Mohamad B.

? Expert Bioinformatics Freelancer: Unraveling Genetic Insights Greetings! I am a seasoned freelancer specializing in bioinformatics, offering advanced expertise in Next-Generation Sequencing (NGS) data analysis, Single Nucleotide Polymorphisms (SNPs) data analysis, Genome-Wide Association Studies (GWAS), and Enrichment Analysis. My proficiency in Python programming, R scripting, and Bash scripting empowers me to deliver comprehensive solutions to intricate challenges in these domains. ? Key Areas of Expertise: NGS Data Analysis: In the realm of NGS data analysis, I bring extensive experience in executing quality control, mapping, and variant calling. Beyond the basics, my capabilities extend to downstream analyses, including differential gene expression, functional annotation, and pathway analysis. SNPs Data Analysis: For SNPs data analysis, I excel in quality control, filtering, and statistical analyses, aiming to identify genetic variants linked to specific traits or diseases. My approach is thorough and precise, ensuring the extraction of meaningful insights. GWAS and Enrichment Analysis: In GWAS, my skill set encompasses quality control, association analysis, and result interpretation to pinpoint genetic variants tied to complex traits. Additionally, I conduct gene set enrichment analysis, identifying pathways over-represented among differentially expressed genes or SNPs linked to a trait. ? Attention to Detail and Commitment to Excellence: With a keen eye for detail and an unwavering commitment to delivering high-quality work, I am confident in my ability to assist you in achieving your project goals in these specialized bioinformatics areas. ? Let's Discuss Your Project: If you are seeking a dedicated and experienced bioinformatics professional, please don't hesitate to reach out. I am eager to discuss how my skills can contribute to the success of your project. Your genetic insights await! ? GitHub Portfolio: Explore my code repositories and previous bioinformatics projects on GitHub: GitHub - MBHZG2