Skip to main content

BIOINFORMATICS ANALYSIS: BASIC FEATURES OF ENSEMBL GENOME BROWSER

ENSEMBL GENOME BROWSER
ENSEMBL provides a genome browser that acts as a single point of access to annotated genomes for mainly vertebrate species.As in this tutorial I have explained some of the basic features of ENSEMBL.
Please watch the video

Ensembl contains information on chordate genomes, including human, mouse, rat, zebrafish, panda, and takifugu.


BASIC FEATURES OF ENSEMBL:
  1. Information such as gene sequence, splice variants and further annotation can be retrieved at the genome, gene and protein level.
  2. This includes information on protein domains, genetic variation, homology, syntenic regions and regulatory elements.
  3. Coupled with analyses such as whole genome alignments and effects of sequence variation on protein, this powerful tool aims to describe a gene or genomic region in detail.

Comments

Popular posts from this blog

A Complete Guide for Autodock Vina

 Hello Everyone, In the following video we will explain how to use Autodock Vina for Molecular Docking. The video contains details about Downloading Installation Protein-Ligand Docking Tutorial

Downloading sequencing data on windows - SRA Tool kit - Step 1

  This is the first part of the lecture series on analyzing sequencing data. The first step is to configure SRA Tool kit on your operating system. #NGS #Sequencing #SRA #Tool #Configuration

PHYLOGENETIC ANALYSIS: ROOTED AND UNROOTED TREES

BASIC GUIDELINE TO UNDERSTAND ROOTED AND UNROOTED TREES IN PHYLOGENETICS   What is a  PHYLOGENETIC TREE? Phylogenetic trees represent hypothesis about the evolutionary relationships among a group of organisms. A phylogenetic tree may be built using morphological (body shape), biochemical, behavioral, or molecular features of species or other groups.In building a tree, we organize species into nested groups based on shared derived traits (traits different from those of the group's ancestor). HOW TO DRAW A PHYLOGENETIC TREE? In a phylogenetic tree, the species of interest are shown at the tips of the tree's branches. The branches themselves connect up in a way that represents the evolutionary history of the species that is, how we think they evolved from a common ancestor through a series of divergence (splitting-in-two) events.For more details watch the video below: THANK YOU