Versions Compared

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.
Comment: Task marked complete

 

 

People to ContactEmailQuestionsContacted Yet?

Jacob Beal

jakebeal@bbn.com

Questions

Email sent
Had first meeting

Jeremy Gam

Jonathan Babb

jgam@mit.edu

jbabb@mit

QuestionsIn close contact
Jin Huh

jhuh@mit.edu

Questions
Email sent
Had first meeting

 

Long Term Goals

miRNA Profile

  •  Read literature
  •  Choose profile

Building the Cell Detector Circuit

  •  Build  Choose profile
  •  Verify sensors
  •  Create mathematical model
  •  Make test bed
    •  Controlled miRNA expression
    •  Constructed miRNA sensors

Mini experiments

    •  Single miRNA detector circuit

Experiments

    •  L7ae repression
    •  TAL14 repression
    •  TAL21 repression
    •  Single input sensors
    •  Multiple input sensors

Alzheimer's Model

  •  Agree on a team wide, full Alzheimer's model

Today's Agenda

Lab contacts

  •  Email our contacts
  •  Finalize list of questions for our contacts

miRNA

  •  Finish miRNA profile explanations
    •  Pathways it's involved in
    •  How up/down regulated is it? (T Test)
  •  Determine cell lines
    •  List of cells we have in lab
    •  Expression levels of each miRNA in profile in each cell line
  •   
  •  Break down sensor assembly plan (from Brian)
  •  Start drafting preliminary experiments

Presentation

  •  Create slides for next week's presentations

How To Please Ron/Brain

miRNA Sensors (Theory)

  •  Re-analyze all of our data in MATLAB (Gary)
  •  Learn how to acquire MATLAB from Brian
  •  Find natural concentrations of relevant miRNAs.

miRNA Sensors (Lab Work)

  •  Midi-prep hEF1a:rtTA and hEF1a: Gal4VP16 2A rtTA3
  •  Mini-prep MAV1212 hEF1A Tal14
  •  Digest and Map MAV1212 hEF1A Tal14
  •  Transform third LR trial if not verified
  •  Pick/Streak hEF1a: Gal4VP16 2A rtTA3

NOTES:

hEF1a: Gal4VP16 2A rtTA3 culture did not grow so