NEET 2025 Biology | Principles of Inheritance & Variation Part 2 | Mission 100 | DNA Learning

Welcome to another power-packed NEET 2025 Biology session conducted by Ilsahd Sir! This session is dedicated to Principles of Inheritance and Variation (Part 2)—one of the most critical and high-weightage topics in Genetics & Evolution. Understanding inheritance patterns is crucial for tackling genetics-based MCQs in NEET Biology. In this session, Ilsahd Sir will break down complex topics like Mendelian inheritance, sex-linked traits, pedigree analysis, mutations, and genetic disorders with simplified explanations and NEET-oriented problem-solving techniques. This session will help students master the fundamentals and excel in NEET 2025 Biology. Don’t miss out on this expert guidance! 📌 Key Topics Covered in This Class ✔ Mendelian Genetics & Laws of Inheritance ✔ Monohybrid & Dihybrid Cross – Punnett Square Explained ✔ Sex-Linked Inheritance – X & Y Chromosome Traits ✔ Pedigree Analysis – Dominant vs Recessive Traits ✔ Genetic Disorders – Autosomal & Sex-Linked Diseases ✔ Mutation & Its Role in Evolution ✔ Blood Group Inheritance & Multiple Alleles ✔ Polygenic Inheritance – Eye Color, Skin Color, Height ✔ Important NEET MCQs & Previous Year Questions (PYQs) 📌 Live Q&A Session: Get real-time doubt clearance from Ilsahd Sir! 🧬 Understanding Mendelian Genetics Gregor Mendel’s experiments with pea plants helped him establish three fundamental laws of inheritance: 1️⃣ Law of Dominance: Dominant alleles mask recessive alleles. 2️⃣ Law of Segregation: Each gamete carries only one allele per gene. 3️⃣ Law of Independent Assortment: Different traits are inherited separately. 📌 Example: A monohybrid cross between two heterozygous parents (Tt × Tt) results in a 3:1 phenotype ratio. 🔹 NEET Exam Tip: Expect direct questions on these laws. 🔬 Sex-Linked Inheritance in Humans ✔ Sex-linked traits are controlled by genes located on X or Y chromosomes. ✔ X-linked recessive disorders affect males more because they have only one X chromosome. 📌 Examples of X-Linked Disorders in NEET: ✔ Hemophilia – Affects blood clotting (X-linked recessive). ✔ Color Blindness – Affects red-green color perception (X-linked recessive). 📌 Exam Tip: Pedigree charts are frequently asked in NEET. Make sure to practice inheritance patterns. 📌 Why You Must Attend This Class with Ilsahd Sir? ✅ Simplified Learning: Complex topics will be explained in the easiest way. ✅ NEET-Focused Approach: Learn to solve Genetics-based MCQs accurately. ✅ Live Q&A Session: Get your doubts cleared instantly. ✅ Based on NCERT: Covering 100% syllabus & exam-relevant topics. 🚀 Join this live session & take your NEET 2025 preparation to the next level! NEET 2025, NEET Biology, Genetics, Inheritance, Mendelian Genetics, Variation, Heredity, DNA, Genes, Punnett Square, Mutation, Evolution, Genetic Disorders, NEET Study Plan, NEET Coaching, NEET Biology MCQs, Medical Entrance Exams, Polygenic Inheritance, Multiple Alleles, Pedigree Analysis, Chromosomal Theory, Sex-linked Inheritance, NCERT Biology, NEET Online Classes, Human Genetics, Biotechnology, NEET Biology Important Topics #neet2025 #neetbiology #genetics #mendeliangenetics #inheritance #dnalearning #genes #evolution #heredity #mutation #crackneet2025 #biologyforneet #neetpreparation2025 #medicalaspirants #neetcoaching #examtips #competitiveexams #studyhard #sciencelover #biotechnology #chromosomes #NEETMission100 #ilshadsir #neetmalayalam #neetexam