HOME
Company
About Us
Team
Partners
Collaborative Ventures
Publications
Industrial Academic Collaboration
News
Gallery
Career
Services
Array Design Services
Microarray Data Analysis
NGS Sequencing Services
NGS Data Analysis
Bioinformatics Services
AgriGenomics Array Services
BICP Program
Workshops / Training
Workshops / Training
NGS Modules
RNASeq [R]
RNASeq [D]
scRNA-Seq
ATAC-Seq
lncRNA-Seq
DNASeq
ChipSeq
MethylSeq
miRNA-Seq
WGS De-novo Assembly
Targeted metagenomics
WGS Metagenomics
Metatranscriptomics
PSI-Seq
Other Programs
Microarray Training
AI / ML
CRISPR/Cas9
GWAS Program
R Programming
Biopython Courses
Bioperl Cources
Virtual Workshop
CAAD Program
BICP Industrial Program
BICP-6Months
BICP-12Months
BICP Registration
Onsite-NGS-Courses
Bioinformatics Internship
Short Term Bio-Info Training
30 Days Program
15 Days Program
7 Days Program
Bioinformatic Resource
NGS Tools Installation
Inquire Now
Inquire Now
Products
Gene Expression Arrays
ArrayGen Genome Browser
Bioinformatics Custom Scripts
ArrayGen VarCaller
GAME v1
Research
Resource
Sequence Feature Extraction
TGCA Expression Map
ArrayGen Heatmap Generator
Cancer Bioinformatic
Research & Development
Contact Us
Sequence Feature Calculator
Nucleotide Counts
Count_A :
Count of Adenine
Count_C :
Count of Cytosine
Count_T :
Count of Thymine
Count_G :
Count of Guanine
GC_ratio :
Count(G + C) / Count(A + T + G + C) * 100
Other :
Count of other than A, T, G, and C
What is GC Content?
The GC pair is bound by three hydrogen bonds, while AT pairs are bound by two hydrogen bonds.
The GC content affects the stability of DNA.
The GC content affects the secondary structure of mRNA.
The GC content affects the annealing temperature for template DNA in PCR experiments.
Calculate Sequence Feature Using Custom Script
For larger files grater than 10 MB , user can download python custom script.
Click Here To Download
Calculate Sequence Feature
Load the example
Submit
Clear