J1 Splitting: Grants a species-specific basic ability. Only 10% of humans possess glands capable of J1 splitting.
(Junior no.1, abbreviation for first-stage differentiation)
M2 Differentiation: Upgrades glandular cells to gain a secondary ability. Requires activation by pheromones of a different gender. Probability: 1%.
(Medium no.2, abbreviation for second-stage differentiation)
A3 Evolution: Evolves glandular cells to acquire a tertiary ability. Requires specific pheromone activation on top of M2 differentiation. Probability: 0.05%.
(Advanced no.3, abbreviation for third-stage differentiation)
Name: Yan Yi
Serial Number: PBB000002
Species: Lop-eared Rabbit
Pheromone: Milk Candy
- J1 Glandular Cell Ability: High-speed jumping
- M2 Differentiation: Fluid morphing
- A3 Evolution: Teleportation
Name: Lu Shangjin
Species: Peregrine Falcon
Pheromone: Daffodil
- J1 Splitting: Extreme vision
- M2 Differentiation: Tracking and positioning
- Companion Ability: Seizing (captures prey at diving speed of 389.45 km/h)
Name: Xia Jingtian (younger brother) / Xia Pingtian (older brother)
Species: Cougar
Pheromone: Starry Red Rose
- J1 Splitting: Gravity manipulation
- M2 Differentiation: (Currently unknown)
Name: Shao Wenjing (older brother) / Shao Wenchi (younger brother)
Species: Spider
Pheromone: Poppy Mandala
- J1 Splitting: Distraction control
- M2 Differentiation: Neural paralysis
- Companion Ability: Wall-walking (can stand and walk on any surface, unaffected by gravity)
Name: Ye Wan
Species: Chameleon
Pheromone: Lily
- J1 Splitting: 360° full-surround observation
- M2 Differentiation: Group invisibility
- A3 Evolution: Nine-stage piercing
Name: Bi Ruijing
Serial Number: PBB000026
Species: Arrow Poison Tree
Pheromone: (Currently unknown)
- J1 Splitting: (Currently unknown)
- M2 Differentiation: (Currently unknown)
Name: Tan Meng
Species: Butterfly (specific type unknown)
Pheromone: (Currently unknown)
Name: Gu Wei
Species: Husky
Pheromone: Geranium
- J1 Splitting: Violent destruction
Questions:
Beta Differentiation Ability:
All three genders can theoretically evolve to third-stage abilities under pheromone stimulation. However, betas have low pheromone sensitivity, making third-stage evolution extremely unlikely.
Why Are Alphas Stronger at the Same Level?
Only alphas can split glandular cells into predatory beasts, raptors, highly aggressive reptiles, or plants. Alphas are more numerous, physically larger, and stronger, making them the backbone of various fields.
Weak Points:
Both alphas and omegas have a critical area: the rear neck gland. Damage to it results in immediate loss of mobility. Omegas are more fragile; gland damage can lead to severe depression, blindness, amnesia, paralysis, and other complications. Healing is slower, and treatment requires significant alpha pheromone assistance to stabilize.