This meeting took place in 2014
Here are the related meetings in 2021:
Cancer: Aging in the Driver's Seat - RESCHEDULING IN PROGRESS (C1)
For a complete list of the meetings for the upcoming/current season, see our meeting list, or search for a meeting.
Aging - Pushing the Limits of Cellular Quality Control (A5)
Organizer(s) Andrew G. Dillin, Daniel E. Gottschling and Thomas Nyström
January 12—17, 2014
Sheraton Steamboat Resort • Steamboat Springs, CO USA
Discounted Abstract Deadline: Oct 3, 2013
Abstract Deadline: Oct 28, 2013
Scholarship Deadline: Oct 3, 2013
Discounted Registration Deadline: Nov 13, 2013
Supported by the Directors' Fund
Summary of Meeting:
Aging is one of the highest risk factors known for most diseases of the modern era of humanity. Such age-related diseases are linked to the loss of performance of a large variety of homeostatic processes protecting the genome, proteome, lipidome or metabolome. One of the greatest challenges facing any organism is to coordinate the operation and maintenance of these different homeostatic processes and, in multicellular organisms, also to harmonize these functions across all cells and tissues. However, the highly interconnected nature of homeostatic machineries makes the system vulnerable to perturbations as the breakdown of one specific homeostatic process during aging or stress brings forth repercussions on other maintenance activities. In addition, as each cell or tissue must remain aware of the performance and wellbeing of distal cells and organelles, a breakdown in cell-to-cell and organelle-to-organelle communication can lead to critical macromolecular perturbations, including a loss of genome, proteome, lipidome, metabolome and endocrine functions leading to the inception of age-related disorders. The goal of this meeting is to bridge interdisciplinary approaches studying different aspects of cellular quality control and homeostasis with research on the aging soma and germline. We believe that deciphering the mechanisms of homeostatic control, its interconnective nature and homeostatic communication between cells and organelles may lead to a deeper understanding of the aging process – its onset, sequence of events and critical targets.
View Meeting Program
Aging is one of the highest risk factors known for most diseases of the modern era of humanity. Such age-related diseases are linked to the loss of performance of a large variety of homeostatic processes protecting the genome, proteome, lipidome or metabolome. One of the greatest challenges facing any organism is to coordinate the operation and maintenance of these different homeostatic processes and, in multicellular organisms, also to harmonize these functions across all cells and tissues. However, the highly interconnected nature of homeostatic machineries makes the system vulnerable to perturbations as the breakdown of one specific homeostatic process during aging or stress brings forth repercussions on other maintenance activities. In addition, as each cell or tissue must remain aware of the performance and wellbeing of distal cells and organelles, a breakdown in cell-to-cell and organelle-to-organelle communication can lead to critical macromolecular perturbations, including a loss of genome, proteome, lipidome, metabolome and endocrine functions leading to the inception of age-related disorders. The goal of this meeting is to bridge interdisciplinary approaches studying different aspects of cellular quality control and homeostasis with research on the aging soma and germline. We believe that deciphering the mechanisms of homeostatic control, its interconnective nature and homeostatic communication between cells and organelles may lead to a deeper understanding of the aging process – its onset, sequence of events and critical targets.
View Meeting Program
Scholarships/Awards
Keystone Symposia Future of Science Fund Scholarship Recipients
Dana M. Alessi Wolken
Columbia University, USA
Hua Bai
Brown University, USA
Jessica Hoffman
University of Georgia, USA
Giorgia Testoni
IRB Barcelona, Spain
Cunqi Ye
Wayne State University, USA
