The #MelanogasterCTF team, together with González Lab and La Ciència Al Teu Món (LCATM) have prepared videos, teaching materials and data analysis modules so that you have all possible resources at your disposal.
Have you ever heard the expression “you carry it in your DNA”? DNA is everywhere, in the cinema, on TV, in the newspapers… But what is DNA? Find out with the rhythm of rap!
You can check a Glossary with the terms Adaptation genomics, Bioinformatics, DNA, DNA sequencing, Frontier science, Genomics.
What are the genome’s moving elements? How can we classify them? How can they affect the genome? What effects can they cause? How can we stay alive if they cause so many mutations?
Just like in the comics where mutations give superheroes powers, in nature, mutations sometimes give organisms extraordinary adaptive powers. What is a mutation? Did you know that, unlike humans, most mammals cannot digest milk when they are adults? Did you know that we can see colors due to a mutation caused by a moving element?
Evolution is caused by the changes that occur in populations of organisms across generations. But how do these changes occur?
Know the 5 simple steps of the scientific method which will make you stand out as someone who thinks for themself. Also, do you know what everyday objects were discovered at NASA? Do you know if you already follow the scientific method in your day to day life?
What would happen in your world if all people were equal and there was no diversity? And in nature, what would happen if there was no variation? Did you know that the first humans emerged in Africa and had dark skin?
- PowerPoint class: presentation on key concepts in biology and genetics. Includes the game: “Pass The Fly”: test yourself on what you have learnt!
- Teaching guide: with many links and suggestions to expand your knowledge about biology and genetics. (specific download link – Spanish)
The video game is based on real situations from the world of scientific research, such as the interesting task of collecting samples around the world. Your goal will be to collect as many fruit flies as possible in different regions of the world. You will receive an initial scholarship (credits) that you must manage smartly and effectively, taking into account the possible situations or setbacks in each region; in addition to expenses such as capture equipment, food for your flies, travel, public relations, fees and other necessary expenses from each region. If you need it, you can get more financing (credits) by applying for scholarships in the form of simple but useful questionnaires (trivia).
You will also find further details on what is done with the flies, as well as information on important concepts such as NATURAL SELECTION, MUTATIONS, DNA, VARIABILITY, MOBILE ELEMENTS and more.
Melanogaster: Catch The Fly! and aDaptNAtion are citizen science projects in which young students from Spanish and European educational centers participate, along with their teachers; work hand in hand with some of the current leading scientists in adaptation genomics. The project aims to help us understand how organisms adapt to the environment, and in order to do this, we work with a genetic model organism: the fruit fly, Drosophila.
The González Lab’s team shows us what we need in order to collect fruit fly specimens, both the materials we have to use and the practical considerations. Once back from the field, we are guided in the aspects that will help us to classify and store the specimens before sending them to the Functional Genomics Laboratory (González Lab) of the Evolutionary Biology Institute (CSIC-UPF), in Barcelona.
In this video, you will find the answers to your questions about the data extracted from the Drosophila collected samples. González Lab researchers from the Evolutionary Biology Institute (CSIC-UPF) explain how they process the samples, check the DNA quality and analyze the genetic sequences from the extracted data.
The main objective of this task is to learn about and then apply one of the methods used by scientists to detect transposable elements or mobile elements (TE) which are candidates for adaptation. In other words, detecting TEs that have helped Drosophila melanogaster adapt better to the environment in which it lives.
Téléchargez ici les instructions d’échantillonnage pour la campagne 2020.