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Post by Theredtardis on Aug 24, 2015 8:24:19 GMT
I'll try to evolve Mitochondria.
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Post by StealthStyleL on Aug 24, 2015 9:10:26 GMT
I'll go for chloroplasts.
+2 to the Red Tardis
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Post by deandactyl on Aug 24, 2015 15:07:11 GMT
Less food? If I can't get to it I guess I can store ut with vacuoles? +2 to zer100 since his cilia are even worse than mine
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Post by Atrox on Aug 24, 2015 15:40:29 GMT
I now want to evolve a mitochondria! Also a +2 to mitobox!
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Post by Redwatt50 on Aug 24, 2015 18:12:14 GMT
I want to evolve some kind of hydrogen sac, so I can float to the surface and receive more sunlight. I'll also give +2 to mitobox.
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Post by TheCreator on Aug 25, 2015 2:03:46 GMT
I want to evolve some kind of hydrogen sac, so I can float to the surface and receive more sunlight. I'll also give +2 to mitobox. You are currently a single-celled organism, so you will need to make another vote.
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Post by Redwatt50 on Aug 25, 2015 3:33:46 GMT
I want to evolve some kind of hydrogen sac, so I can float to the surface and receive more sunlight. I'll also give +2 to mitobox. You are currently a single-celled organism, so you will need to make another vote. Okay then, would it be possible to evolve a vacuole-like organelle that is filled with hydrogen?
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Post by mitobox on Aug 25, 2015 4:47:04 GMT
Okay then, would it be possible to evolve a vacuole-like organelle that is filled with hydrogen? Actually, you could also evolve a way to make your microbe less dense than the water around it, providing buoyancy. Either that, or a light sensitive spot so they know to get closer to the light (assuming they can move). A hydrogen vacuole doesn't sound too out-there (2H2O -> 2H + O2). You could even become sky algae with a big enough vacuole (but then it'd be harder to get water for photosynthesis and more hydrogen).
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Post by TheCreator on Aug 25, 2015 5:02:06 GMT
You are currently a single-celled organism, so you will need to make another vote. Okay then, would it be possible to evolve a vacuole-like organelle that is filled with hydrogen? No problem. It would take quite a bit of energy to create hydrogen from water, but if you want to, go for it! You could also do what mitobox is suggesting. Tell me what you decide.
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Post by Bigyihsuan on Aug 25, 2015 12:22:51 GMT
I wonder what kind of weird things we're going to make. I read the last thread, and someone basically made a malicious, mind-controlling Ditto.
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Post by TheCreator on Aug 25, 2015 14:48:46 GMT
I wonder what kind of weird things we're going to make. I read the last thread, and someone basically made a malicious, mind-controlling Ditto. Oh, yeah. That was Yasahiro. Anyway, you're in; make your vote.
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Post by Atrox on Aug 25, 2015 15:02:57 GMT
Can someone link me to the last thread please? O:
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Post by mitobox on Aug 25, 2015 15:37:59 GMT
Can someone link me to the last thread please? O: I think it's linked in the first post. Basically, this guy hosted one before. Edit: Look at the bottom of the first post.
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Post by Redwatt50 on Aug 25, 2015 16:29:55 GMT
Okay then, would it be possible to evolve a vacuole-like organelle that is filled with hydrogen? No problem. It would take quite a bit of energy to create hydrogen from water, but if you want to, go for it! You could also do what mitobox is suggesting. Tell me what you decide. Mitobox's suggestion sounds like a pretty good idea, so i'll use it. EDIT: The one that involves making my cell less dense.
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Post by loonytoony on Aug 25, 2015 17:25:20 GMT
Loonius Toonium has unfortunately gone extinct since I didn't check up on this and probably won't. Luckily for all you evolutionary junkies out there, an ecological niche has opened up!
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Post by Atrox on Aug 25, 2015 19:29:46 GMT
Can someone link me to the last thread please? O: I think it's linked in the first post. Basically, this guy hosted one before. Edit: Look at the bottom of the first post. Thanks mito!
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Post by Bigyihsuan on Aug 25, 2015 19:44:05 GMT
I wonder what kind of weird things we're going to make. I read the last thread, and someone basically made a malicious, mind-controlling Ditto. Oh, yeah. That was Yasahiro. Anyway, you're in; make your vote. Hooray, I'm in! New species pls Mitochondria, and +2 Mitobox, he's dying over there
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Post by mitobox on Aug 25, 2015 21:38:19 GMT
Mitobox's suggestion sounds like a pretty good idea, so i'll use it. I don't think he knows which one. I did say quite a few things there...
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Post by TheCreator on Aug 26, 2015 4:36:54 GMT
Round 3 ( Round 2; Round 4) Event: I was going to have an event, but you all did so poorly on your roles. Plus, very few of you are ready and since I don’t want anyone going extinct at the beginning of the game I will give you some hints about next turn's event: You are cells living in a primordial soup. You are used to a high concentration of compounds that you can easily absorbs through diffusion. Slowly these compounds are all being used up as your populations grow. At the moment very few of you can actually move and hunt for food *hint, hint*. What do you think will happen if, oh I don’t know, there was no longer any “free” food? Would you fare well, or do you have no methods of getting food? stealthstylelChloroplasts: 2 = 2 | Slightly bad Description: A terrible mutation in the mitochondrial DNA has caused this species to gain only 20% of the amount of ATP it previously got from glucose. This disastrous effect killed off about 90 percent of the species, leaving the remaining ones scurrying across the sea floor, looking for free food (which, if you don’t already know, is also running out). Past Adaptations: Flagellum Mitochondria Conservation Status: NT bigyihsuanMitochondria: 3 = 3 | No effect Description: As the amount of freely dissolved compounds is running out, this ancestral species teeters on the brink of extinction. Past Adaptations: Conservation Status: CR mitoboxThermoplast: 1 + 2 + 2 + 2 = 7 | Better than expected Description: After living next to hydrothermal vents for millions of years, this species formed a symbiotic relationship with a thermoplast that had also made the vents its home. Over time, the population of this species has begun to grow exponentially and covers the hot land close to the hydrothermal vents. Past Adaptations: Mitochondria Vacuole Conservation Status: NT atroxMitochondria: 6 = 6 | Better than expected Description: This species has formed a symbiotic relationship with mitochondria. By providing them with an all you can eat access to its vacuoles, this species now has 15 times more energy as it had before from the same amount of food. Past Adaptations: Cilia Vacuoles Conservation Status: LC (Most fit species award goes to you) deandactylVacuoles: 1 + 2 = 3 | No effect Description: This species has no noticeable changes from its previous generation, except for its population size. As the amount of compounds dissolved in the water is going down, this immobile (huh, I wonder why I highlighted that word) creature is unable to find any food and is quickly going the way of the dinosaurs (umm, bad analogy, since there is no multicellular life yet). Past Adaptations: Mitochondria Conservation Status: CR redwatt50Less Dense: 2 = 2 | Opposite Description: This species has developed special contractile vacuoles that increase its density and force it to sink to the very bottom of the ocean, which is not really a big change from where it was before. As long as this species doesn’t have any competition it should be okay. Past Adaptations: Chloroplast Mitochondria Conservation Status: NT zer1000Vacuoles: 1 + 2 = 3 | No effect Description: This species is very close to dying out. It has barely any mechanisms of survival and is unable to easily find food. Past Adaptations: Mitochondria Conservation Status: CR theredtardisMitochondria: 4 + 2 = 6 | Better than expected Description: This species has developed mitochondria, which, in addition to its flagellum, gives this species a huge leg over all the other cells. If it had any mechanism of offense, it could very well rise to the top of the food chain. Past Adaptations: Flagellum Conservation Status: LC
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Post by Zer1000 on Aug 26, 2015 5:38:54 GMT
zer1000Vacuoles: 1 + 2 = 3 | No effect Description: This species is very close to dying out. It has barely any mechanisms of survival and is unable to easily find food. Past Adaptations: Mitochondria Conservation Status: CR wait, only one +2? both Mitobox and deandactyl game me +2. And I guess I will go with Flagellum this time. +2 to deandactyl because he is not doing that well again.
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