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@@ -37,7 +37,7 @@ LightDock is able to use information derived from either experimental informatio
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To do it so, we first need to create a `restraints.list` file. For the sake of simplicity, we will use a list of residue restraints (3) already formatted for you:
Copy file name to clipboardExpand all lines: tutorials/0.9.3/membrane/index.md
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---
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permalink: /tutorials/0.9.2/membrane
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permalink: /tutorials/0.9.3/membrane
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layout: splash
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classes: wide
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title: "Membrane Docking"
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LightDock is distributed as a Python package through the [Python Package Index](https://pypi.org/project/lightdock/) (PyPI) repository.
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#### 3.1.1. Command line
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Installing LightDock is as simple as creating a virtual environment for **Python 3.6+** and running `pip` command (make sure your instances of `virtualenv` and `pip` are for Python 3.6+ versions). We will install the version *0.9.0* of LightDock which is the first released version with support for the membrane protocol and execution in [Jupyter Notebooks](https://jupyter.org/) (see next section):
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Installing LightDock is as simple as creating a virtual environment for **Python 3.6+** and running `pip` command (make sure your instances of `virtualenv` and `pip` are for Python 3.6+ versions). We will install the version *0.9.3.post1* of LightDock which is the latest version with support for the membrane protocol and execution in [Jupyter Notebooks](https://jupyter.org/) (see next section):
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```bash
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virtualenv venv
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source venv/bin/activate
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pip install lightdock==0.9.2
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pip install lightdock==0.9.3.post1
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```
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If the installation finished without errors, you should be able to execute LightDock in the terminal:
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and to see an output similar to this:
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<pclass="notice--info">
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lightdock3 0.9.2
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lightdock3 0.9.3.post1
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</p>
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#### 3.1.2. Jupyter Notebook and Google Colab
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Another option to use LightDock is through [Google Colaboratory](https://colab.research.google.com) ("Colab" for short) which allows you to write and execute Python in the browser using *notebooks*. In case of choosing this option, simply execute in a new notebook in the first cell the following command:
This is a complete example of the LightDock docking protocol to model the [4G6M](https://www.rcsb.org/structure/4g6m) protein complex with the use of **residue restraints**.
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**IMPORTANT** Before starting with this tutorial, we advise you to follow the [LightDock basics](/tutorials/0.9.2/basics) and [simple docking](/tutorials/0.9.2/simple_docking) tutorials.
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**IMPORTANT** Before starting with this tutorial, we advise you to follow the [LightDock basics](/tutorials/0.9.3/basics) and [simple docking](/tutorials/0.9.3/simple_docking) tutorials.
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## 1. Copying the data
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