Among the stars

Now, how about we get baC^k to those experiments? I’m sure that having Jade blood within you, it’ll be much easier.

> You hold up the slide with the blue blood containing the parasites.

> You stop for a moment and think… Who?

Now, how about we get baC^k to those experiments? I’m sure that having Jade blood within you, it’ll be much easier.

> You hold up the slide with the blue blood containing the parasites.

> You stop for a moment and think… Who?

Now, how about we get baC^k to those experiments? I’m sure that having Jade blood within you, it’ll be much easier.

> You hold up the slide with the blue blood containing the parasites.

> You stop for a moment and think... Who?

Now, how about we get baC^k to those experiments? I’m sure that having Jade blood within you, it’ll be much easier.

> You hold up the slide with the blue blood containing the parasites.

Now, how about we get baC^k to those experiments? I’m sure that having Jade blood within you, it’ll be much easier.

i got an anon request to draw a cute fantroll, hope the anon finds this in the fantroll tag (this is a really cute fantroll).

> You grab a sample of the red blood and pick up your mound, setting it up under the microscope. Using tweezers, you pick up one of the parasites and place it on the blood, examining it.

> You compare this sample to the Jade one, and frown. The parasite died quite quickly, much to your amusement.

Hm. It appears to respond quite negatively to red blood… Perhaps it was not reC^eiving enough oxygen?

Anyways, these parasites light up when they reaC^t to hormones, be it stress or even pheromones. That is how we aC^hieve our ‘drinker glow’. It’s quite interesting, I must say. Not only that, but it also gives us an improved sense of ‘fight or flight’. Useful for those in the C^aves proteC^ting young wrigglers.

But everything must #ave a proper start be4 an end result may be found. Per#aps.. We work our way from closest color to Jade and then go away to the ends of the spectrum, t#at seems like the most sensible approac#…!

> You grab the sample and begin testing it, and find it survives in the host for quite an amount of time. You time it mentally and observe it again once 10 minutes are up.

It’s rather nice how jade is aligned perfectly in the center, makes it easier to work outward. So, it is all mirrored from where we work. Sure, the causes are inverse.. Too much oxygen, not enough. Too thick, too thin. So, I would imagine this would have to be progressive breeding. Make a group that may survive one out, give them time, then two, etc.

When a dead body appears, they’ll attempt to take it over, resulting in this.

It’s quite interesting, right?

> You continue unto gold, but find it lacks the steps necessary.

> You notice he stuttered and hesitated… Perhaps he was afraid of the machine?

> You place the wires around his arm and take a deep breath.

> You turn the machine on and watch in amazement as the… Rainbow? Blood passes through. You grin before turning the machine off and pressing a kiss to his lips.

Now, how about we get baC^k to those experiments? I'm sure that having Jade blood within you, it'll be much easier.

> You grab a sample of the red blood and pick up your mound, setting it up under the microscope. Using tweezers, you pick up one of the parasites and place it on the blood, examining it.

> You compare this sample to the Jade one, and frown. The parasite died quite quickly, much to your amusement.

Hm. It appears to respond quite negatively to red blood… Perhaps it was not reC^eiving enough oxygen?

Anyways, these parasites light up when they reaC^t to hormones, be it stress or even pheromones. That is how we aC^hieve our ‘drinker glow’. It’s quite interesting, I must say. Not only that, but it also gives us an improved sense of ‘fight or flight’. Useful for those in the C^aves proteC^ting young wrigglers.

But everything must #ave a proper start be4 an end result may be found. Per#aps.. We work our way from closest color to Jade and then go away to the ends of the spectrum, t#at seems like the most sensible approac#…!

> You grab the sample and begin testing it, and find it survives in the host for quite an amount of time. You time it mentally and observe it again once 10 minutes are up.

It’s rather nice how jade is aligned perfectly in the center, makes it easier to work outward. So, it is all mirrored from where we work. Sure, the causes are inverse.. Too much oxygen, not enough. Too thick, too thin. So, I would imagine this would have to be progressive breeding. Make a group that may survive one out, give them time, then two, etc.

When a dead body appears, they’ll attempt to take it over, resulting in this.

It’s quite interesting, right?

> You continue unto gold, but find it lacks the steps necessary.

> You notice he stuttered and hesitated… Perhaps he was afraid of the machine?

> You place the wires around his arm and take a deep breath.

> You turn the machine on and watch in amazement as the… Rainbow? Blood passes through. You grin before turning the machine off and pressing a kiss to his lips.

> You grab a sample of the red blood and pick up your mound, setting it up under the microscope. Using tweezers, you pick up one of the parasites and place it on the blood, examining it.

> You compare this sample to the Jade one, and frown. The parasite died quite quickly, much to your amusement.

Hm. It appears to respond quite negatively to red blood… Perhaps it was not reC^eiving enough oxygen?

Anyways, these parasites light up when they reaC^t to hormones, be it stress or even pheromones. That is how we aC^hieve our ‘drinker glow’. It’s quite interesting, I must say. Not only that, but it also gives us an improved sense of ‘fight or flight’. Useful for those in the C^aves proteC^ting young wrigglers.

But everything must #ave a proper start be4 an end result may be found. Per#aps.. We work our way from closest color to Jade and then go away to the ends of the spectrum, t#at seems like the most sensible approac#…!

> You grab the sample and begin testing it, and find it survives in the host for quite an amount of time. You time it mentally and observe it again once 10 minutes are up.

It’s rather nice how jade is aligned perfectly in the center, makes it easier to work outward. So, it is all mirrored from where we work. Sure, the causes are inverse.. Too much oxygen, not enough. Too thick, too thin. So, I would imagine this would have to be progressive breeding. Make a group that may survive one out, give them time, then two, etc.

When a dead body appears, they’ll attempt to take it over, resulting in this.

It’s quite interesting, right?

> You continue unto gold, but find it lacks the steps necessary.

> You notice he stuttered and hesitated… Perhaps he was afraid of the machine?

> You place the wires around his arm and take a deep breath.

> You grab a sample of the red blood and pick up your mound, setting it up under the microscope. Using tweezers, you pick up one of the parasites and place it on the blood, examining it.

> You compare this sample to the Jade one, and frown. The parasite died quite quickly, much to your amusement.

Hm. It appears to respond quite negatively to red blood… Perhaps it was not reC^eiving enough oxygen?

Anyways, these parasites light up when they reaC^t to hormones, be it stress or even pheromones. That is how we aC^hieve our ‘drinker glow’. It’s quite interesting, I must say. Not only that, but it also gives us an improved sense of ‘fight or flight’. Useful for those in the C^aves proteC^ting young wrigglers.

But everything must #ave a proper start be4 an end result may be found. Per#aps.. We work our way from closest color to Jade and then go away to the ends of the spectrum, t#at seems like the most sensible approac#…!

> You grab the sample and begin testing it, and find it survives in the host for quite an amount of time. You time it mentally and observe it again once 10 minutes are up.

It’s rather nice how jade is aligned perfectly in the center, makes it easier to work outward. So, it is all mirrored from where we work. Sure, the causes are inverse.. Too much oxygen, not enough. Too thick, too thin. So, I would imagine this would have to be progressive breeding. Make a group that may survive one out, give them time, then two, etc.

When a dead body appears, they’ll attempt to take it over, resulting in this.

It’s quite interesting, right?

> You continue unto gold, but find it lacks the steps necessary.

> You notice he stuttered and hesitated... Perhaps he was afraid of the machine?