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Showing posts with label Advanced Genetics. Show all posts
Showing posts with label Advanced Genetics. Show all posts

Monday, January 12, 2015

Mendelian Inheritance in gaming.


This post marks the “official” start of my science based scenarios. We’ll be using Minecraft for this scenario with the mod Advanced Genetics. This will cover Chugach standards 9.6-9.9, which ask for the explanation of basic genetic principles: Mendelian, genetic errors, applied genetics, and how DNA relates to inheritance. Since we’ll be using Minecraft I’ve created a guide for installing Minecraft and Minecraft mods here.

Mendelian Inheritance is a genetic theory developed in 1865 and 1866 by Gregor Johann Mendel who initially derived three laws of inheritance. He experimented with pea plants, cross-breeding them to determine what traits passed down through their generations. After roughly 5000 trials he wrote two papers describing a limited yet initial scientific understanding of modern genetics. The three laws of inheritance are; the law of segregation, the law of independent assortment, and the law of dominance.

The law of segregation states that each parent carries two alleles per gene trait that are randomly chosen and passed down to the offspring. Meaning that both the sperm and egg carry one alleles and when those meet the offspring is united with both alleles. Meaning that the offspring receives one gene trait from both mother and father. The law of independent assortment states that each pair of alleles segregates separately of other alleles. Meaning that each gene trait chosen does correspond in anyway with other chosen gene traits. Alleles possess either dominant or recessive traits, if a trait possess a dominant type then it will override recessive traits, this is known as the law of dominance.

Going smaller, DNA is also important in inheritance. Since it’s the brain of each cell, holding the information needed to create life. DNA from both parents is split in half, giving the child one half from each parent making a similar DNA strand, but completely different. Of course as people progress through life their DNA copies itself onto each new cell that it replicates, copying itself eventually leads to a mistake. which is generally caused by an external environment and or just a mishap. Leading to a mutation in the DNA that can be harmful or beneficial for the subject- and passed down to future offspring.

Humans can also manipulate DNA through science, this process is called applied genetics. It’s used to create bacteria, modify viruses, adapt plants to new environments and even breed animals for certain qualities. This has been done for thousands of years through animal and plant breeding programs. We can now do this in the laboratory directly. Slowly, over time this progression has allowed for humans to strategically modify DNA to meet human needs.

This leads perfectly into Minecraft’s handy dandy Advanced Genetics Mod. The mod allows you to scrape skin scales off of any mob in game, giving that mobs certain skin scale. And once you bring those skin scales through the plethora of gene extracting and copying machines you can synthesize that mobs unique ability, like exploding, flying, more health, so on and so forth.


The players goal in game is to collect all of the skin scales and absorb their powers through using the newly added machines. However, to tie this into standards the players must research on Applied Genetics and understand how the machines ( which are simulated after real life machines) work in game. I’ve created an Advanced Genetics mod guide here. The guide goes into great detail on how to use each function of the Advanced Genetics mod and if that doesn’t answer your technical questions their wiki should, which can be found here. As a side note, I didn’t explain the mod here because I thought the post would grow too big and cumbersome. If you would rather me explain in here, just post in the comments below and I’ll see what I can do.

Advanced Genetics Minecraft mod guide.

First steps to install Advanced Genetics 1.57 for Minecraft 1.7.10:
  • First head over to Forge’s main site
    • Forge is the go-to modders resource and framework for users and modders alike.
  • click on Installer-Win under the “1.7.10” latest Forge Installer:Forge installer.png
  • Once thats downloaded Double Click it. A installer should pop up, make sure that “install client is selected and then hit okay.
Installer.png
  • Once it finishes installing, you should be good to go Forge wise. Now for the actual mod.
  • Head here to download the mod.
  • You should see this:
Adfly link.jpg
  • DO NOT CLICK ANYTHING BUT “Skip Add” in the top right hand corner, it counts down from five, then click it.
  • Once you download the installer you can doubleclick it and this cute little window will pop up
Mod installer.jpg
  • I already have the mod installed, so it shows “re-install mod” but for you it should show “install” click that and bam the mod should start installing.
  • Now once it’s finished start up your game and login. You should be met with something like this:
Profiles.png
  • Make sure that your profile looks like mine, I.E says “Forge”. Then you can click play,
  • Once you’ve entered the main screen of your game you should see in the bottom left hand corner you should see:
ingame 4mods.png
  • If you see this then you have successfully installed Advanced Genetics.
  • Now hit single player and create a new world. Make sure to set the gamemode to creative by clicking the Gamemode button.
Gameworld.png

Now that we’re in game we can discuss the types of scenarios and game that you can employ the students to do. So the mod basics are pretty easy to grasp, you can check out a detailed guide here. Basically the process involves getting animal skin scales and going through decryption process and producing a “power-up cell” that gives the player certain abilities.

So my example scenario for this mod is straightforward and fun for the students. Their goal is to collect all of the available power ups through collecting skin scales cloning and combining cells. This will require the students to first understand how the mod works, through use of the wiki, and then learning how scientist in real life study, and modify cells.