RNA is a critical molecule in the function of the cell, particularly in the central dogma...
Homework Answers
role of RNA (Ribonucleic acid) in protein synthesis or translation
there are basically three types of RNA - mRNA tRNA, and rRNA.
mRNA - stands for messenger RNA. it carries the genetic information from DNA in the form of codon triplets (3 base codes).
tRNA - transfer RNA. it deciphers the code words in mRNA. its function is to carry the correct amino acid to the site of the protein synthesis.
rRNA - stands for ribosomal RNA. it ensures the proper alignment of messenger RNA, transfer RNA and ribosomes at the time of protein synthesis.
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RNA is a critical molecule in the function of the cell,
particularly in the central dogma...
Draw a Concept Map of the Central Dogma in order to summarize and connect the concepts....
Draw a Concept Map of the Central Dogma in order to summarize and connect the concepts. Write DNA- >RNA->protein in the center of your page. Add the essential terms (objects and processes) on the post class pages for replication, transcription and translation. Link (connect) these terms with very short active phrases. i.e. binds to, makes a copy of, are made of. These maps can get messy but the process of making map is more important than finished product. Your grade...
Question 4 (1 point) Which molecule in the central dogma can be compared to a disposable...
Question 4 (1 point) Which molecule in the central dogma can be compared to a disposable photocopy of a book kept on reserve in the library? ODNA O RNA OsnRNPS O protein Question 5 (1 point) The major difference between protein production in bacterial and eukaryotic cells is? O Bacteria do not have ribosomes, eukaryotes do O Bacteria do not produce mRNA, eukaryotes do Bacteria perform transcription but not translation, eukaryotes do both O Bacteria do not process mRNA, eukaryotes...
The Central Dogma states that DNA is _ into RNA, which is into proteins. If a...
The Central Dogma states that DNA is _ into RNA, which is into proteins. If a mutation occurs in a cell, it happens on the which could destroy the function of a
Part D Which of the following statements about the central dogma is correct? Drag "True" or...
Part D Which of the following statements about the central dogma is correct? Drag "True" or "False" to the end of each statement. Reset Help True The central dogma predicts that a change in a DNA sequence will result in a change in an RNA False sequence. Transcription is the process of using a single strand of DNA as a template to produce a complementary sequence of RNA. The central dogma predicts that mRNAs are transcribed into DNA. The arrows...
Please label the image to review recent changes made to the central dogma of biology. TRNA...
Please label the image to review recent changes made to
the central dogma of biology.
TRNA Proteins Transcription of • DNA Translation of RNA Ribosome (rRNA + protein) Several types of regulatory RNAs control transcription and translation mRNA Regulatory RNAS DNA RNA
DNA, RNA, nucleotides, plasmid, helicase, DNA polymerase, primase, RNA primer of DNA replication
Define termsDNA, RNA, nucleotides, plasmid, helicase, DNA polymerase, primase, RNA primer of DNA replication, mutation, gene, amino acid, polypeptide chain, protein, codon, promoter region of a gene, RNA polymerase, transcription, mRNA, tRNA, RNA, ribosomes, translation, gene expression, conjugation, conjugative pilus, transformation, transductionExplain concept or process• Describe how nucleotides are linked together to form a single strand of nucleic acid• Explain the concept of a complementary pairing • Describe how DNA replication occurs in bacteria • Explain why a primer is necessary for...
Regulation of Gene Expression in Eukaryotes In eukaryotes, the Central Dogma of Genetics can be expanded...
Regulation of Gene Expression in Eukaryotes In eukaryotes, the Central Dogma of Genetics can be expanded to include post-transcriptional processing and post-translational processing, thus the Dogma becomes: Replication - Transcription Post-transcriptional Processing -Translation - Post-translational Processing - Functional Protein - Expressed Trait. This is the flow of information from the genetic material to the actual physical, chemical or behavioral trait in an organism. Of course, some traits are controlled by multiple genes and some also have an environmental component. At...
The central dogma of molecular biology consists of which of the following steps? a) Ribosomes are...
The central dogma of molecular biology consists of which of the following steps? a) Ribosomes are involved in the translation process Ob) RNA is translated into proteins O c) All of the above d) DNA is transcribed into RNA e) The enzyme RNA polymerase is involved in transcription Ribosomes bind protein and synthesize RNA. O a) True b) False Question 9 (3 points) Lysosomes use_ enzymes to carry out_ in -- -- polymers. reactions that break bonds O a) acid...
The Central Dogma of Molecular Biology describes the flow of information in a cell. Briefly name...
The Central Dogma of Molecular Biology describes the flow of information in a cell. Briefly name and describe the two key processes that the cell performs in order to transmit and utilize genetic information. A full answer should specify the template and the end product of each process, and the location of each process inside a eukaryotic cell.
PART 2-1 point. What is the central dogma? DNA -2 Name the process: What catalyzes reaction?...
PART 2-1 point. What is the central dogma? DNA -2 Name the process: What catalyzes reaction? What sequence initiates it? What else binds this sequence? Occurs in what stage of cell cycle? Where does reaction occur? Template is read in what direction? New molecule is made in what direction? Replication
Draw a Concept Map of the Central Dogma in order to summarize and connect the concepts. Write DNA- >RNA->protein in the center of your page. Add the essential terms (objects and processes) on the post class pages for replication, transcription and translation. Link (connect) these terms with very short active phrases. i.e. binds to, makes a copy of, are made of. These maps can get messy but the process of making map is more important than finished product. Your grade...
Question 4 (1 point) Which molecule in the central dogma can be compared to a disposable photocopy of a book kept on reserve in the library? ODNA O RNA OsnRNPS O protein Question 5 (1 point) The major difference between protein production in bacterial and eukaryotic cells is? O Bacteria do not have ribosomes, eukaryotes do O Bacteria do not produce mRNA, eukaryotes do Bacteria perform transcription but not translation, eukaryotes do both O Bacteria do not process mRNA, eukaryotes...
The Central Dogma states that DNA is _ into RNA, which is into proteins. If a mutation occurs in a cell, it happens on the which could destroy the function of a
Part D Which of the following statements about the central dogma is correct? Drag "True" or "False" to the end of each statement. Reset Help True The central dogma predicts that a change in a DNA sequence will result in a change in an RNA False sequence. Transcription is the process of using a single strand of DNA as a template to produce a complementary sequence of RNA. The central dogma predicts that mRNAs are transcribed into DNA. The arrows...
Please label the image to review recent changes made to
the central dogma of biology.
TRNA Proteins Transcription of • DNA Translation of RNA Ribosome (rRNA + protein) Several types of regulatory RNAs control transcription and translation mRNA Regulatory RNAS DNA RNA
The central dogma of molecular biology consists of which of the following steps? a) Ribosomes are involved in the translation process Ob) RNA is translated into proteins O c) All of the above d) DNA is transcribed into RNA e) The enzyme RNA polymerase is involved in transcription Ribosomes bind protein and synthesize RNA. O a) True b) False Question 9 (3 points) Lysosomes use_ enzymes to carry out_ in -- -- polymers. reactions that break bonds O a) acid...
PART 2-1 point. What is the central dogma? DNA -2 Name the process: What catalyzes reaction? What sequence initiates it? What else binds this sequence? Occurs in what stage of cell cycle? Where does reaction occur? Template is read in what direction? New molecule is made in what direction? Replication
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