Distribution and voltage dependence of ion channels shape single-neuron computations.
Vieira RM, Deistler M, Guillemet C, Schilling T, Macke JH, Borst A, Groschner LN
Proc Natl Acad Sci U S A. 2026 Oct 6;123(40):e2610600123. doi: 10.1073/pnas.2610600123. Epub 2026 Sep 29.
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Plasmids from Article
| ID | Plasmid | Purpose |
|---|---|---|
| 232873 | pUC57-FlpTag-3xV5-ph0 | Encodes FlpTag with a 3xV5 epitope tag in phase 0. An inverted tag enables conditional tagging and visualization of endogenous proteins upon Flp recombinase activity. |
| 232874 | pUC57-FlpTag-3xV5-ph1 | Encodes FlpTag with 3xV5 epitope tag in phase 1. An inverted tag enables conditional tagging and visualization of endogenous proteins upon Flp recombinase activity. |
| 232875 | pUC57-FlpTag-3xV5-ph2 | Encodes FlpTag with 3xV5 epitope tag in phase 2. An inverted tag enables conditional tagging and visualization of endogenous proteins upon Flp recombinase activity. |
| 232876 | pUC57-FlpTag-smV5-ph0 | Encodes FlpTag with spaghetti monster V5 (smV5) epitope tag in phase 0. An inverted tag enables conditional tagging and visualization of endogenous proteins upon Flp recombinase activity. |
| 232877 | pUC57-FlpTag-smV5-ph1 | Encodes FlpTag with spaghetti monster V5 (smV5) epitope tag in phase 1. An inverted tag enables conditional tagging and visualization of endogenous proteins upon Flp recombinase activity. |
| 232878 | pUC57-FlpTag-smV5-ph2 | Encodes FlpTag with spaghetti monster V5 (smV5) epitope tag in phase 2. An inverted tag enables conditional tagging and visualization of endogenous proteins upon Flp recombinase activity. |