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Post by Atrox on Dec 15, 2015 1:44:34 GMT
What does the admiralensis start with?
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The_Wayward_Admiral
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Atrox drew this awesome image of the Keldori!
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Post by The_Wayward_Admiral on Dec 15, 2015 1:57:29 GMT
It is the cell described in the first post. It's got a nucleus, an ER, a cytoskeleton, and it can engage in homeostasis.
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Deleted
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Post by Deleted on Dec 15, 2015 3:24:17 GMT
It is the cell described in the first post. It's got a nucleus, an ER, a cytoskeleton, and it can engage in homeostasis. Idk how to tag people so I will just reply to this topic. Since we have golgi does that mean we can make lyosomes already?
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The_Wayward_Admiral
Spacefaring
The_Real_Slim_Shady
Atrox drew this awesome image of the Keldori!
Posts: 1,011
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Post by The_Wayward_Admiral on Dec 15, 2015 4:03:44 GMT
@unknown absolutely, lyse away! Also, to tag, simply place an @ symbol in front of their name. For me, omit the underscores becasue they weren't part of my original username.
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Post by Bigyihsuan on Dec 15, 2015 4:06:10 GMT
Let's start over after some questionable decisions on my part in the other thread....
>Mitochondria. NAO
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RoboTrannic
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haunting deviantart
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Post by RoboTrannic on Dec 15, 2015 7:15:04 GMT
what it said
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Post by Atrox on Dec 16, 2015 0:01:27 GMT
I wouldn't mind trying this again... if that's okay with everyone?
Mitochondria please!
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Deleted
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Post by Deleted on Dec 16, 2015 0:21:32 GMT
Yay we got 6 people Im pretty sure! We can start!
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The_Wayward_Admiral
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The_Real_Slim_Shady
Atrox drew this awesome image of the Keldori!
Posts: 1,011
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Post by The_Wayward_Admiral on Dec 16, 2015 0:32:41 GMT
Round 1:
Event: N/A
SkyGuy98: (Unspecialized Heterotroph) Mutation: Mitochondria (2) Description: E. cieloviri has entered into a symbiotic relationship with previously free living aerobic bacteria. Unfortunately, this strain of mitochondria seems intent to steal the cell's glucose and give very little ATP in return, leaving them operating at a loss. Previous Mutations: N/A Conservation Status: LC
Robotranicrex: (Unspecialized Heterotroph) Mutation: Flagella (5) Description: E. roborexi has mutated a microtubule structure that extends beyond the plasma membrane. By rotating this structure, the cell can propel itself forward at a greater rate than via a pseudopod. It does however, require a great deal more ATP to operate, not an enormous problem in such a nutrient rich environment, but it could spell trouble in the near future. Previous Mutations: N/A Conservation Status: LC
Unknown: (Unspecialized Heterotroph) Mutation: Flagella (5) Description: E. roborexi obscurus has developed the same flagella as E. roborexi including all benefits, drawbacks, and caveats. Previous Mutations: N/A Conversation Status: LC
Longisquama: (Unspecialized Heterotroph) Mutation: Mitochondria (7) Description: E. longisquamae has entered into a symbiotic with aerobic bacteria as well, however this strain produces an enormous amount of ATP from each molecule of glucose, and as such is extremely beneficial to its host. Previous Mutations: N/A Conservation Status: LC
Bigyihsuan: (Unspecialized Heterotroph) Mutation: Mitochondria (4) Description: E. magnayishuanae is the third species to assimilate aerobic bacteria. They do produce more ATP than the cell could produce itself, however this amount is nothing to write home about. Previous Mutations: N/A Conservation Status: LC
Atrox: (Unspecialized Heterotroph) Mutation: Mitochondria (1) Description: E. atroxi has entered a relationship that can hardly be described as symbiosis. The miserly mitochondria that the species has taken up simply steals glucose and gives up no ATP. This could spell big trouble. Previous Mutations: N/A Conservation Status: LC
So all in all, this was very across the board. Life on this planet may face very serious challenges if the nutrient rich soup in which they live were to become less hospitable.
P.S. Atrox, I tried two mercy rerolls since this was round one, and it still came up 1 both times. Sorry, dude.
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RoboTrannic
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haunting deviantart
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Post by RoboTrannic on Dec 16, 2015 0:58:46 GMT
ok how about a mitochondia
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Post by Bigyihsuan on Dec 16, 2015 2:40:59 GMT
>Cilia
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Skyguy98
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Lord of the Skies (pic found by atrox)
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Post by Skyguy98 on Dec 16, 2015 3:33:47 GMT
Ooh, not the best start, oh well, I'll fix that soon. First I'll get some falgella
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Post by Longisquama on Dec 16, 2015 12:16:04 GMT
Sweet! Now, let's try vertical sexual reproduction.
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Post by Atrox on Dec 16, 2015 12:31:50 GMT
The_Wayward_Admiral: Don't try to cross the dice gods, man. You're gonna have a bad time. For my next vote, I'd like to subjugate my little parasites.
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The_Wayward_Admiral
Spacefaring
The_Real_Slim_Shady
Atrox drew this awesome image of the Keldori!
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Post by The_Wayward_Admiral on Dec 16, 2015 22:38:05 GMT
@unknown "bump"
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Deleted
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Post by Deleted on Dec 17, 2015 2:24:25 GMT
I'd like a mito just like robot
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The_Wayward_Admiral
Spacefaring
The_Real_Slim_Shady
Atrox drew this awesome image of the Keldori!
Posts: 1,011
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Post by The_Wayward_Admiral on Dec 17, 2015 2:50:32 GMT
Round 2:
Event: N/A
SkyGuy98: (Passive Fermenter) Mutation: Flagella (4) Description: E. cieloviri has developed a basic flagella that can produce a modicum of forward thrust. While the speed of this organism is now higher, it does not have an exceptional edge when compared to other species with more impressive means of locomotion. Previous Mutations: Mitochondria {2} Conservation Status: NT
Robotranicrex: (Active Glycovore) Mutation: Mitochondria (5) Description: E. roborexi has taken in mitochondria that are able to produce 32 ATP per molecule of glucose. The resulting relationship works fairly well for the host cell, and it is better able to keep up with its high energy lifestyle. Previous Mutations: Flagella {5} Conservation Status: LC
Unknown: (Active Glycovore) Mutation: Mitochondria (5) Description: E. obscurus has taken in the same strain of mitochondria as E. roborexi. Genetic drift however has still divided these species. Previous Mutations: Flagella {5} Conversation Status: LC
Longisquama: (Passive Aerobic Respirator) Mutation: Vertical Sexual Reproduction (1) Description: E. longisquamae has not changed at all. (Successfully achieving a reproductive method requires a roll of 4 or higher) Previous Mutations: Mitochondria {7} Conservation Status: LC
Bigyihsuan: (Passive Aerobic Respirator) Mutation: Cilia (6) Description: E. magnayihsuanae has developed actin filaments that create small cilia over the cell membrane. These cilia are very efficient, offering high maneuverability for relatively little energy consumption. Additionally, the faster movement of fluid over the membrane increases the cell's efficiency of nutrient intake. Previous Mutations: Mitochondria {4} Conservation Status: LC
Atrox: (Passive Fermenter) Mutation: Improving the Ingrates (7) Description: E. atroxi has developed a siphoning protein that inserts into the mitochondria's outer walls and forces them to relinquish their ATP. This new and improved symbiosis offers advantages even slightly greater than those offered by E. longisquamae's mitochondria. Previous Mutations: Mitochondria {1} Conservation Status: VU
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Skyguy98
Spacefaring
Lord of the Skies (pic found by atrox)
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Post by Skyguy98 on Dec 17, 2015 3:30:32 GMT
Now to go for that second die with vertical gene transfer, come on dice gods!
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Post by Longisquama on Dec 17, 2015 10:10:00 GMT
Well, lets try again, vertical sexual reproduction, please!
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Post by Bigyihsuan on Dec 17, 2015 12:08:08 GMT
Hmm. I think it's time to start eating other things. >Develop a "mouth" with cilia that draws things into the cell like a paramecium.
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