'Amino acid methionine' presentation slideshows

BELLRINGER: 10-31-10

BELLRINGER: 10-31-10. Draw the following box and fill in the squares, THIRD box on the last bell-ringer page:. REPLICATION. TRANSCRIPTION. Where in the cell does this take place?. Where in the cell does this take place?.

372 views • 28 slides

BELLRINGER:

BELLRINGER:. Draw the following box and fill in the squares:. REPLICATION. TRANSCRIPTION. Where in the cell does this take place?. Where in the cell does this take place?. What is created in this process?. What is created in this process?. WHY does this take place?.

340 views • 26 slides

Section 10-3 Protein Synthesis (making proteins)

418 views • 24 slides

Translation

Translation. Chapter 10: DNA, RNA and Protein Synthesis. The Genetic Code. The Genetic Code is the term for the rules that relate how a sequence of nitrogenous bases in nucleotides corresponds to a particular amino acid.

193 views • 18 slides

Translation Translation

538 views • 16 slides

RNA

RNA. Ribonucleic Acid RNA uses the information encoded in DNA to make proteins. Structure of RNA. RNA is similar to DNA, but there are 3 major differences. RNA is single stranded, DNA is double Ribose is the sugar instead of Deoxyribose

367 views • 10 slides

Ch. 12 P rotein S ynthesis

269 views • 9 slides

Start and Stop Codons

Start and Stop Codons. How to recognize and use them. Start Codon. Signals when to begin decoding a segment of DNA or RNA. Codes for the amino acid Methionine. Is the sequence ATG (in DNA) or AUG (in RNA). Stop Codons. Signal for the end of a DNA or RNA sequence.

315 views • 3 slides