From Protein Complexes to Cell-Cell Communication

joint conferences on
From Protein Complexes to Synaptic Connections
&
Cell Communities, Cellular Interactions

27-29 October 2019, Esztergom, Hungary

Are there common motifs underlying the behaviour of molecular and cellular assemblies? How is the complexity of intercellular communication orchestrated by macromolecular interactions?

These joint workshops aim to address these questions in two tracks dedicated to molecular, neurobiological interactions and cell-cell communications. Our goal is to bring molecular, cellular and structural biologists together and mix then with theoreticians and IT experts to mutually exchange ideas and approaches and to develop new strategies. Special emphasis will be on various modelling aspects, from molecules to cellular communities, as well as to the integration and analysis of large-scale datasets in these fields.

Thanks to the EU Social Fund supported THEMATIC FUNDAMENTAL RESEARCH COLLABORATIONS GROUNDING INNOVATION IN INFORMATICS AND INFOCOMMUNICATIONS (3in) (EFOP-3.6.2-16-2017-00013) project, MSc, PhD students and Postdocs who are selected for an oral presentation will get their accommodation and/or travel covered by us.

The conference attendance is limited to 100 participants for whom the registration and food costs are waived.
So, registration is FREE!

Organisers

• Attila Csikász-Nagy
• Zoltán Gáspári
• Sándor Pongor
• Tamás Hazai (administrative contact)

Program

	From Protein Complexes to Synaptic Connections track	Cell Communities, Cellular Interactions track
	27 October, Sunday
12:00-14:00	Registration / lunch
14:00-14:30	Opening ceremony
14:30-15:15	Seth GRANT: How protein complexes built the synaptome architecture of the brain
15:15-16:00	Livia LEONI: Untangling and exploiting the quorum sensing signaling network of Pseudomonas aeruginosa
16:00-18:30	Poster/coffee
19:00-22:00	Dinner
	28 October, Monday
9:00-9:45	Alexandre BONVIN: Integrative modelling of biomolecular complexes
9:45-10:30	Kiran PATIL: How metabolites and xenobiotics shape microbial communities
10:30-11:00	Coffee break
11:00-11:20	Tamás BEKE-SOMFAI	Tünde GAIZER
11:20-11:40	Bertalan KOVÁCS	János JUHÁSZ
11:40-12:00	Tibor PÁLI	Rowan HOWELL
12:15-13:00	András PERCZEL
13:00-14:30	Lunch
14:30-15:15	Adrian TETT: High-resolution metagenomic strategies to explore the hidden diversity in human microbiomes
15:30-15:50	Balázs Zoltán ZSIDÓ	Gyula BATTA
15:50-16:10	Rita BÖRZSEI	László GALGÓCZI
16:10-16:30	Marcell MISKI	Marie RICCI
16:30-16:50	Amelie STEIN	Imola SZIGYÁRTÓ
16:50-17:20	Coffee break
17:20-18:05	Kresten LINDORFF-LARSEN: Biophysical experiments and biomolecular simulations: A perfect match?
18:05-18:50	Duccio CAVALIERI: Yeasts and insects as a model to study the evolution of multicellular interaction networks and the holobiont theory of evolution
19:00-22:00	Dinner
	29 October, Tuesday
9:00-9:45	Chiara VERPELLI: Shank synaptic scaffold proteins: keys for understanding the pathogenesis of autism and other synaptic disorders
9:45-10:30	Paul GRANT: Interpretation of morphogen gradients by a synthetic bistable circuit
10:30-11:00	Coffee break
11:00-11:20	Judit GLAVINICS	Klára KIRSCH
11:20-11:40	Mohd Yaqub MIR	László DOBSON
11:40-12:00	Eszter KANTA	Balázs LIGETI
12:15-13:00	László NAGY: Uncharted putative G-protein coupled receptor diversity in fungi
13:00-13:45	Christoph SENSEN: Cell-to-cell communication via the blood stream: Circulating nucleic acids as molecular disease markers
13:45-14:00	Closing ceremony
14:00-15:30	Lunch

Accommodation, Navigation and Important Dates

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