Atlas/Grants/Program
Atlas · Grant ProgramGrant program

and use complementary cell systems and biochemical approaches to classify the processes and pathways that are engaged by ShcD. The overall goal of this study is to dissect the Shc protein signaling paradigm and define the select and specific role of ShcD in neural signaling biology. As olfactory deficits are associated with neurodegenerative disorders that impact Canadians

Federal grant program data for and use complementary cell systems and biochemical approaches to classify the processes and pathways that are engaged by ShcD. The overall goal of this study is to dissect the Shc protein signaling paradigm and define the select and specific role of ShcD in neural signaling biology. As olfactory deficits are associated with neurodegenerative disorders that impact Canadians. Explore top recipients, geographic distribution, and funding amounts.

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and use complementary cell systems and biochemical approaches to classify the processes and pathways that are engaged by ShcD. The overall goal of this study is to dissect the Shc protein signaling paradigm and define the select and specific role of ShcD in neural signaling biology. As olfactory deficits are associated with neurodegenerative disorders that impact Canadians

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Total Grants

1

Total Amount

$0

Provinces Served

1

Top Recipients by Funding Amount

#RecipientGrantsTotal Amount
1and we have characterized a fourth mammalian homolog1$0

Geographic Distribution by Province

Province / TerritoryGrantsTotal AmountShare
TrkA/B and Ret1$00%

Recent Grants