| Date Added+- | Title+- | Organization+- | Min Coverage+- | Max Coverage+- | Creator | Files+- | Options |
| 12 Dec 19 | FROM MOLECULE TO CELL: USING ELECTROPHYSIOLOGY AND MULTI-SCALE MODELLING TO UNDERSTAND HOW NAV1.4 CONTROLS ELECTRICAL EXCITABILITY | Idaho State University Science & Engineering Biology | Unknown | Unknown | Landon Bayless-Edwards | 1 | View |
| 10 Dec 19 | An Investigation of Relational Values in aRiver Social-Ecological System | Idaho State University Science & Engineering Biology | Unknown | Unknown | Adam Eckersell | 1 | View |
| 10 Dec 19 | Utilizing metal bridge formation to investigate Domain I residue interaction during activation and inactivation in the voltage-gated sodium channel, hNaV1.4 | Idaho State University Science & Engineering Biology | Unknown | Unknown | Ryann Camp | 1 | View |