Que: the annotations must follow the colour rule:
DNA: Black
RNA: Red
protein and amino acid : Green
complex structure with some DNA, RNA or protein : Blue
color | color | color | |||
DNA | Black | DNA pol II | Blue | stop codon | Green |
RNA | Red | RNA polymerase | Red | 5' UTR | Red |
peptide | Green | Helicase | Black | 3' UTR | Red |
leading strand | Blue | Topoisomeras | Black | CDS | Black |
lagging strand | Blue | Ligase | Black | RBS | Blue |
coding strand | Black | primer | Black | Ribosome SSU | Red |
template strand | Red | 10/-35 box | Blue | Ribosome LSU | Green |
5'-3' end | Black | transcription start | Black | AA t RNA | Red |
N - C terminal | Green | transcription stop | Red | APE site | Green |
DNA pol I | Blue | start codon | Green | okazaki fregment | Blue |
indicate for each one what color it should be according to the instructions please The annotation...
please complete and label the diagram on the second page with the terms from the first page! (does not have to be color coded) Bil370 - Assignment #2 - Spring 2020: Replication Transcription - Translation Due t o the Name /30pts Instruction 1 Print this documents the only 2. Fill the table below with the appropriate color see coloring rule) Sotsi 3. Complete and annotate the drawing in attachment see page 2). Make sure all these terms are presentin your...
Exam Practice Questions: L09-11 1. Fill in each blank with the best word or phrase selected from the list below. Not all words or phrases will be used; each word or phrase should be used only once. promoter translation pause site RBS sigma factor tmRNA RNA polymerase stop codon transcription Rho factor ribosome start codon DNA polymerase attenuation tRNA The first step in gene expression is by to make an mRNA that encodes for one or more proteins. This requires...
where does transcription begin 3. List the major types of RNA and include what they code for, their function in the cell and which type is translated. 4. If a bacterial protein has 2,500 amino acids long, how many nucleotide pairs long is the ger sequence that codes for it? 5. Where does transcription begin? 6. What is the template and nontemplate strands of DNA? 7. Why is only one strand transcribed, and is the same strand of DNA always...
DNA DNA Replication: ONA Because DNA Is the ge m Tumes and heart e ine in process called DNA curs in the nucleus of s acest FS Parent strand Parent strand Newly replicated DNA Newly replicated DNA- SA0 Daughter DNA molecule Daughter DNA molecule Figure 8.2: Overview of DNA replication and illustration of complementary base pairing. DNA must replicate before cell division so that each new daughter cell receives an exact copy of the parent DNA. 1. Replication begins when...
What are the three functional groups that comprise a nucleotide? What do nucleotides have in common with amino acids or simple sugars? When the structure of DNA was first elucidated, many biologists quickly saw how this structure explained the passage of information from one generation to another. How does the structure of DNA explain generation-to-generation flow of information? In other words, give a brief description of the structure of DNA and tell how this structure allows for replication. Which of...
Experiment 1 - Coding ab 13DNA and RNA xperiment 1: Coding In this experiment, you will model the effects of mutations on the genetic code. Some mutations cause no structural or functional change to proteins while others can have devastating affects on an organism. Materials Red Beads Yellow Beads Blue Beads Green Beads Procedure: 1. Using the red, blue, yellow and green beads, devise and lay out a three color code for each of the following letters (codon). For example...
Please answer all questions. Oftentimes, unsaturated fatty acids are found in a fluid state at room temperature (e.g., olive oil). This is because unsaturated fatty acids contain a large number of ___________________. a. Hydrogen bonds b. Carbon-Carbon single bonds c. Carbon-Carbon double bonds d. Sulfide bonds e. Radioactive bonds Which of the following stages of aerobic cellular respiration generates the most ATP? a. Glycolysis b. Pyruvate breakdown c. Citric Acid Cycle (aka. Krebs Cycle) d. Oxidative phosphorylation e. Calvin Cycle...