The Gene Team aimes to engage students in current research in Biological Sciences and provide college preparatory mentoring. Our goal is to increase participation in biological research from groups that are historically underrepresented in science, technology, engineering, and math.
Gene Team Summer Program: Gene Team-at-Home
Due to the COVID-19 pandemic, we will not be hosting Gene Team in person this year. However, we are pleased to offer "Gene Team-at-Home"!
Are you interested in studying biology in college?
If so, the Gene Team high school to college (H2C) program at Pitt would love to hear from you! We are looking for a group of scientific-minded high school students who want to learn more about Biology while collecting data from home!
No prior lab experience is necessary. Pitt’s Biology Outreach team will provide you with all necessary safety training, scientific background, and instruction and you will work in a team with fellow high school students. All of the data collection will happen at your home or in the environment around your house. Pitt will supply any necessary research tools needed.
Location: Your house!
Dates: July 6th-July 31st, 2020
There will be weekly check-ins, times TBD, and ongoing group communication
Contact: Dr. Becky Gonda
Applications Due: June 5th, 2020
Gene Team-at-home FAQs
What will I be doing in the program? You will carry out research and data collection at home, teamed with other high-school students. You will also attend weekly virtual sessions that provide strategies and skills for applying for college. The projects for this summer include at-home molecular and microbiology (via sourdough!) and ecological studies that you can do in your own yard and neighborhood.
What are the educational qualifications? You must have completed one year of high school Biology in PPS (or other local urban school).
Do I need to have had previous research experience? No, we will learn together and teach you everything that you will need to know.
What are the working hours for the program? You will set your own pace. There will be weekly check-ins and group meetings, but you can collect data around your own schedule.
Do I get paid? Unfortunately, we cannot pay students for their participation. However, if you qualify for Learn & Earn, you may apply for that. Also, there are no costs to participate, and all reagents and supplies will be provided.
How do I apply for this program? Complete the online application form no later than May 29th, 2020
When will I find out if I'm accepted to the program? All interested students who are willing to work hard will be accepted. You will hear from Outreach faculty in June concerning logistics of participation.
How do I get more information or answers to other questions? Contact Dr. Becky Gonda at email@example.com. We welcome all questions and would love to speak with you about the program.
Gene Team Science Corps
The Gene Team Science Corps provides an opportunity for high school students who participated in the Gene Team summer research program to share their love of science with younger students in their home school districts.
Students explore the relationship between dominant and recessive alleles in a fun and exciting way! Pairs of students each receive a deck of cards that represent different versions of alleles for hair color, eye color, the presence of absence of dimples, and other inherited traits. They must determine which of the alleles is dominant and then draw a final representation of their "offspring".
Giraffe necks and natural selection: the long and short of it
Participants temporarily become giraffes to demonstrate how traits are passed down through generations and can become more abundant if they are beneficial to an organisms survival. An equal number of students act as giraffes with short necks or long necks and gather food from "trees" that are set up in the classroom. Giraffes that are able to gather sufficient food to survive are able to recruit more friends to their team. Long neck giraffes are more effective at accumulating their favorite foods from high atop the trees and demonstrate that, over multiple generations, a beneficial trait becomes more prevalent in the population.
It's not magic, It's Science!
Students learn the science behind magical-looking phenomena like dry ice, layering densities, and what makes water a very special molecule. They get up close and personal with these hands-on activites and delve into the science to learn more about the world around them!