Pedigree Analysis Mixed Examples | All Inheritance Types Practice | NEET & Class 12 | Neela Bakore

◀ PREVIOUS VIDEO (35/36): Pedigree Analysis – Haemophilia Example    • Pedigree Analysis Example Haemophilia | X-...   ▶ CURRENT VIDEO (36/36): Pedigree Analysis – Mixed Examples    • Pedigree Analysis Mixed Examples | All Inh...   ▶ NEXT VIDEO: This is the LAST video in the playlist. 🎉 You have completed Chapter 27 – Genetics! 🔗 Full Playlist:    • Playlist   ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ Ultimate pedigree practice — ALL inheritance patterns: Autosomal Dominant, Recessive, and X-linked solved. 📌 Topics Covered: • Mixed problems: Autosomal Dominant, Recessive, X-linked Recessive • Step-by-step solutions with genotype assignment • Quick method to determine inheritance type • Common NEET traps and NEET PYQ analysis • Quick-revision strategy before your exam ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ Transcript with Timestamp 0:00 Introduction — Interpreting given pedigrees (not plotting) 1:03 2 Golden Rules for interpreting any pedigree 1:15 Rule 1: Trait in ALL generations → likely DOMINANT 2:00 Rule 2: If father is affected and son is also affected → CANNOT be X-linked 3:37 Pedigree 1 conclusion: Autosomal Recessive 3:55 Cross-check using Thalassaemia (autosomal recessive) example 5:04 Genotype analysis of all individuals in Pedigree 1 7:10 Pedigree 1 confirms: autosomal recessive inheritance 8:05 Pedigree 2 — parents unaffected, 2 sons affected, daughter and son unaffected 8:28 daughter marries normal man → son and daughter also affected 8:46 Pedigree 2 Rule 1: not in all generations → NOT dominant 8:55 Pedigree 2 Rule 2: males AND females affected → NOT sex-linked 9:15 4 disease options: Haemophilia, Colour Blindness, PKU, Hypertrichosis 9:56 Only recessive autosomal disease in the list = Phenylketonuria (PKU) 10:36 Summary — 3 clues for pedigree interpretation ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ Complete Study Notes (11th and 12th) are available at: https://amzn.to/3K4Li7k Complete Study Notes for 12th are available at: https://amzn.to/3PRhWjm Complete Study Notes for 11th are available at: https://amzn.to/4uw1hBa The study notes for this unit Genetics & Evolution are available at https://amzn.to/2Sh27jW The study notes for other units: - Diversity in Living World - https://amzn.to/3r8qkyH Structural Organisation in Plants and Animals - https://amzn.to/3r2cxmZ Cell: Structure and Functions - https://amzn.to/2GPagcm Plant Physiology - http://amzn.to/2EZR5HS Human Physiology - http://amzn.to/2DA46ea Reproduction - https://amzn.to/2wu43eS Biotechnology - http://amzn.to/2EZyqf9 Biology in Human Welfare https://amzn.to/4dPRZd7 Ecology https://amzn.to/3RwuOvF ____________________________________________ For business inquiries: [email protected] ___________________________________________ #PedigreeAnalysis #PedigreePractice #NEETBiology #GeneticsClass12 #NeelaBakoreTutorials #NEETRevision

Pedigree Analysis Symbols & Conventions | How to Read Pedigree Chart | NEET Class 12 | Neela Bakore
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Pedigree Analysis Symbols & Conventions | How to Read Pedigree Chart | NEET Class 12 | Neela Bakore

Pedigree Analysis methods - dominant, recessive and x linked pedigree
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Pedigree Analysis methods - dominant, recessive and x linked pedigree

(AP Biology) Pedigree Tricks
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(AP Biology) Pedigree Tricks

Pedigree Analysis Example Skin Colour Inheritance | Solved Pedigree NEET Class 12 | Neela Bakore
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Pedigree Analysis Example Skin Colour Inheritance | Solved Pedigree NEET Class 12 | Neela Bakore

Incomplete Dominance | Snapdragon Flower 1:2:1 Ratio | NEET Genetics Class 12 | Neela Bakore
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Incomplete Dominance | Snapdragon Flower 1:2:1 Ratio | NEET Genetics Class 12 | Neela Bakore

Trisomy (21, 18, and 13) & Nondisjunction Genetics
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Trisomy (21, 18, and 13) & Nondisjunction Genetics

Laws of Mendel | Dominance Segregation Independent Assortment | NEET Biology Class 12 | Neela Bakore
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Laws of Mendel | Dominance Segregation Independent Assortment | NEET Biology Class 12 | Neela Bakore

Pedigree analysis | How to solve pedigree problems?
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Pedigree analysis | How to solve pedigree problems?

Pedigree interpretation made easy
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Pedigree interpretation made easy

Polygenic Inheritance | Skin Colour Height in Humans | NEET Class 12 | Neela Bakore
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Polygenic Inheritance | Skin Colour Height in Humans | NEET Class 12 | Neela Bakore

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Pedigree analysis | Tricks and tips

Pedigree Analysis Class 12 in 10 Minutes🎯 | NEET 2025 Class 12 Biology | By Tarun Sir
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Pedigree Analysis Class 12 in 10 Minutes🎯 | NEET 2025 Class 12 Biology | By Tarun Sir

Sex Determination in Humans Drosophila Grasshopper | XY XO ZW Types | NEET Class 12 | Neela Bakore
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Sex Determination in Humans Drosophila Grasshopper | XY XO ZW Types | NEET Class 12 | Neela Bakore

Pedigree analysis | autosomal dominant autosomal recessive vs x linked in Hindi
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Pedigree analysis | autosomal dominant autosomal recessive vs x linked in Hindi

Multiple Allelism & ABO Blood Groups | IA IB i Alleles | NEET Biology Class 12 | Neela Bakore
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Multiple Allelism & ABO Blood Groups | IA IB i Alleles | NEET Biology Class 12 | Neela Bakore

Pedigree Analysis (Hindi) | Autosomal dominant/ recessive | X linked dominant/ recessive |12 Biology
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Pedigree Analysis (Hindi) | Autosomal dominant/ recessive | X linked dominant/ recessive |12 Biology

Niederlande – Marokko Highlights | Sechzehntelfinale, FIFA WM 2026 | sportstudio
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Niederlande – Marokko Highlights | Sechzehntelfinale, FIFA WM 2026 | sportstudio

Tricks to Solve Pedigree Analysis | NEET 2025 | Seep Pahuja | Unacademy NEET
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Tricks to Solve Pedigree Analysis | NEET 2025 | Seep Pahuja | Unacademy NEET

n8n Tutorial – Zero to Hero Course
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n8n Tutorial – Zero to Hero Course

Linkage and Recombination | Morgan's experiment | Principle of inheritance & variation | Class 12
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Linkage and Recombination | Morgan's experiment | Principle of inheritance & variation | Class 12