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				<title>5th Period Biology  (Clackamas Middle College)</title>
				<link>//www.clackamasmiddlecollege.org/apps/classes/1053394/assignments/</link>
				<description>
					Class Name: 5th Period Biology 
					Instructor(s):
					
						Hannah Andrews
					
					
				</description>
				<language>en-us</language>
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						<title><![CDATA[Due: 12/12/2023]]></title>
						<guid isPermaLink="false">//www.clackamasmiddlecollege.org/homeworkItem9555598</guid>
						<link>//www.clackamasmiddlecollege.org/apps/classes/1053394/assignments/</link>
						
						
						
						<pubDate>Fri, 08 Dec 2023 16:42:20 PST</pubDate>
					</item>
				
					
					<item>
						<title><![CDATA[Due: 12/12/2023]]></title>
						<guid isPermaLink="false">//www.clackamasmiddlecollege.org/homeworkItem9555600</guid>
						<link>//www.clackamasmiddlecollege.org/apps/classes/1053394/assignments/</link>
						
							<description><![CDATA[
								
									Will be worth 50 points (20% of your grade)<br>
								
								
								
							]]></description>
						
						
						
						<pubDate>Mon, 15 Apr 2024 06:57:05 PDT</pubDate>
					</item>
				
					
					<item>
						<title><![CDATA[Due: 12/10/2023]]></title>
						<guid isPermaLink="false">//www.clackamasmiddlecollege.org/homeworkItem9527314</guid>
						<link>//www.clackamasmiddlecollege.org/apps/classes/1053394/assignments/</link>
						
							<description><![CDATA[
								
									3-Dimensional DNA Model<br><br>Your assignment is to build a 3-D model of the DNA double helix. The model must accurately and clearly show the following:<br><br>Double helix structure<br>Sugar phosphate backbone<br>Nitrogenous bases are correctly bonding<br>A minimum of 6 base pairs<br>Note: You may use any material in your home, as long as it's appropriate for school and not from a pre-made DNA model kit. *Think outside the box!*<br><br><br>Grading: 25 points<br><br>Sugar phosphate backbone (4 pts)<br>Components in proper locations and relationship to other components (4 pts)<br>Components easily recognized or distinguished *provide a key if needed* (2 pts)<br>4 different components (type, color, etc) to represent the 4 bases *provided a key if needed* (4 pts)<br>At least 6 base pairs long (6 pts)<br>Double helix shape (2 pts)<br>3-D shape (1 pts) <br><br><br><br>Submission: Make your model and record a video of yourself explaining the structure, why you chose to make it out of what you did and how you made it. Be sure to explain the backbone, nitrogen bases, bonds, and base pairs.<br>
								
								
								
							]]></description>
						
						
						
						<pubDate>Mon, 27 Nov 2023 16:39:31 PST</pubDate>
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					<item>
						<title><![CDATA[Due: 12/09/2023]]></title>
						<guid isPermaLink="false">//www.clackamasmiddlecollege.org/homeworkItem9917358</guid>
						<link>//www.clackamasmiddlecollege.org/apps/classes/1053394/assignments/</link>
						
							<description><![CDATA[
								
									To turn this in, you need to do 2 things... <br>1. Upload a picture of the LEFT slide of your TS7 day 2 notes. I need to see the page where you have transcribed and translated. <br>2. Then use the TS7 day 2 mutation information and compare it to the wild type DNA to write your CER Prediction. Attach your google doc and submit.<br>
								
								
								
							]]></description>
						
						
						
						<pubDate>Mon, 15 Apr 2024 06:57:05 PDT</pubDate>
					</item>
				
					
					<item>
						<title><![CDATA[Due: 12/06/2023]]></title>
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						<pubDate>Mon, 15 Apr 2024 06:57:05 PDT</pubDate>
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					<item>
						<title><![CDATA[Due: 12/01/2023]]></title>
						<guid isPermaLink="false">//www.clackamasmiddlecollege.org/homeworkItem9532450</guid>
						<link>//www.clackamasmiddlecollege.org/apps/classes/1053394/assignments/</link>
						
							<description><![CDATA[
								
									Follow the instructions in your INB or this slide show. Show Mrs. Andrews your completed keychain for easy lab credit!<br>
								
								
								
							]]></description>
						
						
						
						<pubDate>Wed, 29 Nov 2023 16:41:52 PST</pubDate>
					</item>
				
					
					<item>
						<title><![CDATA[Due: 11/30/2023]]></title>
						<guid isPermaLink="false">//www.clackamasmiddlecollege.org/homeworkItem9917364</guid>
						<link>//www.clackamasmiddlecollege.org/apps/classes/1053394/assignments/</link>
						
							<description><![CDATA[
								
									TS5: Structure of Nucleic Acids<br>
								
								
								
							]]></description>
						
						
						
						<pubDate>Mon, 15 Apr 2024 06:57:05 PDT</pubDate>
					</item>
				
					
					<item>
						<title><![CDATA[Due: 11/18/2023]]></title>
						<guid isPermaLink="false">//www.clackamasmiddlecollege.org/homeworkItem9503436</guid>
						<link>//www.clackamasmiddlecollege.org/apps/classes/1053394/assignments/</link>
						
						
						
						<pubDate>Mon, 13 Nov 2023 16:39:45 PST</pubDate>
					</item>
				
					
					<item>
						<title><![CDATA[Due: 11/18/2023]]></title>
						<guid isPermaLink="false">//www.clackamasmiddlecollege.org/homeworkItem9503435</guid>
						<link>//www.clackamasmiddlecollege.org/apps/classes/1053394/assignments/</link>
						
						
						
						<pubDate>Mon, 13 Nov 2023 16:39:45 PST</pubDate>
					</item>
				
					
					<item>
						<title><![CDATA[Due: 11/09/2023]]></title>
						<guid isPermaLink="false">//www.clackamasmiddlecollege.org/homeworkItem9740600</guid>
						<link>//www.clackamasmiddlecollege.org/apps/classes/1053394/assignments/</link>
						
							<description><![CDATA[
								
									100% completed, due PRIOR to you taking the test.<br>
								
								
								
							]]></description>
						
						
						
						<pubDate>Wed, 06 Mar 2024 15:47:46 PST</pubDate>
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