| Get Bonus Downloads Here.url | 204.8 B | ||
| ~Get Your Files Here ! | |||
| 1. Introduction.mp4 | 57.5 MB | ||
| 10. 10-Lesson 5 -The Isoform Dilemma — Which NM_ to Pick.mp4 | 67.3 MB | ||
| 11. 11-Lesson 6 Designing -Your First Primers with Primer-BLAST.mp4 | 184.5 MB | ||
| 12. -Decision-Tree-2-Primer-Quality-Evaluation-Benchside.pdf | 116.6 KB | ||
| 12. 12-Lesson 7- Evaluating the Primer.mp4 | 181.4 MB | ||
| 13. 13-How to save BLAST -primer report -and use AI to evaluate.mp4 | 123.2 MB | ||
| 14. -Decision-Tree-3-G-Secondary-Structure-Check-In-IDT-OligoAnalyzer.pdf | 118.9 KB | ||
| 14. 14-Lesson 8- (Validating with OligoAnalyzer).mp4 | 250 MB | ||
| 15. 15-Lesson 9- Strategic Redesign (Skipping the Trouble Zones).mp4 | 160.7 MB | ||
| 16. 16-Lesson 10 -How Reviewers Evaluate Gene Expression Studies.mp4 | 82.4 MB | ||
| 17. -Decision-Tree-5-Reviewer-Survival-Check.pdf | 105 KB | ||
| 17. 17-Lesson 11- How to Write a Reviewer-Proof qPCR Methods Section.mp4 | 174.7 MB | ||
| 2. -Decision-Tree-1-Primer-Design-Readiness-Checklist.pdf | 138 KB | ||
| 2. 2-Lesson 0- How Molecular Biology Experiments Are REALLY Designed.mp4 | 70.1 MB | ||
| 2. Designing-Primer-for-Ferroptosis-E.pdf | 19.2 MB | ||
| 3. -Decision-Tree-4-PCR-Failure-Troubleshooting.pdf | 220.8 KB | ||
| 3. 3-Lesson 0.5- Why Primers Fail in Real Laboratories.mp4 | 68.9 MB | ||
| 4. 4-Lesson 1- Why are the liver cells rusting away.mp4 | 32.7 MB | ||
| 5. 5-Lesson 2 -Meet the Ferroptosis Players (Our Research Targets).mp4 | 51.3 MB | ||
| 6. 6-Why do we use Hprt1.mp4 | 47.8 MB | ||
| 7. 7-The Ferroptosis Practice Database (Extended List).mp4 | 71.2 MB | ||
| 8. 8-Lesson 3- Hunting the Sequence (NCBI Discovery).mp4 | 108.1 MB | ||
| 9. 9-Lesson 4 -The Genomic vs. mRNA Trap.mp4 | 159.2 MB | ||
| Bonus Resources.txt | 102.4 B |
Research-Level Primer Design for Gene Expression Lesson
https://WebToolTip.com
Published 2/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 2h 30m | Size: 1.87 GB
Thinking Like a Researcher, Designing Like a Scientist
What you'll learn
Design qPCR experiments starting from a biological question, rather than from software tools.
Select pathway-relevant marker genes based on biological logic and literature evidence.
Design species-specific qPCR primers for non-commercial targets using NCBI reference transcripts.
Evaluate primer quality in silico using Primer-BLAST and OligoAnalyzer, including specificity, secondary structures, and thermodynamic stability.
Requirements
A basic background in biology or molecular biology, equivalent to graduate-level knowledge.
Prior exposure to gene expression concepts (e.g., mRNA, transcription, PCR/qPCR fundamentals).
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