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Learn Lab Techniques
Video courses delivered by experts so you can master lab techniques. Watch, learn, and practice at your own pace with lifetime access.
IntermediateComing Soon3D Printing in Pharmaceutical Research: From Spritam to Patient-Tailored Medicines
Imagine a machine that builds a tablet layer by microscopic layer, the same way it would build a plastic toy, until it becomes a fully functional dose of medicine tailored to a single patient. This lecture takes you on a comprehensive journey through 3D printing in pharmacy, starting with its history and the 2015 approval of Spritam, the first 3D-printed medicine, then covering the four printer technologies most used in pharmaceutical research (FDM, SLA, SLS, and powder bed inkjet printing) and when to choose each, all the way to 4D printing and smart stimuli-responsive materials. It explores real applications from multi-layered tablets and microneedles to tissue bioprinting, with recent clinical examples such as 3D-printed hydrocortisone tablets for children, the polypill concept combining five drugs with different release profiles in a single tablet, and the role of artificial intelligence in formulation design. The lecture also gives an honest account of material, cost, and regulatory challenges, and the move toward point-of-care manufacturing, all grounded in the newest published literature. Suitable for pharmacy and pharmaceutical sciences students and researchers interested in the future of drug manufacturing.
IntermediateComing SoonQuality of Life Measures for Healthcare Practitioners: Measuring What Truly Matters to Patients
How do we know that a patient has truly improved? Laboratory results, muscle strength, and walking speed may all improve while the patient still struggles with fatigue, poor sleep, social withdrawal, and inability to return to work. This lecture offers a practical introduction to quality-of-life and patient-reported outcome measures, presenting four widely used instruments (WHOQOL-BREF, SF-36, EQ-5D-5L, and PROMIS) and the main reason for choosing each one. It also covers the five practical questions to ask before selecting a measure, the difference between generic and disease-specific instruments, and how to interpret scores through the lens of clinical significance and the Minimal Clinically Important Difference (MCID), with a full clinical application to a stroke rehabilitation case. Designed for healthcare practitioners who want to bring the patient's voice into clinical evaluation.
IntermediateComing SoonMyrrh–β-Cyclodextrin Inclusion Complex with Silver Nanoparticles: From Natural Product to Nano-Enhanced System
How do we transform a natural substance known for centuries into a new chemical system that can be studied and improved? This scientific episode explores the technique of inclusion complex formation, starting with what a complex is and how it forms, and its wide applications in pharmaceutical, food, cosmetic, and analytical fields, such as improving solubility and stability and masking unpleasant odors. It then walks through a practical experiment forming a complex between myrrh and β-cyclodextrin, confirming its formation using UV-Vis spectroscopy, and determining the 1:1 binding stoichiometry with the Benesi–Hildebrand method. The episode concludes by studying the system in the presence of silver nanoparticles, known for their antimicrobial properties, and examining how concentration and pH affect complex formation. An episode that brings together natural product chemistry, nanotechnology, and chemical analysis in a single research system.
Beginner Coming SoonHow to Identify Blood Groups: The ABO System and Rh Factor Step by Step
Why are some people called "universal donors" while others are "universal recipients"? This scientific episode takes you inside the world of the four blood groups A, B, AB, and O, explaining the scientific basis of their classification through the antigens found on the surface of red blood cells, and why distinguishing between them is a matter of life and death in blood transfusion. It also covers the laboratory tools and the practical steps of blood typing using antisera (Anti-A, Anti-B, and Anti-D) on a glass slide, and how to read the agglutination results to determine both the blood group and the Rh factor. Suitable for health sciences students and anyone interested in medical laboratory testing.
Beginner Coming SoonPlasma vs. Serum: Blood Components and How to Separate Them in the Lab
Have you ever wondered why plasma is requested for coagulation testing but serum for liver function tests? This scientific episode gives a clear introduction to the cellular and fluid components of blood, and explains the key difference between plasma and serum, the presence or absence of clotting factors such as fibrinogen, along with the clinical uses of each. It also walks through the laboratory tools and the step-by-step procedure for collecting, clotting, and centrifuging samples to separate the two fluids. Suitable for health sciences students and anyone interested in medical laboratory testing.
IntermediateComing SoonGene Knockdown Via siRNA In-Vitro
siRNA-mediated gene knockdown is a transient gene-silencing technique that reduces expression of a specific gene in cultured cells. Synthetic siRNA duplexes are delivered into cells using a lipid-based transfection reagent and loaded into the RISC complex, which recognizes and degrades complementary mRNA. The method is widely used to study gene function, disease mechanisms, and target validation in drug discovery.
IntermediateComing SoonRNA Extraction From Cultured Cells
RNA extraction is a liquid-phase separation technique used to isolate high-quality total RNA from cultured cells. Using TRIzol reagent, cellular components are lysed and separated into aqueous, interphase, and organic layers. RNA is then precipitated, washed, and dissolved for downstream molecular applications such as cDNA synthesis, RT-PCR, qPCR, RNA sequencing, and RNase protection assays.
IntermediateComing SoonMolecular Genetics Laboratory Techniques: PCR To Next-Generation Sequencing
A hands-on advanced course covering the core wet-lab and analytical workflows behind modern molecular genetics. Learners move through nucleic acid extraction and quality control, conventional and quantitative PCR, gel and capillary electrophoresis, Sanger sequencing, and the full next-generation sequencing pipeline — library preparation, target enrichment, sequencing chemistry, and variant calling. The course pairs technique theory with troubleshooting (contamination, primer-dimers, low yield, batch effects) and covers good laboratory practice, controls, and result validation. By the end, participants can select the right technique for a research or diagnostic question, run it correctly, and critically interpret the output.
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