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I will perform bioinformatic analysis and sequence aiignment
Statistical Analyst, Thesis Data Analysis and Reseach Writing
Statistical analyst and academic research consultant with a B.Agric in Animal Breeding and Genetics (FUNAAB, 2025). I specialise in data processing, statistica interpretation, and formatting assistanc...
About this Gig
Welcome to my professional bioinformatics and molecular data analysis service. I provide accurate sequence processing, evolutionary tree construction, and genetic diversity metrics for researchers and biologists.
Using industry-standard computational tools, I will extract meaningful biological insights from your nucleotide or protein datasets.
What I Offer:
Sequence Alignment (MSA): Detailed sequence editing, cleaning, and alignment using BioEdit, ClustalW, or MUSCLE.
Phylogenetic Analysis: Advanced evolutionary tree construction using MEGA software (Maximum Likelihood, Neighbor-Joining) with robust bootstrap replication support.
Genetic Diversity: Calculation of DNA polymorphisms, haplotype diversity, and genetic variance metrics using DnaSP.
Database Querying: NCBI BLAST searches and sequence harvesting.
Ready Exports: High-quality formatting and rendering of trees and alignment files (.fasta, .meg, .nwk).
Tools I Use:
MEGA, BioEdit, and DnaSP
NCBI Databases & Web Tools
R / RStudio (for custom analytical plotting)
Please message me before placing an order so we can discuss your specific data formats and project objectives!
FAQ
What file formats do you accept for sequence alignment?
I accept standard molecular biology file formats, including FASTA, GenBank (.gb), MEGA (.meg), and phylip (.phy), as well as unformatted raw sequence texts.
Which phylogenetic tree methods can you perform in MEGA?
I can construct trees using Maximum Likelihood (ML), Neighbor-Joining (NJ), Minimum-Evolution (ME), and UPGMA methods, complete with custom bootstrap replication support.
Can you calculate haplotype diversity or polymorphic sites?
Using DnaSP, I can analyze population genetics data to determine the number of polymorphic sites, haplotype diversity (Hd), nucleotide diversity (\pi), and sequence variance.
