Pub. Date : 2019 Jun 25
PMID : 31239443
4 Functional Relationships(s)Download |
Sentence | Compound Name | Protein Name | Organism |
| 1 | In response to a glutamate uncaging pulse, CaMKIIalpha-CaM association increases in ~0.1 s and decays over ~3 s. During repetitive glutamate uncaging, which induces spine structural plasticity, CaMKIIalpha-CaM association did not show further increase but sustained at a constant level. | Glutamic Acid | calmodulin 3 | Homo sapiens |
| 2 | In response to a glutamate uncaging pulse, CaMKIIalpha-CaM association increases in ~0.1 s and decays over ~3 s. During repetitive glutamate uncaging, which induces spine structural plasticity, CaMKIIalpha-CaM association did not show further increase but sustained at a constant level. | Glutamic Acid | calmodulin 3 | Homo sapiens |
| 3 | In response to a glutamate uncaging pulse, CaMKIIalpha-CaM association increases in ~0.1 s and decays over ~3 s. During repetitive glutamate uncaging, which induces spine structural plasticity, CaMKIIalpha-CaM association did not show further increase but sustained at a constant level. | Glutamic Acid | calmodulin 3 | Homo sapiens |
| 4 | In response to a glutamate uncaging pulse, CaMKIIalpha-CaM association increases in ~0.1 s and decays over ~3 s. During repetitive glutamate uncaging, which induces spine structural plasticity, CaMKIIalpha-CaM association did not show further increase but sustained at a constant level. | Glutamic Acid | calmodulin 3 | Homo sapiens |