Drag-and-Drop for Grade 12 Biology

Non-Flash items require Internet Explorer browser. In these Drag-and-Drop games for Grade 12 Biology  you can move images (molecules, chemical symbols, etc.) with your mouse and place them in specific locations. To see whether your browser will work, hold down the left mouse button over the image on the right and see if you can drag it. Some of the games were created by students for class assignments so be sure to check those out.

Drag-and-Drop Tutorials:
Create a Drag-and-Drop Glycolysis Game in Flash MX: Part 1 (Video Tutorial)   Create a Drag-and-Drop Glycolysis Game in Flash MX: Part 2 (Video Tutorial)   Create a Drag-and-Drop Game in HTML/dHTML (Video Tutorial)   Drag-and-Drop Feedback Cycle Tutorial
Drag-and-Drop Full List:
	Drag-and-Drop Alcoholic Fermentation Build the reactions of ethanol fermentation.
	Drag-and-Drop Cool Molecules Build some of the coolest molecules around including methane, ethanol, and phosphate!
	Drag-and-Drop Cooler Molecules     It doesn't get much better than this! This drag-and-drop game will guide you in placing the atoms needed to build your molecules.
	Drag-and-Drop Glycolysis You are given all the molecules in Glycolysis including intermediates, ADP, ATP, NAD+, Pi (inorganic phosphate), etc. Drag each image into the correct position.
	Drag-and-Drop Glycolysis: Student Version 1 Student designed drag-and-drop game.
	Drag-and-Drop Glycolysis: Student Version 2 Student designed drag-and-drop game.
	Drag-and-Drop Glycolysis: Student Version 3 Student designed drag-and-drop game.
	Drag-and-Drop Kreb's Cycle Practice arranging the major molecules of Kreb's Cycle in their correct order.
	Drag-and-Drop Lactate Fermentation Build the reactions of lactate fermentation.
	Drag-and-Drop Matching: Endocrine System Drag the hormones onto the endocrine glands that produce them.
	Drag-and-Drop Molecules 1 You are given all the atoms and bonds needed to build a structural molecule of glycerol and a fatty acid.
	Drag-and-Drop Negative Feedback Cycle You are given all the components of a generalized negative feedback cycle (stimulus, efferent pathway, response, etc.). Drag each component into its proper position in the cycle.
	Drag-and-Drop Negative Feedback Cycle: Student Version 1   Student designed drag-and-drop game.
	Drag-and-Drop Negative Feedback Cycle: Student Version 2   Student designed drag-and-drop game.
	Drag-and-Drop Negative Feedback Cycle: Student Version 3   Student designed drag-and-drop game.
	Drag-and-Drop Negative Feedback Cycle: Student Version 4   Student designed drag-and-drop game.
	Drag-and-Drop Protein Synthesis   Drag the bases, amino acids, etc. into position to transcribe and translate the genetic code carried by DNA. For this activity you will need to know how to read a codon table.