fernando de la Cruz
12:00
Mastering biological complexity: towards a new biology? (II)

Self-organization of microtubules, motors and bundlers
Thomas Surrey
15:30
Round table (II)
Biology 2.0?
Fernando de la Cruz
Amparo Latorre
Thomas Surrey
Moderación: Rafael Giraldo
16:30
Preparing the next generation of molecular cell biologists: The UIMP-CSIC Master Molecular and Cellular Integrative Biology (Mcib)
Adrián Merino
Irene Tomico
Moderación: Rafael Giraldo
Moderación: Germán Rivas

Jueves, 29 Agosto 2019

12:00
Synthetic cells - from academy to industry
Enzyme directed evolution: an awarded and invaluable technology to develop industrial biocatalysts and creative chemistry
Susana Camarero
Assembly and diassembly of membrane microdomains in bacteria to fight antibiotic resistant infections
Daniel López Serrano
15:30
Workshop (II). Do-it-yourself portable lab: microfluidics in synthetic biology
Begoña Monterroso
Alfonso Rodríguez-Patón

Viernes, 30 Agosto 2019

09:30
Synthetic cells: a European scientific challenge (II)
Synthetic tissues from communicating droplet networks
John Hagan Bayley
Building minimal mitotic spindles in artificial cells
Marileen Dogterom
12:00
Closing lecture

The elephant in the SynBio room: what we need to face for making bioengineering a reality
Víctor de Lorenzo
13:00
Closing ceremony

Sin fecha definida

Opening ceremony
Protocells (molecular origins of life), minimal cells and artificial cells (I)
Closing ceremony
Round table (I)
Bottom-up SynBio - from understanding to improving life
Chemistry and physics of life-like systems (I)
Chemistry and physics of life-like systems (II)

Chemical roots of biological evolution: A theoretical and experimental approach to understand abiogenesis
Workshop (I): In silico synthetic biology
Mastering biological complexity: towards a new biology? (I)
Mastering biological complexity: towards a new biology? (II)

Self-organization of microtubules, motors and bundlers
Round table (II)
Biology 2.0?
Preparing the next generation of molecular cell biologists: The UIMP-CSIC Master Molecular and Cellular Integrative Biology (Mcib)
Synthetic cells - from academy to industry
Workshop (II). Do-it-yourself portable lab: microfluidics in synthetic biology
Synthetic cells: a European scientific challenge (II)
Closing lecture

The elephant in the SynBio room: what we need to face for making bioengineering a reality
Protocells (molecular origins of life), minimal cells and artificial cells (II)

On the `bottom-up' construction of protocells and its limitations: some recent in vitro and in silico models