Biraj Khound's repositories
a_js_function_to_write_assamese_using_engilish_keyboard
This is a simple JS function to write Assamese with your English keyboard.
a_python_rest_API_to_implement_assamese_soundex
Hello Folks! I am Biraj Khound. I have done my masters in computer application from Jorhat Engineering College. During my masters i have done a web project named Assamese Dictionary under the supervision of Dr. Dhrubajyoti Baruah sir. This API is a part of that project. Here, we have implemented a function named assamese_soundex.
a_web_based_assamese_keyboard_developed_using_php-css-js
This is a a web based Assamese keyboard developed using PHP, CSS, and JS. Here we have used utf-8 encoding. Since this is a PHP project so we need a local server to use it.
Conversion_of_biological_sequence_into_image_using_CA_model
This experiment is based on a research paper named "Using cellular automata to generate image representation for biological sequences". When I was reading this paper I tried to find the code for this paper but I was unable to find it. So, I tried to code to replicate the paper's idea. For more details please read the README.md file.
Ecoli_mRNA_gene_grouping_into_leading_and_lagging_strand_and_visualization_of_the_data
Ecoli mRNA gene grouping into leading and lagging strand using python and visualization of the data using R. Here we are given a task to separate 1300 mRNA gene sequences into groups of their position in leading and lagging strand.
python_code_for_frequancy_distribution_curve_of_a_gene_sequence
To generate a frequency distribution curve using this Python program you just need to - Run this code on any Python IDE - insert the name of the sequence file as input(the program and the sequence file should be in the same directory) - this program deals with files that contain only one gene sequence.
python_code_for_graphical_representation_of_GC_vs_AT_curve_for_single_gene_sequence
To create GC skew and AT skew graphs, you would typically follow these steps: 1. Load or obtain the DNA sequence of interest. 2. Calculate the GC skew and AT skew values along the sequence using sliding windows. 3. Plot the GC skew and AT skew values as functions of the genomic position (nucleotide position).