Shopping Cart
Your Cart is Empty
There was an error with PayPalClick here to try again
CelebrateThank you for your business!You should be receiving an order confirmation from Paypal shortly.Exit Shopping Cart

Ivanovic Lab      Brandeis University, Biochemistry Department

We have organized an educational series for children in grades K-5 (and their teachers!) by partnering with the Creative Connections Camp ( The camp meets three times a year, and a visit to our lab has been built into the regular curriculum. Our visitors experience first-hand how we do research, and learn about some of the exciting new science we are discovering. The topic of the most recent visit was: “Virus size matters in how sick we get!” The campers joined us for the following activities:

1) A pipetting activity where our visitors get to work with fluorescent colors, wear gloves and other protective equipment, and get to experience first-hand what working as a scientist in a lab is like. For this they earn a ‘Junior Pipetter Certificate’.

Erin is teaching our visitors how to pipette

Fluorescence is cool! Students are inspecting their fluorescent solutions under the black light.

Tijana is handing out the Junior Pipetter Certificates

2) The campers get a tour of different kinds of microscopes – dissecting microscopes, a phase-contrast microscope, a home-built total internal reflection fluorescence microscope, and an electron microscope. 

Dissecting microscopes

Viewing cells under the phase-contrast microscope. Students describe and draw what they see. So many creative ideas!

A practical application of ‘Lego-building skills’ at a high level - home-built Total Internal Reflection Fluorescence Microscope

Students view a movie recording taken on that very microscope showing fluorescent virus particles fusing with membranes.

Electron microscope. This is where students actually see what we mean by virus particles come in different shapes and sizes.

Students receive coloring pages assembled from electron-microscope images of virus particles.

How big is a virus? Scaling down from an electron-microscope  image of  virus particles that were magnified 100,000 times!