Course Introduction

FSP 401: DNA Fingerprinting

  • Course Outline
  • Curriculum
  • FAQ
  • Case Studies
  • Reviews

November Batch 2024

Last Date to Register : 25th Nov 2024

The DNA Fingerprinting Online Course by SIFS India will equip you with DNA analysis skills to decode the identity secrets hidden within the strands of DNA.

You will learn how to identify individuals on the basis of their unique genetic profiles to assist legal bodies in solving cases related to criminal verification, paternity disputes, and genealogy research.

All the pre-recorded sessions are delivered by subject-matter experts.

Associate Degree Program comprises of three levels: Level 1 (certificate), Level 2 (diploma), and Level 3 (Post Graduate Diploma), and the entire curriculum is divided among these levels.

A few of the topics you will learn about are: history and fundamentals of DNA, types and structure of DNA and RNA, history of human genetics, types of genes, causes and types of mutations and heredity, population genetics, extraction of DNA, sources of DNA, DNA detection techniques, DNA fingerprinting result evaluation, quality control, and the significance and legal perspective of DNA fingerprinting.

So enroll now to become a proficient DNA fingerprint analyst, thereby making valuable contributions to the fields of law and medicine.

Course Benefits

Enrolling in this course will help you master the techniques for extracting and analyzing DNA, understanding genetic markers, and applying DNA fingerprinting in various contexts. With this expertise, you can look forward to various career opportunities, from working in forensic labs to assisting in legal bodies, helping in establishing identity, and resolving genetic mysteries.

Course Outcome

Upon successfully completing this course, you will gain expertise to analyze genetic profiles, understand genetic markers, and apply DNA fingerprinting techniques to solve complex cases. You will be well-versed in implementing DNA fingerprinting techniques within a legal framework and doing expert reporting.

Course Highlights

- Pre-recorded sessions with insights about DNA analysis equipment and software.

- Experienced instructors in solving DNA Fingerprinting and genetic analysis cases

- Industry-specific and comprehensive study material and reference books

- Community of DNA Fingerprinting experts and professionals

- Professional networking for better job prospects

Payment Details:

International Student : PayPal: forensicdocument@gmail.com

Account Details for National Student

Bank Name  - ICICI BANK
Acc. Name    - SIFS INDIA PVT. LTD.
Account No. - 663505500086
Type         - Current
IFSC Code    -   ICIC0000160
Address         - ICICI Bank, H-4, Model Town -III, New Delhi - 110009

  • Level I : DNA Fingerprinting

    MODULE 1 – CONCEPT AND FUNDAMENTALS OF DNA

    DNA fingerprinting is a laboratory technique to establish the identity of an individual and to create a link between the biological evidence and a suspect during criminal investigations. This module covers the concept of DNA, its historical perspective, the role it plays during criminal investigation, the structure of DNA and its packaging within cells, experiments of DNA and RNA confirming their status as genetic materials, including bacterial transformation and identifying the transforming principle, the Hershey and Chase experiment, the Meselson-Stahl experiment, and the use of DNA as an evidentiary tool.

    MODULE 2 – TYPES OF DNA AND RNA

    In this module, you will learn about the diverse facets of nucleic acids, which include DNA (deoxyribonucleic acid), a molecule that carries genetic or hereditary information, and RNA (ribonucleic acid), a molecule that controls protein synthesis. The module begins with the knowledge of types of DNA (B-DNA, A-DNA, and Z-DNA), the structure of RNA, and types of RNA, including messenger RNA (m-RNA), transfer RNA (t-RNA), and ribosomal RNA (r-RNA).

    MODULE 3 – HUMAN GENETICS

    This module covers the historical evolution of human genetics and the concept of genes, including gene structure and history, split genes, pseudo-genes, non-coding genes, overlapping genes, and multigene families. The module then explores the concept of Mendelian inheritance, the complexities of multiple alleles, the structure of the human genome and its vast diversity, and the fundamental role of mutations in heredity, focusing on their causes, types, and detection methods. You will also learn about human genetic variation, the molecular basis of heritable diseases, gene mapping, and the Human Genome Project.

    MODULE 4 – EXTRACTION AND EVOLUTION OF DNA 

    In this module, you will learn about DNA and the sources of DNA crucial in forensic investigations, including blood, semen, saliva, bones and teeth, hair, body tissues, nails, and vaginal secretions. The module also covers several DNA extraction methods, like organic (phenol-chloroform), non-organic (proteinase K and salting out), Chelex (ion exchange resin), FTA paper, silica-based (silica exchange resin-Qiagen), and Qia Amp extraction.

    The role of restriction enzymes is discussed, followed by qualitative and quantitative analysis techniques, including the slot-blot method (quantitative), yield-gel analysis (qualitative), and UV/visible spectrophotometer. You will gain insights about gel electrophoresis, Southern blotting, PCR analysis (for enhancing DNA quality), and essential precautions in these procedures.

    MODULE 5 – DNA FINGERPRINTING

    This module covers the concept of DNA fingerprinting, starting with an introduction followed by an insightful historical overview. The concept of polymorphism is highlighted, including both sequence polymorphism and length polymorphism, and various detection techniques are also explored, including HLA typing, RFLP analysis, PCR amplification, gender identification, AMP FLP, RAPD, Y-STR, and mitochondrial DNA analysis. The module concludes with insights about advanced DNA fingerprinting techniques for DNA analysis and the utilization of DNA chips.

  • Level II : DNA Fingerprinting

    MODULE 1 – CONCEPT AND FUNDAMENTALS OF DNA

    DNA fingerprinting is a laboratory technique to establish the identity of an individual and to create a link between the biological evidence and a suspect during criminal investigations. This module covers the concept of DNA, its historical perspective, the role it plays during criminal investigation, the structure of DNA and its packaging within cells, experiments of DNA and RNA confirming their status as genetic materials, including bacterial transformation and identifying the transforming principle, the Hershey and Chase experiment, the Meselson-Stahl experiment, and the use of DNA as an evidentiary tool.

    MODULE 2 – TYPES OF DNA AND RNA

    In this module, you will learn about the diverse facets of nucleic acids, which include DNA (deoxyribonucleic acid), a molecule that carries genetic or hereditary information, and RNA (ribonucleic acid), a molecule that controls protein synthesis. The module begins with the knowledge of types of DNA (B-DNA, A-DNA, and Z-DNA), the structure of RNA, and types of RNA, including messenger RNA (m-RNA), transfer RNA (t-RNA), and ribosomal RNA (r-RNA).

    MODULE 3 – HUMAN GENETICS

    This module covers the historical evolution of human genetics and the concept of genes, including gene structure and history, split genes, pseudo-genes, non-coding genes, overlapping genes, and multigene families. The module then explores the concept of Mendelian inheritance, the complexities of multiple alleles, the structure of the human genome and its vast diversity, and the fundamental role of mutations in heredity, focusing on their causes, types, and detection methods. You will also learn about human genetic variation, the molecular basis of heritable diseases, gene mapping, and the Human Genome Project.

    MODULE 4 – EXTRACTION AND EVOLUTION OF DNA

    In this module, you will learn about DNA and the sources of DNA crucial in forensic investigations, including blood, semen, saliva, bones and teeth, hair, body tissues, nails, and vaginal secretions. The module also covers several DNA extraction methods, like organic (phenol-chloroform), non-organic (proteinase K and salting out), Chelex (ion exchange resin), FTA paper, silica-based (silica exchange resin-Qiagen), and Qia Amp extraction.

    The role of restriction enzymes is discussed, followed by qualitative and quantitative analysis techniques, including the slot-blot method (quantitative), yield-gel analysis (qualitative), and UV/visible spectrophotometer. You will gain insights about gel electrophoresis, Southern blotting, PCR analysis (for enhancing DNA quality), and essential precautions in these procedures.

    MODULE 5 – DNA FINGERPRINTING

    This module covers the concept of DNA fingerprinting, starting with an introduction followed by an insightful historical overview. The concept of polymorphism is highlighted, including both sequence polymorphism and length polymorphism, and various detection techniques are also explored, including HLA typing, RFLP analysis, PCR amplification, gender identification, AMP FLP, RAPD, Y-STR, and mitochondrial DNA analysis. The module concludes with insights about advanced DNA fingerprinting techniques for DNA analysis and the utilization of DNA chips.

    MODULE 6 – EVALUATION OF RESULT CONTAMINATION OF DNA FINGERPRINTING

    This module covers a thorough exploration of DNA profile frequency calculation and interpretation and the process of determining allele frequencies. The module further discusses specific aspects of match probability, including CODIS (Combined DNA Index System), quality control measures, and the significance of certification and accreditation in ensuring the accuracy and reliability of DNA profiles within forensic contexts.

  • Level III : DNA Fingerprinting

    MODULE 1 - CONCEPT AND FUNDAMENTALS OF DNA

    DNA fingerprinting is a laboratory technique to establish the identity of an individual and to create a link between the biological evidence and a suspect during criminal investigations. This module covers the concept of DNA, its historical perspective, the role it plays during criminal investigation, the structure of DNA and its packaging within cells, experiments of DNA and RNA confirming their status as genetic materials, including bacterial transformation and identifying the transforming principle, the Hershey and Chase experiment, the Meselson-Stahl experiment, and the use of DNA as an evidentiary tool.

    MODULE 2 - TYPES OF DNA AND RNA

    In this module, you will learn about the diverse facets of nucleic acids, which include DNA (deoxyribonucleic acid), a molecule that carries genetic or hereditary information, and RNA (ribonucleic acid), a molecule that controls protein synthesis. The module begins with the knowledge of types of DNA (B-DNA, A-DNA, and Z-DNA), the structure of RNA, and types of RNA, including messenger RNA (m-RNA), transfer RNA (t-RNA), and ribosomal RNA (r-RNA).

    MODULE 3 - HUMAN GENETICS

    This module covers the historical evolution of human genetics and the concept of genes, including gene structure and history, split genes, pseudo-genes, non-coding genes, overlapping genes, and multigene families. The module then explores the concept of Mendelian inheritance, the complexities of multiple alleles, the structure of the human genome and its vast diversity, and the fundamental role of mutations in heredity, focusing on their causes, types, and detection methods. You will also learn about human genetic variation, the molecular basis of heritable diseases, gene mapping, and the Human Genome Project.

    MODULE 4 - POPULATION GENETICS

    This module introduces you to population genetics (the study of genetic variation within and among populations and the factors that lead to these variations), starting with the introduction and historical evolution of the field. It then dives into the Mendelian population, where the forces of genetic drift and the inbreeding coefficient play crucial roles in shaping genetic landscapes, the Hardy-Weinberg Principle (consistency in genetic variation in population from one generation to the next), and the examination of genetic load (the divergence in fitness levels between the average genotype in a population and a chosen reference genotype, which can be either the most superior genotype present in the population or an idealized, theoretically optimal genotype).

    MODULE 5 - EXTRACTION AND EVOLUTION OF DNA

    In this module, you will learn about DNA and the sources of DNA crucial in forensic investigations, including blood, semen, saliva, bones and teeth, hair, body tissues, nails, and vaginal secretions. The module also covers several DNA extraction methods, like organic (phenol-chloroform), non-organic (proteinase K and salting out), Chelex (ion exchange resin), FTA paper, silica-based (silica exchange resin-Qiagen), and Qia Amp extraction.

    The role of restriction enzymes is discussed, followed by qualitative and quantitative analysis techniques, including the slot-blot method (quantitative), yield-gel analysis (qualitative), and UV/visible spectrophotometer. You will gain insights about gel electrophoresis, Southern blotting, PCR analysis (for enhancing DNA quality), and essential precautions in these procedures.

    MODULE 6 - DNA FINGERPRINTING

    This module covers the concept of DNA fingerprinting, starting with an introduction followed by an insightful historical overview. The concept of polymorphism is highlighted, including both sequence polymorphism and length polymorphism, and various detection techniques are also explored, including HLA typing, RFLP analysis, PCR amplification, gender identification, AMP FLP, RAPD, Y-STR, and mitochondrial DNA analysis. The module concludes with insights about advanced DNA fingerprinting techniques for DNA analysis and the utilization of DNA chips.

    MODULE 7 - EVALUATION OF RESULT CONTAMINATION OF DNA FINGERPRINTING

    This module covers a thorough exploration of DNA profile frequency calculation and interpretation and the process of determining allele frequencies. The module further discusses specific aspects of match probability, including CODIS (Combined DNA Index System), quality control measures, and the significance of certification and accreditation in ensuring the accuracy and reliability of DNA profiles within forensic contexts.

    MODULE 8 - IMPORTANCE AND LEGAL PERSPECTIVES OF DNA FINGERPRINTING

    In this module, you will learn about the legal perspectives related to DNA fingerprinting within a forensic context and the applications of DNA fingerprinting, ranging from resolving disputed paternity cases, child swapping incidents, and establishing missing persons' identities to its roles in civil immigration, veterinary sciences, wildlife conservation, and agricultural cases.

    The module also covers procedural and ethical concerns, providing insights into the status and development of DNA profiling, the admissibility of DNA profiling as evidence, and the limitations of DNA fingerprinting methodologies.

  • What steps should I follow to enroll in this online course?

    To enroll, click on the “Register for Course” option available on the right side of the screen, followed by the provided instructions and payment procedure.

  • Can I pay directly to the bank account of SIFS India?

    Yes, you have the option to make a direct payment to the bank account of SIFS India;, all you have to do is write an email at education@sifs.in requesting the bank details. 

  • Which documents I have to upload at the time of enrollment?

    Academic Qualification Documents, Professional Qualification Certificates, and National ID Proof or Passport Copy are required at the time of enrollment.  

  • What if I am unable to upload my documents?

    Kindly send your necessary documents with proof of payment to admission@sifs.in.

  • How will I receive confirmation once I have completed the payment procedure?

    An Admission Confirmation email will be sent with your portal credentials once the proof of payment and application form with all the necessary documents are received at admission@sifs.in.

  • How do I login to the portal for my online course?

    To login, visit the portal at the given link: https://www.sifs.in/student and enter your login credentials, i.e., your username and password shared via email. 

  • What study material access will I have after logging into the portal?

    After logging into the portal, you will have access to reading material, reference eBooks, and e-research papers.

  • Will I receive any assignments during my course duration?

    Yes, all your assignments, projects, case studies and practice tests will be assigned to you through your portal as per the level you will be enrolled in.

  • What technical prerequisites are necessary for an online course?

    You can easily access our online course on mobile / tablet devices. We highly recommend that you use your desktop or laptop and a reliable internet connection for a better view.

  • Will there be any exams after completing the course?

    Yes, there will be an online exam after completing the course.

  • Will I receive any certificates after completing the online course?

    Yes, upon successful completion of the course, you will receive a certificate and marksheet, which can be a valuable addition to your resume and may enhance your career prospects in the field.

  • Where to contact in case of any queries or technical support?

    Write to us at admission@sifs.in, call: +91-1147074263, or WhatsApp: +91-7303913002.

Lynda Mann Murder Case Study

In 1983, Lynda Mann, a fifteen-year-old schoolgirl, was abducted in Narbourough, England. The day after the abduction, her dead body was found. She was raped and murdered.

In 1986, three years after this incident, another young woman, Dawn Ashworth, faced a similar fate.

From 1986 to 1988, a massive DNA-based manhunt was carried out to investigate this double rape-murder mystery. 

Richard Buckland, a local boy, was the prime suspect and was arrested. However, he confessed to only the second murder.

For the first time, a genetic fingerprinting technique using DNA analysis was used. DNA profiling of the victims was done. 

There was no match between Buckland's DNA and the killer’s DNA found in the victims’ samples. 

Hence, he was proved innocent and became the first suspect to be cleared of charges using DNA profiling. The reason behind his confession was pressure from the police.

This DNA test was performed on 5,500 men from the local area. 

Colin Pitchfork, who was the real killer, tried to fool the investigators by persuading his friend to test in his place. 

However, upon bragging about his achievements to fool the police, he was caught. The genetic profile of Pitchfork matched the semen samples of the killer from both girls. 

In 1988, he was sentenced to life imprisonment and became the first murderer to be convicted by DNA profiling.

Dhruv Shyam Vimal

5

It was really a great time to study VIRTUALLY because of immense effort, sheer dedication, strong determination and hard work of Dr Ranjeet Singh and his team in making this course informative. Would definitely recommend ANYONE INSIDE/OUTSIDE India to contact SIFS for Learning or seeking forensic expert service. Dr Ranjeet is really a good, intelligent, determined and strong-willed power person.

Dr Sisira S N

5

Am really thankful to SIFS for this wonderful online courses.. As a beginner it was really helpful for all of me.Thank you.

Anchal Kaluram Chahande

4

Thank u for a great course , a really enjoyable and informative course great presentation.

Ronnie Tamburike Mwaenga

5

This course was worth taking from the SIFS who have invested their all efforts into forming the content and helping in the evaluation of the student. Appreciable. 

Manisha Verma

4
Really helpful course with great material and commendable support from the instructors. 

 

Instructors

Dr. Ranjeet Kr Singh

Dr. Ranjeet Kr Singh

Managing Director
Mayank Kumar Dubey

Mayank Kumar Dubey

Assistant Professor

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Enquiries from Forensic Learners


The Forensic Biometric Analysis course has three levels, each more complex than the last. Level 1 lasts 3 months and covers basic concepts; a 12th grade education is required. Level 2 is a 6-month advanced course that includes topics from Level 1 and focuses on data interpretation and analysis. Level 3 covers material from both Levels 1 and 2, along with more specialized content. Students can enroll directly in Level 3 without completing the earlier levels if they meet the prerequisites. Level 3 requires a graduate degree. Graduates should contact us before enrolling to confirm if they need to begin at Level 1 or can directly join Level 3.

You can still take the DNA fingerprinting course even if you come from a non-science background. The course is designed to accommodate beginners, so no prior knowledge is required. It will introduce you to the fundamental concepts and techniques needed for understanding DNA fingerprinting, making it accessible for anyone interested in the subject.

The DNA fingerprinting course will cover topics such as DNA basics, fingerprinting techniques like PCR and gel electrophoresis, data analysis, and real-world applications. It includes case studies to illustrate forensic uses but does not offer any practical concepts or hands-on training. All content is delivered through pre-recorded sessions.

The course will be delivered online through pre-recorded sessions. This format allows you to learn at your own pace, accessing the materials whenever it suits you.

Yes, discounts are available if you enroll in more than one course. Additionally, scholarships may be offered for eligible students, and installment plans are often provided to help manage the course fees.

Besides the recorded lessons, you will receive additional study resources such as study guides, handouts, and reference articles. These materials will be available in digital downloadable format, with hard copies possibly provided upon request. You will have lifetime access to these resources for further study.

Your knowledge will be assessed through a combination of quizzes, assignments, and exams. These assessments are designed to evaluate your understanding of the course material and reinforce your learning. By completing these assessments, you can track your progress and identify areas where you may need additional focus or improvement, ensuring that you grasp the key concepts effectively.

Yes, support is available if you have questions during the course. You can reach out to instructors through email or phone provided for the course. Additionally, there may be dedicated forums or discussion boards where you can ask questions and interact with both instructors and fellow students for further assistance.

Upon successfully passing the exam, you will receive marksheet and certificate of completion. While direct job placement assistance in professional organizations is not provided, there will be networking opportunities through forums or community groups where you can connect with industry experts. Collaborating with these professionals can help you gain insights into the field and explore potential job openings.

After completing the course, you will have a foundational understanding of DNA fingerprinting techniques and concepts. This knowledge will prepare you for entry-level positions in the field. However, to work as a DNA fingerprinting expert or start your own lab service, gaining practical experience and pursuing additional certifications may be necessary to enhance your skills and credibility.

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