'Anti codon' presentation slideshows

Chapter 6: Gene Expression - Translation

Chapter 6: Gene Expression - Translation Translation = conversion of a messenger RNA sequence into the amino acid sequence of a polypeptide (i.e., protein synthesis) Topics to be covered today: Peptide bond Amino acid biochemical properties Protein structure Genetic code

595 views • 46 slides

Chapter 6: Gene Expression - Translation

Chapter 6: Gene Expression - Translation Translation = conversion of a messenger RNA sequence into the amino acid sequence of a polypeptide (i.e., protein synthesis) Topics to be covered today: Peptide bond Amino acid biochemical properties Protein structure Genetic code

543 views • 46 slides

Chapter 6: Gene Expression - Translation

Chapter 6: Gene Expression - Translation Translation = conversion of a messenger RNA sequence into the amino acid sequence of a polypeptide (i.e., protein synthesis) Topics to be covered today: Peptide bond Amino acid biochemical properties Protein structure Genetic code Translation.

603 views • 45 slides

DNA Replication & Protein Synthesis Designed by Mr. Gaccione

DNA Replication & Protein Synthesis Designed by Mr. Gaccione. BioTech: DNA Review. The Size of DNA.

363 views • 36 slides

394 views • 31 slides

383 views • 31 slides

Topic 24 - Translation of mRNA to polypeptide

Topic 24 - Translation of mRNA to polypeptide - a 3 stage process to translate mRNA code to amino acids Recognition of mRNA & its start codon by ribosomes Reading the mRNA codons and translating this to amino acids: - transfer RNAs ( tRNA ) in conjunction with ribosomes

357 views • 25 slides

DNA PROCESSES

DNA PROCESSES. Replication, Transcription and Translation. Replication. Replication is the process in which chromosomes are copied. When cell division occurs, 2 new cells with exactly the same genetic information as the original cell is created.

363 views • 22 slides

3.5 DNA is used to make proteins

3.5 DNA is used to make proteins. Transcription and Translation. Phosphate. Phosphate. Ribose 5Carbon sugar. Deoxy-Ribose 5Carbon sugar. Nitrogen Base. Nitrogen Base. Compare the structure of RNA and DNA. Deoxy - Ribose Nucleic Acid. H. Ribose Nucleic Acid. H. Look! No Oxygen!. H.

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From DNA to Protein

307 views • 19 slides

FEATURES OF GENETIC CODE AND NON SENSE CODONS by mrs. Anita jain

FEATURES OF GENETIC CODE AND NON SENSE CODONS by mrs. Anita jain Pgt biology k.v. no.1 hindan

370 views • 17 slides

Translation

Amino Acid. Protein. tRNA. Translation. Nucleus. mRNA. Ribosome. ( rRNA ). AKA, Protein Synthesis. Definition of Translation. The process where ribosomes and RNA build proteins following the instructions from DNA RNA ? Proteins

184 views • 17 slides

PROTEIN SYNTHESIS

PROTEIN SYNTHESIS. PRESENTATION. Adenine Uracil Guanine Cytosine. There are two processes involved:. Transcription- Copying of DNA code to form mRNA. Translation- Conversion of RNA code into a sequence of amino acids. Transcription -RNA polymerase binds to double helix at promoter region.

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AP Biology

194 views • 11 slides

Chapter 17: From Gene to Protein

Chapter 17: From Gene to Protein. Objectives 1. To understand the central dogma To understand the process of transcription To understand the purpose and structure of RNA To understand the process of translation To understand the types of mutations that can occur.

105 views • 10 slides