'New amino acid' diaporamas de présentation

Protein Metabolism

Protein Metabolism. The genetic code Protein synthesis (translation) Protein targeting & degradation. What are needed for protein synthesis? >70 ribosomal proteins >20 enzymes to activate amino acid precursors >12 proteins/enzymes for the initiation, elongation & termination

2.38k views • 87 slides

Unit 7

Unit 7 The History, Structure, Function, and Applications of DNA The History of DNA It took a lot of different scientists a long time to figure out that DNA is the molecule controlling inheritance of genetic traits

1.09k views • 72 slides

Genetic Variation 1.9 NCEA Science

Genetic Variation 1.9 NCEA Science. Genes are the sources of inherited information.

885 views • 58 slides

Study and engineering of gene function: mutagenesis

Study and engineering of gene function: mutagenesis. Why mutagenize? Random mutagenesis, mutant selection schemes Site-directed mutagenesis, deletion mutagenesis Engineering of proteins Alterations in the genetic code. Course Packet: #30. Uses for mutagenesis.

1.11k views • 38 slides

Sources of Genetic Variation

428 views • 27 slides

Transcription & HIV/AIDS

395 views • 25 slides

Gene expression

Gene expression. Transcription and Translation. 1. Important Features: Eukaryotic cells. a. DNA contains genetic template for proteins. b. DNA is found in the nucleus c. Protein synthesis occurs in the cytoplasm - ribosome.

291 views • 20 slides

From DNA to Protein

259 views • 19 slides

Translation

Translation. or "Protein Assembly". DNA -> RNA -> amino acids -> Proteins. Prokaryotic cells do not contain a nucleus so both transcription and translation occur in the cytoplasm. Messenger RNA is converted to amino acids by ribosomes. Virtual cell: Translation. Key Players. mRNA.

298 views • 13 slides