Cells at Work! CODE BLACK
Cells at Work! CODE BLACK
Animation
Action & Adventure

Cells at Work! CODE BLACK

1S | 13E
01/10/2021
8.3
Smoking, Bacteria, and the Beginning of the End
S1E1

1. Smoking, Bacteria, and the Beginning of the End

8.0
1/10/2021
The Liver, Alcohol, and Pride
S1E2

2. The Liver, Alcohol, and Pride

8.0
1/17/2021
Excitement, Swelling, and Emptiness
S1E3

3. Excitement, Swelling, and Emptiness

8.5
1/19/2021
Front Line, Gonococci, and Conflict
S1E4

4. Front Line, Gonococci, and Conflict

8.0
1/19/2021
Overwork, Hair Loss, and Delirium
S1E5

5. Overwork, Hair Loss, and Delirium

8.0
1/24/2021
Kidneys, Kidney Stones, and Tears
S1E6

6. Kidneys, Kidney Stones, and Tears

8.0
1/31/2021
Caffeine, Temptation, and Jealousy
S1E7

7. Caffeine, Temptation, and Jealousy

7.5
2/7/2021
Calves, Pulmonary Embolism, and Quick Thinking
S1E8

8. Calves, Pulmonary Embolism, and Quick Thinking

7.0
2/14/2021
Calamity, Athlete’s Foot, and the Meaning of Work
S1E9

9. Calamity, Athlete’s Foot, and the Meaning of Work

8.0
2/21/2021
Stomach Ulcer, Friendship, and Loss
S1E10

10. Stomach Ulcer, Friendship, and Loss

8.0
2/28/2021
Desperation, Gout, and Rebellion
S1E11

11. Desperation, Gout, and Rebellion

9.0
3/7/2021
Return, the Heart, and Demise
S1E12

12. Return, the Heart, and Demise

8.0
3/14/2021
Cardiac Arrest, Revival, and a Change
S1E13

13. Cardiac Arrest, Revival, and a Change

8.0
3/21/2021

Overview

Alcohol, smoking, and stress—in the body subjected to these irritants, the cells responsible for maintaining life seem to fight a war that never ends. Due to a severe shortage of workers, Red Blood Cell AA2153 has to quickly learn to deliver oxygen and collect carbon dioxide, even in dangerous conditions. Meanwhile, White Blood Cell U-1196 has to do her part by dealing with germs and viruses during life-threatening situations. In the midst of these crises, they have to work together to keep the body healthy, despite not knowing if their sacrifices will be worthwhile. Cells at Work! Code Black takes a different approach by showing the grittier side of the jobs our cells perform.