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International Genomics Fellowship Internship

Helix Institute for Medical & Biological Sciences

The call for applications for the International Educational–Research Fellowship in Genomics (International Research Fellowship in Genomics – Portfolio & Credential Based) is announced by the Helix Institute for Medical & Biological Sciences – USA in collaboration with the Genomics Research Laboratory. This three-month program is designed to provide participants with a real educational and research experience, develop practical skills in the fields of genomics and bioinformatics, and generate professional outputs suitable for international resumes and academic portfolios.

Fellowship Program Overview

The Genomics Fellowship Internship is an intensive educational–research program in which participants actively engage in a real project-based environment. The primary focus of this program is the production of documented, project-oriented, and professionally presentable outputs that support international academic pathways, university applications, and professional research activities.

Duration and Mode of Participation

  • Program Duration: Three months
  • Activity Level: Part-time, approximately 50 hours per month
  • Participation Mode: On-site laboratory participation or Remote Participation

Fellowship Completion Certificate

Upon successful completion of the program, participants will receive an official Fellowship Certificate issued by the Helix Institute for Medical & Biological Sciences – USA. This certificate includes:

  • Participant identification and assigned role within the program
  • Program duration and documented activity hours
  • Field of specialization (Genomics / Bioinformatics / Protein Design)
  • A unique verification ID for online credential validation on the official Helix website

This certificate is suitable for professional resumes, academic applications, and international research and professional engagements.

Research Output and Portfolio Development

During the program, each participant will produce at least one practical and documented project, which may include:

  • Analysis of real Next-Generation Sequencing (NGS) data (WES or Targeted Panel)
  • A structured scientific report suitable for academic and professional portfolios
  • Optional publication of the project on GitHub or a personal research portfolio

Official Recommendation Letter

An official Recommendation Letter issued by the Helix Institute for Medical & Biological Sciences – USA will be granted only to participants who:

  • Maintain at least 80% effective participation throughout the program
  • Successfully complete and present the final project with acceptable scientific quality
  • Demonstrate professional responsibility and adherence to research ethics

The Recommendation Letter issued through this program is a formal professional academic document that can be presented to universities, research institutions, and international supervisors as evidence of research engagement and performance.

Program Advantages and International Positioning

This fellowship is designed based on the structure of international educational and research fellowship programs, allowing participants to gain experience aligned with global academic and research standards. Key advantages include:

  • Internationally verifiable professional credential
  • Documented real-world research project experience (Proof of Research Engagement)
  • A practical project suitable for inclusion in international portfolios and CVs
  • Access to an educational and research environment, scientific sessions, and interaction with a research team

Program Fee and Payment Terms

Participation in the International Genomics Fellowship Internship (upon acceptance) requires payment of program fees. The fee is collected on a monthly basis, with payment due at the beginning of each month. The program fee for the 2025–2026 academic cycle is 3200$.

Admission Requirements

Admission to the fellowship program is conducted exclusively through an interview process. Evaluations include review of academic background, research interest, foundational skills, and professional commitment. Following final approval and completion of the admission form, the program will commence according to the announced schedule.

Three-Month Fellowship Internship Curriculum

Month 1 | Foundations of Genomics and Bioinformatics – For On-site and Remote Fellowship Participants

Conceptual and fundamental introduction to medical genomics and bioinformatics infrastructure

  • Introduction to genomics and its role in modern and personalized medicine
  • Differences between Genetics, Genomics, Transcriptomics, and Epigenomics
  • Applications of genomics in inherited diseases, cancer, and pharmacogenomics
  • Gene structure: exon, intron, SNP, and CNV
  • Introduction to genomic data types and file formats (FASTA, FASTQ, BAM, VCF)
  • Overview of genomic databases (NCBI, Ensembl, UCSC, OMIM, ClinVar)
  • Practical exercise: searching and analyzing a disease-associated gene
  • Linux fundamentals for bioinformatics and working with the command-line terminal

Month 2 | Next-Generation Sequencing (NGS) Data Analysis – For On-site and Remote Fellowship Participants

Introduction to real genomic data analysis and standard bioinformatics pipelines

  • Introduction to Sanger sequencing and Next-Generation Sequencing (NGS) data analysis
  • Introduction to NGS data management platforms
  • Quality control of raw sequencing data (Quality Control – QC)
  • Data trimming and preprocessing
  • Sequence alignment to the reference genome
  • Variant calling and mutation detection
  • Variant annotation and interpretation of genetic variants
  • Introduction to ACMG guidelines for variant interpretation
  • Analysis of a real Whole Exome Sequencing (WES) or Targeted Panel dataset

Month 3 | Laboratory Genetics and Practical Research Project – For On-site Fellowship Participants

Hands-on experience in a genetics laboratory environment and integration of laboratory data with bioinformatics analysis

  • Introduction to sample collection and preparation of genetic specimens
  • DNA extraction and assessment of quality and quantity
  • Introduction to PCR and Real-Time PCR techniques
  • Agarose gel electrophoresis and contamination control principles
  • Understanding Pre-analytical, Analytical, and Post-analytical workflows
  • Principles of medical genetics reporting for clinicians
  • Ethical standards and confidentiality in genetic data handling
  • Completion of a final bioinformatics project and presentation of a scientific report

Month 3 | Protein and Peptide Design & Modeling – For Remote Fellowship Participants

Practical introduction to computational protein science and integration of molecular modeling with bioinformatics workflows

  • Introduction to fundamental concepts of proteins and peptides
  • Applications of protein and peptide design in molecular therapies and vaccine development
  • Primary structure of proteins (amino acid sequence)
  • Secondary structure elements (loops, alpha-helices, and beta-sheets)
  • Three-dimensional protein structure and molecular interactions
  • Quaternary protein structure and its functional significance
  • Introduction to Molecular Dynamics (MD) simulation methods
  • Protein and peptide design algorithms (e.g., Rosetta, Foldit)
  • Amino acid sequence analysis and generation of novel sequences (sequence alignment tools)
  • Design of therapeutic peptides and simulation of anti-cancer, antiviral, and antimicrobial peptides