-
00:00
1.
Applications
-
00:30
2.
Traditional Microbial Genomics
-
03:11
3.
What is Metagenomics?
-
05:00
4.
The Road to Metagenomics
-
07:21
5.
Applications of Microbiome
-
10:06
6.
Human Microbiome Project
-
10:49
7.
Microbiome–innate-immune-system interactions are involved in multifactorial diseases
-
11:49
8.
Gut microbiota enhance Parkinson's Disease
-
13:10
9.
古籍糞便用藥
-
14:45
10.
Metagenomic Approaches
-
19:02
11.
16s-RNA Sequencing
-
23:04
12.
Qiime2
-
23:35
13.
EasyMAP
-
24:47
14.
Whole Genome Shotgun Metagenomics
-
26:37
15.
Operational Taxonomic Unit & Binning
-
28:09
16.
DADA2 ( Divisive Amplicon Denoising Algorithm)
-
28:51
17.
Analytic pipeline
-
30:48
18.
Alpha diversity: species richness (and evenness) within a single sample [local scale] Beta diversity: change in species composition across a collection of samples [habitats]Gamma diversity: total species richness across an environmental gradient [landscap
-
33:03
19.
Alpha Diversity: Observed OTU
-
34:00
20.
Alpha Diversity: Faith's Phylogenetic Diversity
-
35:03
21.
Alpha Diversity: Evenness
-
36:22
22.
Example: Alpha Diversity
-
37:11
23.
Plot: Alpha Diversity
-
37:45
24.
Beta diversity
-
38:00
25.
Principal Coordinate Analysis (PCoA)
-
38:47
26.
Example: PCoA
-
39:26
27.
Species Richness
-
40:35
28.
Plot: beta diversity
-
41:25
29.
Common Pitfalls in Comparing Relative Abundance
-
44:17
30.
Linear discriminant analysis (LDA) Effect Size
-
47:58
31.
Function Prediction: PICRUSt
-
51:15
32.
Tax4Fun
-
52:07
33.
Phneotypes classification
-
52:28
34.
Microbial Colonization
-
53:58
35.
In Vitro Functional Metagenomics
-
54:49
36.
In Vivo Functional Metagenomics