REVIEW SHEET FOR RNA AND PROTEIN SYNTHESIS
									
... Codon (including start and stop): Three sequential bases of mRNA (usually codes for an amino acid)- Start=AUGStop=UAA, UAG, UGA- 64 possibilities -Group of 3 nucleotides in mRNA that specifies an amino acid -Group that can be thought of as one of the words of the genetic message -The sequence of 3 n ...
                        	... Codon (including start and stop): Three sequential bases of mRNA (usually codes for an amino acid)- Start=AUGStop=UAA, UAG, UGA- 64 possibilities -Group of 3 nucleotides in mRNA that specifies an amino acid -Group that can be thought of as one of the words of the genetic message -The sequence of 3 n ...
									New Computational Tools Help Solve Puzzle of RNA Structure
									
... quarter-century ago, when Robin Gutell was finishing up his Ph.D. work in molecular biology, scientists searching for the secret of life were pretty much convinced that ribonucleic acid (RNA) was just a bit player in the workings of the cell. “At the time, it was felt that DNA and proteins were the ...
                        	... quarter-century ago, when Robin Gutell was finishing up his Ph.D. work in molecular biology, scientists searching for the secret of life were pretty much convinced that ribonucleic acid (RNA) was just a bit player in the workings of the cell. “At the time, it was felt that DNA and proteins were the ...
									1. Overview of Gene Expression Overview of Gene Expression Chapter 10B:
									
... hemoglobin protein (clump together in RBCs > sickle shape) ...
                        	... hemoglobin protein (clump together in RBCs > sickle shape) ...
									Model for transcriptional activation
									
... • Enhancers stimulate transcription while silencers inhibit transcription. Certain elements can act as silencers or enhancers depending on the trans-acting factors present. • Enhancers and silencers are position and orientationindependent. ...
                        	... • Enhancers stimulate transcription while silencers inhibit transcription. Certain elements can act as silencers or enhancers depending on the trans-acting factors present. • Enhancers and silencers are position and orientationindependent. ...
									Lecture 17 Protein synthesis pp101-110
									
... 10.8 The genetic code is the Rosetta stone of life – Characteristics of the genetic code – Triplet: Three nucleotides specify one amino acid – 61 codons correspond to amino acids – AUG codes for methionine and signals the start of transcription – 3 “stop” codons signal the end of translation ...
                        	... 10.8 The genetic code is the Rosetta stone of life – Characteristics of the genetic code – Triplet: Three nucleotides specify one amino acid – 61 codons correspond to amino acids – AUG codes for methionine and signals the start of transcription – 3 “stop” codons signal the end of translation ...
									PartThreeAnswers.doc
									
... One of the key signals for cleavage and 3' polyadenylation is the sequence AAUAAA. After RNA polymerase II has transcribed beyond this sequence, an endonuclease (uncharacterized at this time) cleaves the primary transcript at a position about 25 to 30 nucleotides 3' to the AAUAAA. Then the enzyme po ...
                        	... One of the key signals for cleavage and 3' polyadenylation is the sequence AAUAAA. After RNA polymerase II has transcribed beyond this sequence, an endonuclease (uncharacterized at this time) cleaves the primary transcript at a position about 25 to 30 nucleotides 3' to the AAUAAA. Then the enzyme po ...
									Microbial Genetics
									
... the enzyme "reverse transcriptase" to transcribe DNA from a RNA template. The viral DNA then integrates into the nucleus of the host cell. Then it is transcribed, and further translated into proteins. This biological process effectively adds another pathway to the central dogma of molecular biology. ...
                        	... the enzyme "reverse transcriptase" to transcribe DNA from a RNA template. The viral DNA then integrates into the nucleus of the host cell. Then it is transcribed, and further translated into proteins. This biological process effectively adds another pathway to the central dogma of molecular biology. ...
									Assignment 1
									
... This karyotype as represent trisomy for chromosome 21, which could occur due to nondisjunction during meiosis. Q8. Which one the following statements accurately explain the relationship between the parts of genetic materials discussed. A. Each DNA molecule contains many genes B. Each DNA molecule co ...
                        	... This karyotype as represent trisomy for chromosome 21, which could occur due to nondisjunction during meiosis. Q8. Which one the following statements accurately explain the relationship between the parts of genetic materials discussed. A. Each DNA molecule contains many genes B. Each DNA molecule co ...
									Document
									
... 7. What are the main features of repressor and corepressor? 8. Explain how the regulatory protein AraC can be both a repressor and an activator. 9. Why does attenuation not occur in eukaryotes? 10. List two mechanisms a bacterial cell uses to control the amount of mRNA present inside the cell. 11. W ...
                        	... 7. What are the main features of repressor and corepressor? 8. Explain how the regulatory protein AraC can be both a repressor and an activator. 9. Why does attenuation not occur in eukaryotes? 10. List two mechanisms a bacterial cell uses to control the amount of mRNA present inside the cell. 11. W ...
									TRANSLATION NOTES - Randolph High School
									
... Definition of Translation The decoding of mRNA’s message into a protein  Happens in the ribosome  Also known as Protein Synthesis, which is when proteins are made by stringing amino acids together to form long chains (20+ types of amino acids in humans) ...
                        	... Definition of Translation The decoding of mRNA’s message into a protein  Happens in the ribosome  Also known as Protein Synthesis, which is when proteins are made by stringing amino acids together to form long chains (20+ types of amino acids in humans) ...
									DNA YOUTUBE CLIPS
									
... Protein Synthesis Part 1: Transcription • Steps 1.Enzymes unwind and unzip DNA – Must be able to access the nitrogen bases – The order of nitrogen bases determines characteristics of organisms; this is where the genetic info is held! ...
                        	... Protein Synthesis Part 1: Transcription • Steps 1.Enzymes unwind and unzip DNA – Must be able to access the nitrogen bases – The order of nitrogen bases determines characteristics of organisms; this is where the genetic info is held! ...
									Microbiology (Notes)
									
... 8. Where do proteins function in a cell and why are they important? Proteins function in all parts of a cell and they act as enzymes (biological catalysts) of reactions within the cell. Proteins are also the major structural building blocks of cells. – Proteins in the cell membrane form channels and ...
                        	... 8. Where do proteins function in a cell and why are they important? Proteins function in all parts of a cell and they act as enzymes (biological catalysts) of reactions within the cell. Proteins are also the major structural building blocks of cells. – Proteins in the cell membrane form channels and ...
									Chapter 3
									
... DNA replication is described as semiconservative because purines pair only with pyrimidines. half of the old molecule is conserved in each new molecule. thymine is always used in order to conserve uracil in the nucleotide pool. deoxyribose sugar has less oxygen than ribose sugar. all new molecules o ...
                        	... DNA replication is described as semiconservative because purines pair only with pyrimidines. half of the old molecule is conserved in each new molecule. thymine is always used in order to conserve uracil in the nucleotide pool. deoxyribose sugar has less oxygen than ribose sugar. all new molecules o ...
									PowerPoint **
									
... -Size: 70~120 nt. • scaRNA -Full name: Small Cajal body-specific RNA -Size: ~120-300 nt ...
                        	... -Size: 70~120 nt. • scaRNA -Full name: Small Cajal body-specific RNA -Size: ~120-300 nt ...
									STUDY GUIDE for Dr. Mohnen`s part of Exam #3
									
... ATP→AMP for aa tRNA production (note: ppI → 2 Pi) GTP in elongation (EF-TU –GTP) GTP in translocation (EF-G-GTP) mRNA in eukaryotes is circular because of interactions between proteins that bind the 5’ cap and those that bind the poly A tail The following were not discussed in detail in class in 201 ...
                        	... ATP→AMP for aa tRNA production (note: ppI → 2 Pi) GTP in elongation (EF-TU –GTP) GTP in translocation (EF-G-GTP) mRNA in eukaryotes is circular because of interactions between proteins that bind the 5’ cap and those that bind the poly A tail The following were not discussed in detail in class in 201 ...
									Protein
									
... Messenger RNA (mRNA) – long strands of RNA nucleotides that are formed complementary to one strand of DNA. ...
                        	... Messenger RNA (mRNA) – long strands of RNA nucleotides that are formed complementary to one strand of DNA. ...
									No Slide Title
									
... transcription factors bind to them and determines start site of transcription • CAAT box (-80): highly conserved DNA sequence found within promoter of many genes; recognized by transcription factors • Enhancers can be upstream, within, or downstream of the gene; can modulate transcription from a dis ...
                        	... transcription factors bind to them and determines start site of transcription • CAAT box (-80): highly conserved DNA sequence found within promoter of many genes; recognized by transcription factors • Enhancers can be upstream, within, or downstream of the gene; can modulate transcription from a dis ...
									Molecular Biology Final Exam (Set A)
									
... basepairs wherever its sequence allows. Since this internal basepairing relies on self-complementary sequence, the way in which an RNA molecule folds is dependent on its nucleotide base sequence, and thus is different for every RNA. The implications of this are that RNA has a much wider range of thr ...
                        	... basepairs wherever its sequence allows. Since this internal basepairing relies on self-complementary sequence, the way in which an RNA molecule folds is dependent on its nucleotide base sequence, and thus is different for every RNA. The implications of this are that RNA has a much wider range of thr ...
RNA
                        Ribonucleic acid (RNA) is a polymeric molecule implicated in various biological roles in coding, decoding, regulation, and expression of genes. RNA and DNA are nucleic acids, and, along with proteins and carbohydrates, constitute the three major macromolecules essential for all known forms of life. Like DNA, RNA is assembled as a chain of nucleotides, but unlike DNA it is more often found in nature as a single-strand folded onto itself, rather than a paired double-strand. Cellular organisms use messenger RNA (mRNA) to convey genetic information (using the letters G, U, A, and C to denote the nitrogenous bases guanine, uracil, adenine, and cytosine) that directs synthesis of specific proteins. Many viruses encode their genetic information using an RNA genome.Some RNA molecules play an active role within cells by catalyzing biological reactions, controlling gene expression, or sensing and communicating responses to cellular signals. One of these active processes is protein synthesis, a universal function whereby mRNA molecules direct the assembly of proteins on ribosomes. This process uses transfer RNA (tRNA) molecules to deliver amino acids to the ribosome, where ribosomal RNA (rRNA) links amino acids together to form proteins.