Anatomy – Mesoderm Derivatives | Sample Video by DocTutorials V5 | Dr Rajesh Kaushal скачать в хорошем качестве

Anatomy – Mesoderm Derivatives | Sample Video by DocTutorials V5 | Dr Rajesh Kaushal

Understanding Mesoderm Derivatives is a non-negotiable for FMGE aspirants. From paraxial to lateral plate mesoderm, this topic is loaded with high-yield anatomical concepts that appear repeatedly in MCQs. In this DocTutorials V5 FMGE Anatomy lecture, Dr Rajesh Kaushal breaks it down with clarity, clinical relevance, and student-focused strategies that make retention effortless. What makes DocTutorials V5 different? We go beyond traditional lectures. With layered diagrams, dynamic clinical cases, and animated embryological sections, V5 helps you visualize, understand, and retain. Whether it’s spina bifida from open neural tube defects or limb bone origins, every concept is mapped directly to how you’ll be tested in NEET PG and FMGE. 🔍 Why Choose DocTutorials for FMGE Anatomy? 🔎 Clinical integration of embryology with real-life pathology (e.g., spina bifida, renal anomalies) 🎓 Structured recall cues: paraxial = somite = vertebra, ribs, muscles, dermis 🧠 V5 power: Visual-based learning + flash recall integration + chapterwise testing ✍️ Repeated exam buzzwords covered with contextual stories and layer-by-layer logic 📚 Embryology made simple with real-time labeled diagrams and 3D concept clarity 🧠 What You’ll Learn with Dr Rajesh Kaushal in This FMGE Video: Division of mesoderm into axial, paraxial, intermediate, and Side plate Paraxial mesoderm → somites → sclerotome, myotome, dermatome Intermediate mesoderm → kidneys, testes, ovaries, genital smooth muscles Lateral plate mesoderm split into dorsal somatic (limb bones, sternum) and ventral splanchnic (cardiac, smooth muscles) Celomic cavity derivatives → pericardium, pleura, peritoneum Neural tube defects and how vertebrae fail to form (spina bifida) Differentiating between visceral vs parietal layers development Exception alert Why detrusor muscle comes from intermediate mesoderm, not lateral plate 🧪 Long-Tail High-Yield Concepts Covered: How mesoderm forms limb bones and genital organs Derivatives of somites: vertebra, dermis, and skeletal muscle Clinical relevance of mesodermal defects: spina bifida, renal agenesis Which embryonic layer forms the parietal vs visceral serous linings Embryological source of cardiac, cadaverous, and genital smooth muscles 📲 Call to Action 💥 You’ve read this in books—but V5 lets you see it, relate it, and recall it under pressure. Download the DocTutorials App now to access full-length V5 Anatomy lectures, smart visual content, recall-tested MCQs, and mindmaps crafted for NEET PG and FMGE success. Whether you're stuck on dermatome derivatives or somite segmentation, this is your go-to solution. 📥 Play Store: https://zcu.io/3jPK 🍏 App Store: https://apple.co/2Zmm9jr 👉 Like this lecture? Hit 👍, comment your favorite MCQ trigger, and subscribe for more V5 drops from DocTutorials. 0:08 Intro to Mesoderm: Types and Overview 1:00 Axial Mesoderm → Notochord → Nucleus Pulposus 1:50 Paraxial Mesoderm → Somites: Sclerotome, Myotome, Dermatome 3:30 Vertebrae & Rib Development 5:00 Intermediate Mesoderm → GU Organs + Smooth Muscle 7:00 Lateral Plate Mesoderm → Celomic Cavity + Limb Bones 9:00 Visceral vs Parietal Layers Explained 11:00 Origin of Cardiac Muscle, Smooth Muscle (Exceptions!) 12:30 Upper Limb, Lower Limb Bones & Sternum Embryology 14:40 Clinical: Spina Bifida and Open Neural Tube Defect 18:00 Neural Tube vs Vertebra: Defect Mapping 20:00 Final Recap of Derivatives by Mesodermal Type 📲 Download the DocTutorials App & Watch Now! 🔗 Visit Plan Page: www.doctutorials.com/plans 📥 Play Store: https://zcu.io/3jPK 🍏 App Store: https://apple.co/2Zmm9jr #MesodermDerivatives #FMGEAnatomy #V5Anatomy #DrRajeshKaushal #DocTutorialsV5 #EmbryologyFMGE #SomiteDerivatives #SpinaBifida #LateralPlateMesoderm #IntermediateMesoderm #ParaxialMesoderm #GUDevelopment #FMGE2025 #MCQTriggersAnatomy #AppendicularSkeleton #CelomicCavityDerivatives #AnatomyRevisionFMGE #EmbryologyVisualLearning #V5 #Anatomy