Master the future of molecular diagnostics with cutting-edge AI-driven tools, precision nucleic acid purification, and robust gene expression analysis — from raw biological sample to high-fidelity cDNA and quantitative validation.
The live webinar costs nothing — the course fee is ₹0. Choose from low-cost add-ons starting at ₹99 for certificate and recording, ₹299 for study-ready protocols and datasets, or ₹999 for an assay-design toolkit with expert review.
No charges to attend the live webinar.
Proof of participation, plus access to the session recording.
Everything you need to run and analyse the workflow at your own bench.
For anyone designing or troubleshooting an assay of their own.
Each tier includes everything in the one before it. Add-ons are optional — you can attend the full live webinar without paying anything. See what we cover ↓
Two hours that follow the bench workflow end to end — purification, reverse transcription, assay design and troubleshooting — with AI-assisted analysis layered onto each step.
Extraction chemistries for complex biological samples, integrity and purity checks, and the handling habits that protect RNA yield long before you reach the thermocycler.
Priming strategies, enzyme and buffer choices, and reaction conditions that maximise cDNA synthesis efficiency — including from limited or partially degraded input.
AI-assisted primer design and amplicon optimisation, reference-gene selection, standard curves and efficiency, and automated threshold analysis for reliable Cq values.
Primer dimers, amplification failures, late or absent Cq values and melt-curve anomalies — how to read the trace, find the cause, and prove the fix worked.
If you extract nucleic acids, run expression assays, or analyse the data that comes off them, this webinar is aimed at you. All levels welcome.
You run extractions and expression assays and want higher yield, cleaner amplification, and results that hold up on repeat.
You analyse the data but rarely see the bench steps that shape it — this connects Cq values back to the chemistry that produced them.
You want a dependable, reproducible protocol and a clear troubleshooting routine for when a plate does not behave.
You need gene-expression data a reviewer will trust — proper controls, sound reference genes, and defensible ΔΔCq analysis.
Issued by DrOmics on successful attendance of the live international webinar. Included from the ₹99 tier onwards — attending the session itself stays free.
DrOmics is a molecular diagnostics and bioinformatics lab first. The training exists because we kept meeting researchers stuck on data they couldn't analyze.
DrOmics was founded by a translational bioinformatician who earned her PhD at the International Centre for Genetic Engineering and Biotechnology (ICGEB) and worked as a senior bioinformatics scientist before starting the lab. She built DrOmics around a gap she saw repeatedly: capable life-science researchers sitting on sequencing data with no practical way to analyze it.
That’s the gap this webinar is designed to close. The session itself is run by the DrOmics molecular diagnostics and bioinformatics team.
“My RNA yields were all over the place. The purification section explained exactly which step was costing me material — my A260/280 has been consistent since.”
“The assay-design walkthrough was the best part. Reference-gene selection and the ΔΔCq maths finally clicked, and my expression data holds up between runs.”
“I used to guess at primer dimers. Reading the melt curve properly and knowing what a late Cq actually means has saved me weeks of repeat plates.”
Basic molecular biology knowledge and some familiarity with laboratory pipetting and PCR. That is enough to follow every module — the session is pitched at all levels, from students to working lab staff.
No. The AI-assisted parts — primer design, secondary structure prediction, automated threshold analysis — are demonstrated through tools you can use without writing code.
High-yield nucleic acid purification, reverse transcription optimisation for efficient cDNA synthesis, reproducible RT-qPCR assay design with AI-powered analytics, and troubleshooting primer dimers and amplification failures.
It is a live two-hour session built around demonstrations — real workflows, real amplification data, and worked examples of reading Cq values and melt curves — with live Q&A throughout.
A stable internet connection and the joining link we send after registration. No lab access or software installation is required to attend.
Yes — the live webinar is free to attend. Optional add-ons are available at ₹99, ₹299 and ₹999 for certificates, recordings, protocols and assay-design support.
A Certificate of Participation issued by DrOmics on successful attendance. It is included from the ₹99 tier onwards.
Join the free international webinar and follow the workflow end to end — high-yield purification, efficient cDNA synthesis, reproducible assay design, and the troubleshooting routine that turns a failed plate into a fixed one. Certificate, recording and study materials are optional add-ons.
