Immune 46: Bats don't STING like a bee

1

Introduction

00:00 • 3min

2

The Evolution of Bats

03:04 • 6min

3

The Importance of Sensors in Cancer Biology

08:37 • 2min

4

The Role of Sting in DNA Damage

10:17 • 3min

5

The Role of Sting in the Control of Excess Type 1 Interferon Production

13:16 • 4min

6

Coronaviruses in Bats

16:55 • 2min

7

The Differences Between Asian Bats and North American Bats

18:34 • 2min

8

The Relationship Between Bats and Ebola

20:26 • 4min

9

The Benefits of Bat Immunology

24:37 • 2min

10

The Effects of Sting on Sting Signals

26:32 • 4min

11

The Differences Between IRF-7 and C-Gamp Stimuli

30:58 • 3min

12

The Different Immune Responses of Bats

33:57 • 6min

13

The Evolution of Bats and Birds

39:45 • 2min

14

The Role of Bats in Bird Immunology

41:37 • 6min

15

The Infectiousness of Bats

47:26 • 2min

16

The Importance of Bats for Human Health

49:10 • 3min

17

The Effects of Circadian Rhythms and T Cell Activity on the Immune System

52:28 • 5min

18

The Role of Circadian Regulation in Immune Cell Circulation and Function

57:17 • 4min

19

The Importance of Immune Responses in Psychiatry

01:01:26 • 2min

20

All Animals Have Nasal Mucus

01:03:06 • 2min

21

The Different Types of Mucus

01:04:54 • 2min

22

The Role of Histamines in Immune System Function

01:06:25 • 4min