Off work: NMS Breeding Experiment

Iri Shinsoj
4 min readJul 16, 2023

LOG ENTRY 725

Subject: Breeding Experiment Results

Objective: To analyze and document the results of the breeding experiment involving various mutations.

Today, we performed a thorough bloodline analysis of our breeding experiment, covering four generations. Our focus was to track the mutations and changes that occurred within the lineage.

In the initial generation, we observed a moderate level of intelligence and trainability. They displayed a basic understanding of commands and exhibited a reasonable ability to learn and adapt. However, their guarding skills were limited, and their independence was somewhat lacking.

Bricka

Progenitor. Tri-color coat (Brown, grey, green).

Bricka, the progenitor of the bloodline

Traits

Helpfulness: 48%
Aggression: 41%
Devotion: 62%

As we selectively bred them, we noticed an increase in intelligence and trainability. They show the ability to find rare items and hunt prey for sustenance. However, the high attachment limits their potential to some extent.

Usee-Usee inherited tri-color coat

The second generation inherited their parent’s coloration and pattern.

Usee-Usee

Third offspring of Bricka. Tri-color coat. The tail shape mutated. Selected for further breeding.

2nd gen hatchling, Usee-Usee

Catalysts

Growth hormone: None
Gene Splitter: None
Dye Injector: None
Neural Calibrator: Dioxite 225

Traits

Helpfulness: 68%
Aggression: 41%
Devotion: 62%

As the bloodline continued, we saw more changes. The third generation had smaller body size, improving their agility and desirability as companions.

Owazi-Owazi (member of 3rd Gen)

Furthermore, their guarding skills began to show marked improvement, with a heightened sense of alertness and an instinctual desire to protect their territory. While they were still somewhat reliant on human guidance, their independence began to emerge.

Udazi-Udazi

First offspring of Usee. Red coat. Mutation attempt failed, no changes in anatomy. Not of interest for further research.

Catalysts used for Udazi-Udazi

Aurpito

Second offspring of Usee. Blue coat. Tail shape mutated back to original.

Catalysts

Growth hormone: Uranium 413
Gene Splitter: Gold 436
Dye Injector: Emeril 153
Neural Calibrator: Cadmium 309

Traits

  • Helpfulness: 68%
  • Aggression: 41%
  • Devotion: 42%
Catalysts used for Aurpito

Owazi-Owazi

Fourth offspring of Usee. Blue coat. Showcasing highest level of trainability and hunting skills. Selected for further breeding.

Owazi-Owazi

Catalysts

Growth hormone: Chromatic Metal 291
Gene Splitter: Gold 439
Dye Injector: Emeril 225
Neural Calibrator:
- Dioxite 413 for Helpfulness x2 injections
- Pugneum 186 for Aggression x3 injections
- Di-Hydrogen 672 + Solanium 366 + Crystal Sulphide 9 for Independence

Traits

Helpfulness: 100%
Aggression: 100 %
Devotion: 2 %

Catalysts used for Owazi-Owazi embryo

In the fourth generation, the bloodline continued to evolve. The creatures displayed an extraordinary aptitude for learning complex tasks with minimal guidance, demonstrating a high level of trainability. Their growing independence was evident, allowing them to function autonomously in various situations.

4th gen hatchling, Aldereeny

Aldereeny

Second offspring of Owazi. Brown coat.

4th gen hatchling, Aldereeny

Catalysts

Growth hormone: None
Gene Splitter: None
Dye Injector: Di-Hydrogen
Neural Calibrator: Sulphurine to maximum

Traits

Helpfulness: 100 %
Aggression: 100 %
Independence: 100%

In conclusion, our breeding experiment revealed an exciting story of genetic legacy. Each generation built upon the strengths and adaptations of their ancestors, leading to a lineage with great potential.

This bloodline serves as a testament to the power of selective breeding, reaffirming our commitment to further exploration in the field of genetics.

End of Log Entry.

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Iri Shinsoj

I'm Senior Technical Artist, eager to share my experiences with community.