When a concentration differential exists for an ion across a cell membrane and an open channel of appropriate specificity exists on that membrane, ions may pass through the channel down their electrochemical gradient resulting in ion flux. These ion fluxes have been used for decades as a means to measure the activity of ion channels.
In order to interact with this project, make sure you have provided your ssh key here.
By convention, the original / primary remote repository is called origin.
If you are starting a brand new project without a local repository, here are the suggested Git commands:
git clone ssh://git@repositories.efabless.com/creativebioarray/IonFluxAssay.git cd IonFluxAssay ... do some changes git push -u origin main
If you already have a local Git repository, initialized with git init, you will need to associate your local repository with the Efabless Repository remote location. The following Git commands will add Efabless Repository as a remote repository and push your changes to the main branch.
git remote add origin ssh://git@repositories.efabless.com/creativebioarray/IonFluxAssay.git git pull origin main --rebase --allow-unrelated-histories git push -u origin main
If you already have a remote repository, for example one on GitHub, use the Git command below to add another remote Git repo (make sure that each repo has its unique ID, e.g. origin, ef-repo in the example below).
git remote add ef-repo ssh://git@repositories.efabless.com/creativebioarray/IonFluxAssay.git git push -u ef-repo main --force
A default cover.png has already been added to the root directory of this remote repository.
If your project is not private, this image can be viewed in the project search results list.
To show your own cover image, replace cover.png with a file called 'cover' and an allowed image extension ('.jpg', '.jpeg', '.png', '.gif', '.webp') and then push your changes.
(Maximum allowed file size: 1 MB)
