Description
Redox sensing by neuronal potassium channels : molecular mechanisms and roles in epilepsy
Amendment chain · 1 entry
Each notch is one published row for this agreement: #0 is the original (placed at its start date) and each later notch is an amendment (placed at its amendment date). The height is the agreement's total value as of that row — the source column is cumulative, not a change amount — so the line reads as the commitment over time and the right-most notch is the current commitment shown in the header.
- #02016-07-01$458,700
| Row | Date | Total value as of row | Change vs previous | Description on this row |
|---|---|---|---|---|
| #0 original | 2016-07-01(start date) | $458,700 | — | Redox sensing by neuronal potassium channels : molecular mechanisms and roles in epilepsy |
Related records · 3
Records are related by an explicit link in the data, stated for each group below — never by text similarity. Values are each agreement's current commitment (latest amendment).
Other current agreements for the same recipient (exact legal name match; no business number on file)
| Ref | Department · program | Current value | FY |
|---|---|---|---|
| 236-2022-2023-Q3-00654 | Canadian Institutes of Health Research | Instituts de recherche en santé du Canada · Investigator-Initiated Research | $688,500 | FY2023 |
| 236-2021-2022-Q3-00784 | Canadian Institutes of Health Research | Instituts de recherche en santé du Canada · Investigator-Initiated Research | $810,900 | FY2022 |
| 236-2015-2016-Q2-00663 | Canadian Institutes of Health Research | Instituts de recherche en santé du Canada | $633,949 | FY2016 |
Cite as: Glassbox record view · Federal grants & contributions · 236-2016-2017-Q2-00309 · retrieved 2026-11-14.