Add to presentation: 

• status
• transfection data
• plasmid/part information
• cell culture done and planning to do 
• miRNA
  • add logic circuit diagram to miRNA classifier circuit 
  • remove cancer classifier circuit 
• pictures - who we are slide 
• progression of the disease: where does it start - where does it end up
• who we are before why are we working on alzheimer's 

Presenting: 

• not overselling - set the right expectations 
• not underselling 
• concise and to the point 
• intro statistic slide is not engaging 
• put in diagram showing pathways of the disease to emphasize the complexity of the disease 
• mentioning the process of generating the project - brainstorming 
• iap activities 
• many students in igem stay and work on independent projects 
• characteristics of alzheimer's: remove the bullets and enhance the graphics 
• cite images
• more fluid animation for BCell Receptor group 
• make a diagram like the cancer classifier circuit for the miRNA
• miRNA explanation should be smoother 

Rationale: why are we using synthetic biology to treat this problem: 

• Alzheimer's disease has a set of very well defined characteristics that we can use as inputs for our processing circuit 
• we are beginning to understand the molecular basis of the disease 
• emphasize the complexity of the disease

Treatment: 

• show cleavage of beta-amyloid oligomers on the diagram of beta-amyloid formation
• detection module not membrane bound (also not like tango system) - transcription factor - treatment REDO DIAGRAM

Conclusion:

this is where we are and this is where we are going 

• eg. we are beginning to manipulate mammalian cells and this is what we have (microscopy picture)