Software
Tutorial: Basic Bioinformatics Software Installation on Ubuntu (Linux)
In this article, we are going to install some basic bioinformatics tools on Ubuntu from the repository. These tools include BLAST, HMMER, MUSCLE, MAFFT, several NGS analysis tools, and so on. This will be applicable to Ubuntu 16.04 or above.
Preparing system
Open a terminal by pressing Ctrl+Alt+T. Update and upgrade your system using the following commands:
$ sudo apt-get update
$ sudo apt-get upgrade
Installing NCBI-BLAST+
$ sudo apt-get install -y ncbi-blast+
Installing HMMER
$ sudo apt-get install -y hmmer
Installing Jalview
$ sudo apt-get install -y jalview
Installing Abyss
$ sudo apt-get install -y abyss
Installing Jmol
$ sudo apt-get install -y jmol
Installing MAFFT
$ sudo apt-get install -y mafft
Installing MUSCLE
$ sudo apt-get install -y muscle
Installing CLUSTAL OMEGA
$ sudo apt-get install -y clustalo
Installing CLUSTALX
$ sudo apt-get install -y clustalx
Installing Mrbayes
$ sudo apt-get install -y mrbayes
Installing Njplot
$ sudo apt-get install -y njplot
Installing Phylip
$ sudo apt-get install -y phylip
Installing Phyml
$ sudo apt-get install -y phyml
Installing Pymol
$ sudo apt-get install -y pymol
Installing Rasmol
$ sudo apt-get install -y rasmol
Installing Readseq
$ sudo apt-get install -y readseq
Installing T-Coffee
$ sudo apt-get install -y t-coffee
Installing Avogadro
$ sudo apt-get install -y avogadro
Installing Bamtools
$ sudo apt-get install -y bamtools
These are some common bioinformatics tools that can be easily installed on Ubuntu 16.04 or above.
![[Tutorial] Installing jdock on Ubuntu (Linux).](https://img.bioinformaticsreview.com/uploads/2023/05/09092952/jdock-400x240.jpg)
![[Tutorial] Installing jdock on Ubuntu (Linux).](https://img.bioinformaticsreview.com/uploads/2023/05/09092952/jdock-80x80.jpg)
This is a video tutorial for calculating binding pocket volume using the PyVol plugin [1] in Pymol [2].
If you need to generate the topology of molecules using their SMILES, a simple Python script is available.
![[Tutorial] Installing jdock on Ubuntu (Linux).](https://img.bioinformaticsreview.com/uploads/2023/05/09092952/jdock.jpg)
jdock is an extended version of idock [1]. It has the same features as the idock along with some bug fixes. However, the binary name and the GitHub repository names are changed. We are installing jdock on Ubuntu (Linux).
In bioinformatics, cmake is used to install multiple software including GROMACS, jdock, and so on. Here is a short tutorial on how to upgrade cmake on Ubuntu and get rid of the previous version. (more…)
GMXPBSA is a tool to calculate binding free energy [1]. It is compatible with Gromacs version 4.5 and later. In this article, we will install GMXPBSA version 2.1.2 on Ubuntu (Linux).
![[Tutorial] Installing Pyrx on Windows.](https://img.bioinformaticsreview.com/uploads/2023/04/13181032/pyrx-3.jpg)
Pyrx [1] is another virtual screening software that also offers to perform docking using Autodock Vina. In this article, we will install Pyrx on Windows. (more…)
MD Simulation
How to solve ‘Could NOT find CUDA: Found unsuitable version “10.1”‘ error during GROMACS installation?
Compiling GROMACS [1] with GPU can be trivial. Previously, we have provided a few articles on the same. In this article, we will solve an error frequently occurring during GROMACS installation.
Previously, we installed the Autodock suite [1] on Ubuntu. Visit this article for details. Now, let’s install it on MacOS.
Autodock suite is used for docking small molecules [1]. Recently, Autodock-GPU [2] is developed to accelerate the docking process. Its installation is described in this article. In this tutorial, we will install Autodock 4.2.6 on Ubuntu.
Discovery Studio (DS) Visualizer (from BIOVIA) is a visualization tool for viewing, sharing, and analyzing proteins [1]. Here are some uses and applications of DS Visualizer.
Remote homologs are similar protein structures that share similar functions, but there is no easily detectable sequence similarity in them. A new study has revealed that the protein folding information can be exploited from remote homologous structures. A new tool is developed to recognize such proteins and predict their structure and folding pathway. (more…)
Detecting viruses and bacteria in RNA-seq data with less false positive rate is a difficult task. A new tool is introduced to detect pathogens in RNA-seq data with high precision and recall known as Pathonoia [1].
AlphaFold is a popular artificial intelligence based protein prediction tool [1]. Though it predicts good protein structures, it lacks the capability to predict the small molecules present in the structure such as ligands. For this purpose, AlphaFill is introduced by Hekkelman et al.,[2]. (more…)
Electron density maps are available for most of the protein structures in PDB. Therefore, in this article, we are using PDB to generate electron density maps in Pymol.
PyVOL [1] is an excellent plugin of Pymol [2] for pocket visualization of proteins. In this article, we will install the PyVOL plugin in Pymol on Ubuntu. (more…)
While trying to install Matlab [1], it generally gives an error stating “matlab: command not found.”. Here, we provide a solution to this error.
Kpax is a bioinformatics program to search and align protein structures [1]. It is currently available for Linux platforms only. In this article, we are going to install the latest version of Kpax (5.1.3) on Ubuntu (Linux). (more…)
In the latest version of GROMACS (2022) [1], there are some issues regarding the gmx do_dssp command. Apparently, this command either does not run displaying a fatal error, or if it runs then it does not read any frame from MD simulation files. In this article, we are going to run the same command for GROMACS 2022. (more…)
SMINA is a fork of AutoDock Vina supporting better scoring function and high-performance energy minimization [1]. In this article, we are going to install SMINA on Ubuntu (Linux). (more…)
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