Session I: Cell Death Pathways I
Chair: Frank Madeo
|
09:20 |
10:20 |
Guido Kroemer |
Apoptosis and autophagy in creeping, swimming and flying creatures |
10:20 |
11:00 |
Bing Zhou |
Genetic screen of genes involved in copper induced cell death in yeast |
11:00 |
11:20 |
Patrick Rockenfeller |
Characterization of lipid induced cell death in yeast |
Session II: Cell Death Pathways II
Chair: Christina Mazzoni
|
11:40 |
12:20 |
Manuela Corte-Real |
Modulation of Bax by mammalian protein kinase Ca in yeast |
12:20 |
12:40 |
Reiko Ikeda |
Cell death induced by staphylococcal adherence in the pathogenic yeast Cryptococcus neoformans |
13:00 |
13:20 |
José-Fernando Fierro |
Role of K + -release in the apoptosis-like induced by lactoferrin in Candida albicans cells |
Session III: Cell Death Pathways III
Chair: Manuela Corte-Real
|
15:00 |
15:40 |
Paula Ludovico |
GAPDH and aconitase are targets of proteolytic degradation during oxidative stress-induced apoptosis in Saccharomyces cerevisiae |
15:40 |
16:20 |
Sergio Giannattasio |
How Saccharomyces cerevisiae cells die as a function of time in response to acetic acid: Relations among ROS, Cytochrome c and caspase-like activity |
16:20 |
16:40 |
David Walter |
Bre1p regulates Yca1p-dependent apoptosis in S. cerevisiae by histone H2B ubiquitination |
16:40 |
17:00 |
Anja Matter |
A role of histone H3 methylation in apoptosis regulation |
Session IV: Cell Death Pathways IV
Chair: Paula Ludovico
|
17:20 |
18:00 |
Christina Mazzoni |
The importance of mRNA degradation in regulating apoptosis and aging in yeast |
18:00 |
18:20 |
Maria Joao Sousa |
Ammonium induces cell death in amino acid-starved yeast cells |
18:20 |
18:40 |
Cao Ying Ying |
Role of CaMCA1 in Candida albicans apoptosis |
Poster Session I
|
19:00 |
20:00 |
Odd numbers |
|
|
Session V: Age and Cell Death I
Chair: Karin Thevissen
|
08:00 |
08:40 |
Michael Breitenbach |
Yeast cells express a superoxide-generating NADPH oxidase |
08:40 |
09:20 |
Valter Longo |
Oncogenes contribute to tumorigenesis by promoting growth and inhibiting apoptosis |
09:20 |
09:40 |
Tobias Eisenberg |
Mechanisms of chronological life span extension |
Session VI: Age and Cell Death II
Chair: Michael Breitenbach
|
10:00 |
10:40 |
Bill Burhans |
Oxidative stress and replication stress effects on yeast chronological aging |
10:40 |
11:20 |
Heinz D. Osiewacz |
Involvement of different cell death pathways in senescence of the fungal ageing model Podospora anserina |
11:20 |
11:40 |
Harald Klinger |
Mmi1p a novel anti-apoptotic protein in yeast |
Session VII: Age and Cell Death III
Chair: Bill Burhans
|
12:40 |
13:20 |
Alena Pichova |
Premature aging or sickness of RAS2 val19 mutant of Saccharomyces cerevisiae |
13:20 |
14:00 |
Karin Thevissen |
Skn1 and Ipt1 negatively regulate autophagy in Saccharomyces cerevisiae |
14:00 |
14:20 |
Zdena Palkova |
Role of oxidative stress-defense systems in yeast colony development, ageing and survival |
09:00 |
09:40 |
Joris Winderickx |
A yeast model for tauopathies reveals primary determinants for tau-aggregation |
09:40 |
10:00 |
Ralf J. Braun |
A yeast cell death model for human Tdp-43 proteinopathies |
10:00 |
10:20 |
Marija Cvijovic |
Can aggregate accumulation save the cell population? |
10:20 |
10:40 |
Uros Petrovic |
Inference of the molecular mechanism of neuroprotective activity of phenylbutyrate by chemogenomics in the yeast model |
Session IX: Signal Transduction
Chair: Joris Winderickx
|
11:00 |
11:40 |
Campbell W. Gourlay |
Investigating the role of actin in regulation RAS pathway activity, mitochondrial function and apoptosis |
11:40 |
12:00 |
Sonia Colombo |
Localization of active RAS in mitochondria of the yeast Saccharomyces cerevisiae |
12:00 |
12:20 |
Pepijn De Snijder |
Protein kinase Sch9 is required for mitochondrial functionality and oxidative stress defense in Saccharomyces cerevisiae |
12:20 |
12:40 |
Vassilios N. Kotiadis |
Modeling the effects of Cofilin on mitochondrial function and cell death in Saccharomyces cerevisiae |
Session X: Stress and Death
Chair: Zhaojie Zhang
|
14:20 |
14:40 |
Boris Rodríguez-Porrata |
Yeast cell death during drying and rehydration process |
14:40 |
15:00 |
Laurence Vernis |
The essential complex Dre2-Tah18 controls mitochondria integrity and cell death after oxidative stress in yeast |
15:00 |
15:20 |
Renée Guérin |
The ER chaperone calnexin regulates two distinct apoptotic pathways in S. pombe |
15:20 |
15:40 |
Tomas Grousl |
Assembly of stress granules in heat-shocked cells of Saccharomyces cerevisiae requires different scaffolding proteins than P-bodies |
15:40 |
16:00 |
Elisa Cabiscol |
The forkhead transcription factor HCM1 is involved in oxidative stress and mitochondrial metabolism in Saccharomyces cerevisiae |
Poster Session II
|
16:00 |
17:00 |
Even numbers |
|
Session XI: Humanized Yeast Models
Chair: Campbell W. Gourlay
|
09:30 |
10:10 |
Marie Hardwick |
Evolution of cancer-like mutations that alter nutrient sensing in yeast |
10:10 |
10:50 |
Richard Y. Zhao |
Fission Yeast ( Schizosaccharomyces pombe ) as a Surrogate System for Study of HIV-1 Protease |
10:50 |
11:10 |
Renata Santos |
Misregulation of oxidative stress defenses in anaerobiosis to aerobiosis transition induce apoptosis in Saccharomyces cerevisiae frataxin deficient cells |
Session XII: Inducers of apoptosis and oxidative stress
Chair: Marie Hardwick
|
11:30 |
12:10 |
Zhaojie Zhang |
Oxidative stress causes cell cycle disruption and cell death in budding yeast |
12:10 |
12:30 |
Ida van der Klei |
The role of peroxisomes in yeast viability |
12:30 |
12:50 |
Ana Kitanovic |
Computer controlled automated assay for comprehensive studies of growth kinetic in various yeast mutants in response to apoptotic stimuli |
12:50 |
13:10 |
Esther Owsianowski |
The regulation of the inhibitor-of-apoptosis protein Bir1p |
13:10 |
13:30 |
Fedor Severin |
Generation of reactive oxygen species by yeast cells is a protection mechanism against the mutagen-induced toxicity |
Closing Remarks
|
13:30 |
13:40 |
Frank Madeo |
|
