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Modern Viral Diagnostics & Vaccine Technology|Genomic Tools
Rating: 3.8 out of 5(3 ratings)
4 students

Modern Viral Diagnostics & Vaccine Technology|Genomic Tools

A Comprehensive Guide to Genomic Insights, Detection Tools, and Next-Generation Vaccines
Created byMonica Sharma
Last updated 5/2025
English

What you'll learn

  • Diagnostic tools for Covid19/viral detection, CT imaging and Vaccine development and clinical trials and phases detailed knowledge, m-RNA vaccine of COVID 19
  • What are coronavirus
  • Classification of coronavirus and general feature
  • 7 Human corona virus
  • Source and origin of SARS COV2
  • six mutants forms of SARS CoV2
  • Symptoms of SARS Cov2 infection
  • Initial detection-CT Imaging
  • Laboratory Diagnosis-RT-PCR and Serodiagnosis Immunology
  • CRISPR BASED DIAGNOSIS technique
  • Immunology: SHERLOCK, INSPECTR, DETECTR, FELUDA, HybriDetect, AIOD-CRISP, STOPCovid test, PAC-MAN Techniques
  • internal controls and target genes in SHERLOCK technique
  • What is RPA, RT-LAMP vs RT-PCR
  • What is POCT
  • POCT Tests: Rapid test: smartphone based technology for SARS cov2 detection
  • Immunology : Vaccine development and clinical trials and phases in detail
  • Traditional and modern vaccines-Latest-mRNA vaccine of COVID19

Course content

7 sections • 30 lectures • 1h 43m total length

  • SARS CoV2 CORONAVIRUS and COVID19 :Introduction of course3:33
  • General Features and Route of infection: CORONAVIRUSES2:36
  • What are Seven Human coronavirus identified4:38
  • Source and origin of SARS-CoV21:38
  • SARS-CoV2 Genome Sequence and Structural proteins3:37

    Researchers identify the SARS-CoV-2 genome sequence from patient samples, noting similarity to earlier strains, and highlight the spike glycoprotein as the main vaccine target.

  • Six Mutants forms2:33

Requirements

  • No

Description

Modern Viral Diagnostics & Vaccine Technology is a comprehensive program designed to take you deep into the world of viral infections, diagnostic innovations, and next-generation vaccine development — all without overwhelming jargon.

Whether you're a student, healthcare professional, researcher, or simply curious about how modern science fights viral outbreaks, this course breaks down the journey from viral entry to vaccine response in a structured, easy-to-understand format.

You’ll explore:

Virology Essentials

  • General features and routes of infection

  • Origins and genome structure of novel viruses

  • Mutations and evolution of viral forms

Cutting-Edge Diagnostics

  • Traditional detection methods (CT-Scan, RT-PCR, Serodiagnosis)

  • Limitations of antibody tests vs RT-PCR

  • Advanced molecular techniques: CRISPR-based diagnostics, SHERLOCK, FELUDA, DETECTR, AIOD

Real-World Innovations

  • How biotech companies like Sherlock Biosciences & Mammoth Biosciences revolutionized detection

  • Novel emergency use techniques, POCT (Point-of-Care Testing), and paper strip tests

Vaccine Discovery and Development

  • Clinical trial phases and challenges

  • The rise of mRNA vaccine platforms

  • Modern vs traditional vaccine strategies

By the end of this course, you will:
Understand viral behavior and mutation
Master modern diagnostic tools and gene-based techniques
Gain clarity on CRISPR’s role in rapid detection
Explore real-time case studies of companies developing breakthrough diagnostic and vaccine tools
Be able to analyze and explain current innovations in virology and diagnostics with confidence

No complex tech or lab required — just your curiosity and love for bioscience.

Enroll now to stay at the forefront of diagnostic science and medical innovation.

Who this course is for:

  • All curious learners, Biology Students, Genetics students, Medical students, Biotechnology Students
  • All Learners

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