Lecture - 13 MOLECULAR BASIS OF INHERITANCE | By Dr Rajesh Sir

Описание: Biology / Biotechnology Lecture By Dr. Rajesh Tokriya, Lecturer, Department of Biotechnology, Govt. Holkar (Model) Autonomous Science College, Indore.

Welcome to this comprehensive Biology lecture on Molecular Basis of Inheritance, a high-weightage chapter of Class 12, prepared strictly according to NCERT.
This lecture is specially designed for NEET, Class 12 All Board Exams (CBSE, MP Board & Other State Boards) and all competitive exams after 12th Biology such as B.Sc. Entrance, Paramedical & Life Science Exams.
Semiconservative DNA replication,
Meselson and Stahl experiment,
Herbert Taylor experiment,
DNA replication,
Semi-conservative nature of replication,
DNA as genetic material,
Transformation, Griffith experiment,
Avery MacLeod and McCarty experiment,
Hershey and Chase experiment,
Transduction experiment,
Transcription,
RNA polymerase,
RNA synthesis from DNA,
Translation,
Protein synthesis,
Ribosome,
Reverse transcription,
RNA to DNA,
Reverse transcriptase.
📚 Why Watch This Video?
• Extremely important for NEET PYQs
• Explained in simple, exam-oriented language
• Clear concepts with NCERT line-based explanation
• Helpful for NEET, Class 12 Boards, & B.Sc. entrance exams
🎯 Useful For:
NEET, Class 12 All Board Exams (CBSE, MP Board & other State Boards) and all competitive exams after 12th Biology such as , B.Sc. Entrance, Paramedical & Life Science Exams.
NEET aspirants | Class 12 Biology students | Biotechnology & Life Science learners.

#semiconservativednareplication
#MeselsonAndStahlExperiment
#HerbertTaylorExperiment
#DNAAsGeneticMaterial
#Transformation
#GriffithExperiment
#AveryMacLeodMcCartyExperiment
#HersheyAndChaseExperiment
#PackagingOfDNA
#DNAHelixPackaging
#HistoneProteins
#LysineRichHistones
#ArginineRichHistones
#HistoneOctamer
#Nucleosome
#SolenoidModel
#Euchromatin
#Heterochromatin
#MolecularBasisOfInheritance
#NEETBiology
#GeneticsForNEET
#Class12Biology
#NCERTBiology
#NEETPreparation
#NEET2025
#ChargaffRule
#BaseRatio
#PhosphodiesterBond
#DNAStability
#Polynucleotide
#PolynucleotideFormation
#PolynucleotideChain
#JoiningOfPolynucleotide
#ComplementaryBasePairing
#DNAHelix
#DNADoubleHelix
#WatsonAndCrick
#WatsonCrickModel
#XRayCrystallography
#DNAStructure
#CentralDogmaOfMolecularBiology
#DNAReplication
#Transcription
#Translation
#ReverseTranscription
#ProkaryoticDNAReplication
#BidirectionalReplication
#SemiDiscontinuousReplication
#OriginOfReplication
#OriC
#InitiationOfReplication
#DnaAProtein
#Helicase
#DnaBHelicase
#SingleStrandBindingProteins
#SSBProteins
#Topoisomerase
#DNAGyrase
#Primase
#RNAPrimer
#ElongationOfReplication
#DNApolymeraseIII
#LeadingStrand
#LaggingStrand
#OkazakiFragments
#DNAPolymerase
#PrimerRemoval
#DNALigase
#PhosphodiesterBondFormation
#TerminationOfReplication
#TusProtein
#TerSequence
#ReplicationForkArrest