Cry ally bahahahha5700 Cry ally bahahahha5700 Cry ally bahahahha5700 Cry ally bahahahha5700 Cry ally bahahahha5700 Cry ally bahahahha5700 Cry ally bahahahha5700 ghhhhshdhdjdhndbdbdbfbdjfjhfnfnfnfnffnfnfnnfnffnfndTuesday - September 30 - Today you will have two assignments...lucky you! but...if you are in class...you'll have your lightbulb setup by the time you leave...or mostly so...so that's good!
Setup your lightbulb for this unit. For this you will need to do the following...
Title the Pages 14 and 15 DECODING THE CODE in graphic lettering.
Draw a central icon in the middle of the page. Often we use a lightbulb (of course!) but you should feel free to think of other images that might be relate to the central theme of DNA and proteins.
Write the four stem questions around the central icon. Make this a little bolder/graphical than the usual writing you'll do. Remember one for each quarter of the page. These questions are:
How are DNA/RNA like a secret code?
How do we make copies of the code?
Into what and how is the code translated into a message?
What do we do with the message?
Due Thursday, October 2
Title page 19 in your notebook DNA and Hot Pockets (part 1).
For this assignment you'll be watching PART (not all...) of the CrashCourse video DNA, Hot Pockets and the Longest Word Ever. Observe the following as you do this:
You will watch from 0:00 to 5:35
Watch the video clip BEFORE you begin to take notes. This will give you an idea of how you might proceed with your notes. Pay special attention to what graphics you might like to add.
Due Thursday, October 2
NOTICE - Test this Friday! The test on Friday September 26 will cover:
The concepts of properties of water, amino acids, proteins, nucleic acids, DNA and RNA.
The details of these are in pages 6-7 and 10-18 in your spiral notebook.
The test will not cover Carbohydrates or Lipids.
Make sure you know the cutout amino acid structures we created.
Thursday, September 25 - Title page 18 in your notebook Different...But the Same
For this assignment you'll design a Venn Diagram that compares and contrasts DNA and RNA...two forms of nucleic acids. Keep the following in mind as you do so.
Consider differences in structure (and drawing these differences)
What jobs (functions) do they do? Which are different and which are the same?
Where are they found?
Remember to keep it neat and organized...use a ruler when you make straight lines!
Due Friday, September 26
Tuesday, September 23 - Title page 17 in your notebook RNA
For this assignment you'll create a set of notes from 3 SOURCES. You'll need to pack a lot onto your page...so write tight. Do the sources in the order as it follows:
DNA Structure and Replication video. From 5:35 to 6:21
Take notes from chapter 12-3 from the textbook. You will take notes only from the intro paragraph and the sections titled The Structure of RNA, and Types of RNA. These are on pages 300-301. Make sure to include figure 12-12. Keep it small and straightforward. You'll need the space later!
NovaLabs: The RNA Enigma. There are a series of videos on this page...just watch the one with this title. This video shows that far from being just a passive player in cells...RNA does some pretty crazy stuff. In fact...it seems clear...that RNA came before DNA! wild...
Due Thursday, September 25
Monday, September 22 - Title page 16 in your notebook DNA
Notice...this assignment goes on PAGE 16...NOT...page 14...you'll use 14 - 15 for the next lightbulb page...we'll start that in class.
For this assignment you'll create a set of graphic notes from a portion of the video DNA Structure and Replication. Observe the following as you do this...
You will take notes from 0:00 to 5:35. This covers DNA. The material after this goes over RNA...and some other material that we aren't quite ready to run yet. So stop here.
Remember to do a nice job putting diagrams in. The written information should pivot off of
“Proteins are polymers of amino acid covalently linked through peptide bonds into a chain. Within and outside cells, proteins serve a myriad of functions, including structural roles (cytoskeleton), as catalysts (enzymes), transporter to ferry ions and molecules across membranes, and hormones.” (http://www.vivo.colostate.edu/hbooks/genetics/biotech/basics/prostruct.html) Proteins are polymers of amino acids joined together by peptide bonds. There are 20 different amino acids that make up essentially…
synapses in the reward pathway of the central nervous system BiolSci 210‐B | 1/28/13 | 2 Cocaine is of amino our bodies by hydrolysis Proteins are chains degraded inacids Hydrolysis of cocaine yields two biologically inactive products +H2O BiolSci 210‐B | 1/28/13 | 3 (Bio)chemical reactions progress through transition states (TS) Proteins are chains of amino acids BiolSci 210‐B | 1/28/13 | 4 Transition chains of amino acids Proteins are states are often different from reactant and products How is cocaine different from its…
of Your answer : a. moles. Correct answer: b. molecules. 08/19/13 page 1 Experiment Results Predict Question: Predict Question 1: The molecular weight of urea is 60.07. Do you think urea will diffuse through the 20 MWCO membrane? Your answer : c. No, not at all. Predict Question 2: Recall that glucose is a monosaccharide, albumin is a protein with 607 amino acids, and the average molecular weight of a single amino acid is 135 g/mole. Which of the following will be able to diffuse through…
hydrophiic, polar, nonpolar, can ionized, etc.) 4) HCl is a strong acid. What distinguishes a strong acid from a weak one? Describe the pH scale. What would be the pH of a 0.1 M solution of HCl? What would be the concentration of OH- in this solution? Strong acids completely dissociate to their ionic form in water (e.g. H+ and Cl- ions). Weak acids partially dissociate, and the binding and release of H+ ions is reversible (Carbonic acids was used as a example in class). pH scale compresses the range…
1.A. Original model of an essential amino acid Phenylalanine. This shows the atoms and bonds in both the backbone and the side chain. B. Original diagram of the different levels of protein structure (i.e., primary, secondary, tertiary, and quaternary). C. An original diagram, that demonstrates how a peptide bond is made through dehydration, using a complete chemical equation. Citation: Hudon-MIller…
000 times lower [H+] than the gastric juice. a million times lower [H+] than the gastric juice. 4. The chirality of an amino acid results from the fact that its α carbon: A) B) C) D) E) has no net charge. is a carboxylic acid. is bonded to four different chemical groups. is in the L absolute configuration in naturally occurring proteins. is symmetric. 5. Two amino acids paired below both contain hydroxyl groups. They are: A) B) C) D) E) cysteine and serine. cysteine and threonine. methionine…
oxidized molecule as a catalyst Amino acid synthesis, the synthesis of an amino acid from its constituents Peptide synthesis, the biochemical synthesis of peptides using amino acids Protein biosynthesis, the multi-step biochemical synthesis of proteins (long peptides) DNA synthesis, several biochemical processes for making DNA DNA replication, DNA biosynthesis in vivo Synthesis (cell cycle) RNA synthesis, the synthesis of RNA from nucleic acids, using another nucleic acid chain as a template ATP synthesis…
Determination of Aspartate Amino-transferase activity in Human plasma. Introduction: Humans require about half of the amino acids in their diet for growth and maintenance of normal nitrogen balance. Essential amino acids such as Arginine and Histidine are provided in the diet to meet an individual’s metabolic needs whereas the non-essential amino acids like Alanine, Glutamate and Aspartate are not obtained in the diet but are synthesized in adequate amounts within the body (Marshall & Bangert…
COVER PAGE GROUP NUMBER_____W6_____ PROJEC TITLE Determining the Effect of Nonpolar Side Chain Length on HC of Amino Acids DATE SUBMITTED__May 11, 2000__ ROLE ASSIGNMENTS ROLE GROUP MEMBER FACILITATOR………………………..PRASHANTH JAYARAM TIME & TASK KEEPER………………CHUNGPENG SHEN SCRIBE………………………………..TONY YEUNG PRESENTER………………………….GREG MILLER SUMMARY OF PROJECT CONCLUSIONS The relationship between nonpolar side chain length of amino acids…
WGU GRT 1 Task 2 Melissa Robinson March 21, 2015 A1. Threonine is an essential amino acid that is classified as slightly polar due to its hydroxyl group and the ability to easily donate a hydrogen atom. This as well makes it hydrophilic and often will saturate the outer region of a water soluble protein. They hydroxyl side chain can undergo glycosylation by adding saccharides and phosphorylation by adding phosphate through the actions of threonine kinase (New World Encyclopedia, 2015). B.…