Round 7 shit i forgot to change the round numberThe P. betes Is the first named species to go extinct. It is only known from fossil records.
Event: N/A (still trying to survive fallout)
I HAVE A QUESTBecome the first species to become multicellular, and you can win one of these 3 great prizes!
- Free super evolution on your next trait
- 3 extra mutations (can be spread out over 3 turns or used all at once) (no modifiers)
- Change any player's roll to any number (1-8)
Once you have gone multicellular, you can request a renaming for your species. Same for getting on land, but that's going to be in a while. :3
MinikingSpecies Name: P. parvusrex
Roll: 6 = 6 --> Better
The P. parvusrex evolves its brain cell, expanding it to throughout the colony, along with extensions of itself that only transmit signals. The brain core grows larger. The colony now has a simple nervous system. It can't detect anything at the moment yet, only if its hungry or if its being attacked. The colony grows several times larger.
Traits: Cilia, oxygen filter, mitochondria, binding proteins, attractive chemicals, simple nervous system
Appearance: cillia-covered blob ~5mm
Environment: Deep ocean
Conservation Status: VU
Mr_BobSpecies Name: P. bobus
Roll: 3 = 3 --> none
The P. bobus is the same as before.
Traits: Cilia, glucose filter, glycolysis, fermentation, low thermal tolerance, chemosynthesis
Appearance: Same as
P. ParvusrexEnvironment: Deep ocean
Conservation Status: EN
SirvupSpecies Name: P. kasum
Roll: 2 = 2 --> Very bad
The cells specialize, but due to an error, the cells in the center are the waste-emitters, leading to the center cells being damaged from waste.
Traits: mitochondria, fast glucose digestion, glycogen/starch forming, pseudopods, symbiotic relationship w/ K. purvis, poison blocking
Appearance: same as ancestors
Environment: Deep ocean
Conservation Status: VU
PsSpecies Name: P. pes
Roll: 3 = 3 --> none
The P. pes is the same as its ancestors.
Traits: More efficient glucose digestion, stiff membrane, vacuoles, mitochondria
Appearance: same as ancestors
Environment: Deep ocean
Conservation Status: EN
RaitakiSpecies Name: P. tonitus
Roll: 5 +2 = 7 --> Better
The P. tonitus develops some very good receptors for detecting waste from mitochondria. Using this, it can find a "trail" of waste for it to follow to its prey.
Traits: Energy-inefficient water propulsion, propulsion using water bubbles and transfer proteins, digestive enzymes, protein cell membrane, photosensitive eyespot, waste-detection
Appearance: same as ancestors
Environment: deep ocean
Conservation Status: VU
KasuSpecies Name: K. purvis
Roll: 4 +2 = 6 --> better
The K. purvis uses specialized proteins within the colony to shuffle cells around, along with allowing it to make pseudopods to move around.
Traits: Convert glucose to glycogen/starch quickly, efficient glucose -> energy conversion, mitochondria, symbiotic relationship w/ P. kasus, poison immunity, waste removal system/poison release, pseudopods
Appearance: blob ~10um
Environment: Deep ocean
Conservation Status: VU
PXSpecies Name: P. peksum
Roll: 2 +2 = 4 --> not expected
The P. peksum uses its absorption cells behind the outer wall to absorb more materials from the outer water, causing the colony to grow many times larger.
Traits: Increased division, engulfing other cells, cell wall, transfer of materials, specialized cells, flagellum tail
Appearance: Colonies look like polygons ~10 cm.
Environment: Deep ocean
Conservation Status: VU
LaserTurtleSpecies Name: P. turturus
Roll: Traits: Photosynthesis, flagellum, pressure sensor, mitochondria
Appearance: Green blob with blobs coming off it
Environment: Middle ocean
Conservation Status: NT
DNAbcSpecies Name: P. danacabus
Roll: 3 +2 -1 +2 = 7 --> Better than expected
The P. danabacus, as the P. betes dies off, manages to absorb it as its own. Danabacus gains betes's stretchy membrane, and its poison-generating capabilities. The P. danabacus, due to a mutation while integrating the P. betes's DNA, makes the species able to use pseudopods as a valid method of engulfing other species.
Traits: mitochondria, ER, food filtration, circulatory system, poison, pseudopods
Appearance: blobs ~3mm
Environment: deep ocean
Conservation Status: NT
Garatina93Species Name: P. garatinus
Roll: 5 +2 = 7 --> Better
The P. garatinus diversifies in a similar way to the P. peksum, but with a hole in the wall for its pilus.
Traits: Cilia, mitochondria, pilus, cell wall, binding protein
Appearance: Blob with cillia
Environment: deep ocean
Conservation Status: EN
Evil_Nazgul0616Species Name: P. nazgus
Roll: 3 +2 = 5 --> As expected
The P. nazgus can now process its proteins.
Traits: flagellum, lysosomes, golgi body
Appearance: same as ancestors with flagellum
Environment: deep ocean
Conservation Status: EN
RaikariaSpecies Name: P. raikus
Roll: 2 +2 +2 -1 = 5 --> As expected
The P. raikus develops a large vacuole within the cell filled with waste gases from its mitochondria. It floats up to the surface, with its abnormally thick cell wall keeping the colony from busting. It would start floating on the surface, if not for the layer of pumice on the surface. Luckily, the colonies drift into a clear spot in the pumice, giving the colony the light needed to grow.
Traits: chloroplasts, thick cell wall, waste transfer, mitochondria, photoreceptors
Appearance: Green, geometric fuzzy thing ~1cm
Environment: Ocean surface
Conservation Status: VU
Der_Bright_PosterSpecies Name: P. clarus
Roll: Mitochondria: 2 = 2 --> Very bad
Symbiotic: 6 = 6 --> better
Colony invasion: 3 = 3 --> no effect
Information receptors: 2 = 2 --> Very bad
The P. clarus is a new species on Jensok. Its mitochondria are very inefficient, and it can't detect anything from its receptors on its membrane.
On the other hand, it hangs around the P. danabacus for spare food.
Traits: bad mitochondria, relationship w/ DNAbc, bad information receptors
Appearance: same as ancestors
Environment: deep ocean
Conservation Status: EN
