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1928, Frederick Griffith, was one of the first experiments suggesting that bacteria are capable of transferring genetic information through a process known as transformation § 1944:Avery, MacLeod & McCarty - Strong evidence that DNA is genetic material § 1950:Chargaff - careful analysis of DNA from a wide variety of organisms. Content of A,T, C & G varied widely according to the organism, however: A=T and C=G (Chargaff’ Rule) § 1952, Alfred Hershey and Martha Chase confirmed that the genetic material of the bacteriophage, the virus which infects bacteria, is made up of DNA § 1953:Watson & Crick - structure of DNA (1962 Nobel Prize with M. Wilkens, 1962). | Macromolecules Nucleic acid and Protein. Brief History Nucleic acids Protein Brief History of Nucleic acids. 1928, Frederick Griffith, was one of the first experiments suggesting that bacteria are capable of transferring genetic information through a process known as transformation 1944:Avery, MacLeod & McCarty - Strong evidence that DNA is genetic material 1950:Chargaff - careful analysis of DNA from a wide variety of organisms. Content of A,T, C & G varied widely according to the organism, however: A=T and C=G (Chargaff’ Rule) 1952, Alfred Hershey and Martha Chase confirmed that the genetic material of the bacteriophage, the virus which infects bacteria, is made up of DNA 1953:Watson & Crick - structure of DNA (1962 Nobel Prize with M. Wilkens, 1962) Brief History 1.1 Griffith experiment 1.2 Hershey- Chase experiment Structure and function of nucleic acid 2.1 Chemical composition and characteristic of nucleic acid 2.2 Structure and function of DNA 2.3 Structure and function of RNA | Macromolecules Nucleic acid and Protein. Brief History Nucleic acids Protein Brief History of Nucleic acids. 1928, Frederick Griffith, was one of the first experiments suggesting that bacteria are capable of transferring genetic information through a process known as transformation 1944:Avery, MacLeod & McCarty - Strong evidence that DNA is genetic material 1950:Chargaff - careful analysis of DNA from a wide variety of organisms. Content of A,T, C & G varied widely according to the organism, however: A=T and C=G (Chargaff’ Rule) 1952, Alfred Hershey and Martha Chase confirmed that the genetic material of the bacteriophage, the virus which infects bacteria, is made up of DNA 1953:Watson & Crick - structure of DNA (1962 Nobel Prize with M. Wilkens, 1962) Brief History 1.1 Griffith experiment 1.2 Hershey- Chase experiment Structure and function of nucleic acid 2.1 Chemical composition and characteristic of nucleic acid 2.2 Structure and function of DNA 2.3 Structure and function of RNA Structure and function of protein 3.1 Definition. 3.2 Function 3.3 Element and Structure 3.4 Character 3.5 Synthesis Brief History 1.1 Griffith experiment 1.2 Hershey- Chase experiment Structure and function of nucleic acid 2.1 Chemical composition and characteristic of nucleic acid 2.2 Structure and function of DNA 2.3 Structure and function of RNA Structure and function of protein 3.1 Definition. 3.2 Function 3.3 Element and Structure 3.4 Character 3.5 Synthesis 1.1 Griffith experiment Established that DNA carries necessary information for bacterial transformation Brief History 1.1 Griffith experiment 1.2 Hershey- Chase experiment Structure and function of nucleic acid 2.1 Chemical composition and characteristic of nucleic acid 2.2 Structure and function of DNA 2.3 Structure and function of RNA Structure and function of protein 3.1 Definition. 3.2 Function 3.3 Element and Structure 3.4 Character 3.5 Synthesis 1.2 Hershey- Chase experiment Brief History 1.1 Griffith experiment 1.2 .
