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Senescel – Sociedad Española de Senescencia Celular

Venue & Program

Historical Fonseca College building, University of Salamanca.

Hospedería Fonseca
Hospedería Fonseca C. de Fonseca, 2, 37002 Salamanca

Wednesday, September 16

16:30
Registration and complimentary coffee and pastries.
17:00
OPENING REMARKS.
17:30
MITOCHONDRIA AND SENESCENCE.
KEYNOTE LECTURE.
Joao Passos. Mayo Clinic, Rochester, Minnesota, USA.
Title TBD.
Invited speaker Ana Victoria Lechuga-Vieco. IRB Barcelona.
Mitochondrial heterogeneity and the regulation of cellular stress states.
Selected talks
  • The Last Kiss: mitochondrial apoptotic secreted factors drive Apoptosis-Induced Senescence (AIS). Alejandro Failde-Fiestras, CiMUS/USC, Santiago de Compostela.
  • MCL-1 links apoptosis resistance to fatty acid metabolism in osimertinib-induced senescent NSCLC cells. Clara Alcón, University of Barcelona.
19:30
Break.
20:30
WELCOME RECEPTION AND DINNER.
Fonseca Chapel. Entrance through the main monumental gate at the Fonseca College.

Thursday, September 17

9:30
SESSION 2: SENESCENCE AND CANCER I.
Invited speaker Ana Luisa Correia. Champalimaud Foundation, Lisbon, Portugal.
Tissue-specific immune regulation of metastatic cancer dormancy.
Invited speaker Serena Vegna. NKI, Amsterdam, The Netherlands.
Liver macrophage states bridge chronic injury, senescence, and tumor immune evasion.
Selected talks
  • Aging triggers an immunosuppressive senescent microenvironment promoting lung cancer development and metastasis. Daniel Muñoz-Espín, CRUK Cambridge, UK.
  • The immune response pathway as a mediator of paracrine induction of senescent cells in Drosophila. Natalia Azpiazu. CBM Severo Ochoa (CSIC/UAM), Madrid.
  • Therapy-induced senescence promotes soluble PD-L2 expression in head and neck squamous cell carcinoma models. María Torres-Martínez, CIC (CSIC/USAL), Salamanca.
11:15
Coffee break.
11:45
SESSION 3: SENESCENCE AND CANCER II.
Invited speaker Verónica Rodilla. Josep Carreras Institute, Barcelona.
Therapy-induced senescence in non-Hodgkin lymphoma: from biomarkers to mechanisms of tumor relapse.
Selected talks
  • Long-term CDK4/6 inhibition rewires the senescence secretome toward a SREBP1-driven protumorigenic program in breast cancer. David Tena-Chaves, CIC (CSIC/USAL), Salamanca.
  • Sequential CDK4/6 inhibition following cisplatin promotes a senescence-like response and enhances therapeutic efficacy in HPV-negative HNSCC models. Mónica Álvarez-Fernández, CIC (CSIC/USAL), Salamanca.
  • Decoding long-term senescence. Nuria Casa-Rodríguez, IIBM Sols-Morreale (CSIC/UAM), Madrid.
Poster teasers
13:30
Lunch and posters session I (abstracts 1-37).
15:15
SESSION 4: METABOLISM AND SENESCENCE.
Invited speaker María Carmen Gómez Cabrera. University of Valencia, Spain.
Exercise-driven mitochondrial remodeling reverses functional decline with age.
Selected talks
  • TOR-dependent translational control coordinates quiescence entry, telomeric function, and transposable element repression during nutritional stress. Daniel del Cerro Martínez, IBFG (CSIC/USAL), Salamanca.
  • A p53-p21-cyclin D2 regulatory axis defines a distinct program of macrophage senescence. Grasiela Torres, UCLA, Los Angeles, USA.
  • Senescence disrupts transcriptional and lipid modulation in endothelial cells after mechanical stretch. Edurne Armesto-Longueira, CIB Margarita Salas (CSIC), Madrid.
16:30
Coffee break.
17:00
SESSION 5: DNA DAMAGE AND REPLICATION STRESS.
Invited speaker Panos Galanos. SDU, Odense, Denmark.
Replication stress rewires mitochondrial metabolism to shape senescence evolution.
Selected talks
  • Dissecting chromatin and DNA damage dynamics in therapy-induced senescence at single-cell resolution. Carlota Davó-Martínez, Hubrecht Institute-KNAW, Utrecht, The Netherlands.
  • HCMV engages the STING–p16INK4a axis to drive DNA damage-associated senescence in endothelial cells. Marco de Andrea, University of Turin, Italy.
18:00
End of scientific session.
Cultural visits
  • 18:30 Guided visit to Monterrey Palace (in Spanish).
  • 19:00 Salamanca free tour (meeting point at Fonseca entrance).
  • 19:00 Guided visit to the Cathedral towers.

Friday, September 18

9:30
SESSION 6: SENESCENCE AS A DRIVER OF DISEASE.
Invited speaker Isabel Fariñas. University of Valencia, Spain.
Vascular senescence as a driver of the age-related decline in neurogenesis.
Invited speaker Diana Jurk. Mayo Clinic, Rochester, Minnesota, USA.
The lipid side of senescence: mechanisms and therapeutic potential.
Selected talks
  • Age-dependent HMGB1 loss drives a non-inflammatory senescence program that primes vascular smooth muscle cells for vascular calcification. Angela Raucci, Centro Cardiologico Monzino-IRCCS, Milan, Italy.
  • Partial reprogramming mechanisms in mature cortical neurons: implications for ageing and neurodegeneration. Irene Rodríguez-Navarro, UB/IDIBAPS, Barcelona.
  • HCMV-induced senescence as a potential driver of congenital malformations. Rocío M. Tolosa, CiMUS, Santiago de Compostela.
11:15
Coffee break.
11:45
SESSION 7: TARGETING SENESCENCE.
Invited speaker Bill Keyes. IBMGC, Strasbourg. France.
Conserved features of cellular senescence across development, aging, and disease.
Invited speaker Maria Ikonomopoulou. IMDEA Nutrition, Madrid.
A senotoxin approach: targeting senescent cells to improved chemotherapy outcomes.
Selected talks
  • Senolytics with a safety catch: a pathogen-activated PROTAC for chronic mycobacterial infection. Federico Russo, University of Milan, Italy.
  • Long noncoding RNAs to identify and target therapy induced senescence in ovarian cancer. Niloufar Hosseini Giv, CIMA University of Navarra.
  • Investigating pyroptosis resistance and the role of gasdermins in oncogene-induced senescence. Sofía Morán-Zafrilla, IBBTEC, Santander.
  • Rewiring of the microtubule network modulates secretion in senescent cells. Lisa Donker, Barts Cancer Institute, London, UK.
Poster teasers
13:45
Lunch and posters session II (abstracts 38-73).
15:30
SESSION 8: REPROGRAMMING AND EPIGENETICS.
Selected talks
  • Chemical partial reprogramming as a senomorphic strategy for healthy aging. Lucía Lorenzo-Rodríguez, CiMUS/USC, Santiago de Compostela.
  • Reprogramming-derived secretomes attenuate cellular senescence independently of full pluripotency acquisition. Raquel Paredes, CiMUS/USC, Santiago de Compostela.
EMBO
THE EMBO KEYNOTE LECTURE

Wolf Reik. Cambridge Institute of Science (Altos Labs), Cambridge, United Kingdom.
Epigenetic regulation of development and ageing.

17:00
Closure and prizes.
17:30
SENESCEL assembly.
20:30
Gala dinner.
Restaurante El Monje. Hotel Hospes Palacio de San Esteban.
Arroyo de Santo Domingo, 3.