| Content | Brief description | Download | 
		
        
          | How-To text | How to operate the software | Web link | 
        
          | How-To video #1 | Walk through of basic operations | As
            .swf    as
            .mp4(Initial steps are for indirect launch; software below will load to PatternMaster itself)
 | 
        
          | How-To video #2 | Checking your hypothesis | As
                .swf  or  as .mp4 | 
        
          | Tips and tricks | Conveniences and hints for success | Video as .swf or as .mp4 | 
        
          | Teacher guide | Images and insights | Requires account | 
        
          | Rubric | Not currently part of the assignment as we deliver it | PatternMaster Rubric (2013) | 
    
    
         
        
        Patterns in nature: Examples
       Our inclusion of PatternMaster in curriculum sometimes surprises Bio students. Here are some examples where observing a pattern (or violating one) lead to a major scientific breakthrough
    
      
        
          | Content | Brief description | Web link | 
		
        
          | John Snow and Cholera | Plotting deaths on a map highlighted their relationship to a water pump... and the absence of a brewery | Article with map | 
        
          | the Periodic Table | There's nothing bigger in Chemistry, and it all came from patterns--in numbers and in properties | Discussion | 
          | Semmelweis and hand washing | Observations about midwife vs. physicians/med students indicated something was wrong with the latter | Storyline | 
          | Neptune | Predicted on the basis of unexplained perturbations of Uranus' orbit | Storyline | 
        
          | Helium | Missing bands in sunlight suggest an element not yet accounted for | Storyline | 
          | Theory of Evolution | Parallels between breeding successes in cattle, pigeons, crops and the natural world lead to Darwin's Big Idea | Storyline | 
          | Mendel's laws | non-random outcomes in pea traits provide the basis for suggesting there are heritable particles determining traits | Storyline | 
          | DNA structure | Repeated interactions amongst the constituents tells us how information is held, exchanged, shared | Chargaff's rules | 
    
          | Death of soldiers in wartime | Disease killed more than enemy soldiers |  | 
          | Sickle cell anemia and malaria | Why is it that sickle cell anemia is so COMMON... and why so common where malaria is rampant? |  |