Our Research

Project A.L.S.™ Milestones

1998

  • Jenifer Estess is diagnosed with ALS and starts Project A.L.S.™
  • Project A.L.S.™ incorporates as a 501©3 and raises first research funds.
  • Forges its first research collaboration between scientists at Massachusetts General Hospital, Johns Hopkins, Columbia University.

1999

  • First to ask if stem cells would be a useful tool in ALS research.
  • Funds leading stem cell scientists from Boston Children’s and Johns Hopkins to work with ALS clinicians.
  • Funds construction of first micro-assays for ALS drug screening.

2000

  • Recruits developmental biologists to study ALS.
  • Stem cell team completes first transplants in SOD1(ALS) mice.

2002

  • Project A.L.S.™ scientists devise “recipe” for turning mouse stem cell into motor neurons.
  • Establishes SOD1 mouse colony; provides reagent free of charge to scientists worldwide.

2003

  • Rats with an ALS-like syndrome recover partial motor function after injections of stem cells.
  • A gene therapy approach, AAV/IGF-1, extends lifespan of ALS mice by 1/3.
  • Jenifer Estess: 1962-2003

2004

  • Stem cell-derived motor neurons connect with muscle in vitro
  • With Harvard Neurodiscovery Center, launches history’s most comprehensive study of sporadic ALS genetics.

2006

  • Jenifer Estess Laboratory for Stem Cell Research, world’s first and only privately funded lab to focus exclusively on stem cells and ALS opens in New York.

2007

  • Scientists derive first functional motor neurons from human ES cells in Estess Lab.

2008

  • Harvard-Columbia-Project A.L.S.™ team use iPS (induced pluripotent stem) cells to generate first motor neurons from an ALS patient.

2009

  • Over 50 patient-specific stem cell lines created.
  • Researchers use iPS motor neurons and astrocytes to model ALS.
  • First drug screens against patient-specific motor neurons and astrocytes.

2010

  • P2ALS: A collaboration between Project A.L.S.™ And Packard Center energizes ALS research.

The mission of Project A.L.S.™ is to recruit the world’s best research scientists and clinicians to work together toward an understanding of and the first effective treatments for ALS (amyotrophic lateral sclerosis), also known as Lou Gehrig’s disease.
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