Главная
Study mode:
on
1
6.047/6.878 Lecture 1 - Introduction (Fall 2020)
2
6.047/6.878 Lecture 2 - Dynamic Programming (Fall 2020)
3
6.047/6.878 Lecture 3 - Local alignment Hashing BLAST alignmentScores (Fall 2020)
4
6.047/6.878 Lecture 4 - HMMs 1 (Fall 2020)
5
6.047/6.878 Lecture 5 - HMMs 2 (Fall 2020)
6
6.047/6.878 Lecture 6 - Expression analysis Clustering Classification (Fall 2020)
7
6.047/6.878 Lecture 7 - RNA folding, RNA world, RNA structures (Fall 2020)
8
6.047/6.878 Lecture 8 - Epigenomics 1 (Fall 2020)
9
6.047/6.878 Lecture 9 - Epigenomics 2 and 3D genome (Fall 2020)
10
6.047/6.878 Lecture 10 - Regulatory Genomics and Motifs (Fall 2020)
11
6.047/6.878 Lecture 11 - Networks (Fall 2020)
12
6.047/6.878 Lecture 12 - Deep Learning (Fall 2020)
13
6.047/6.878 Lecture 13 - Population Genetics (Fall 2020)
14
6.047/6.878 Lecture 14 - GWAS and Disease Dissection (Fall 2020)
15
6.047/6.878 Lecture 15 - eQTLs expression Quantitative Trait Loci (Fall 2020)
16
6.047/6.878 Lecture16 - Systems Genetics and Heritability (Fall 2020)
17
6.047/6.878 Lecture17 - Comparative Genomics (Fall 2020)
18
6.047/6.878 Lecture 18 - Genome Evolution (Fall 2020)
19
6.047/6.878 Lecture 19 - Phylogenetics (Fall 2020)
20
6.047/6.878 Lecture 20 - Phylogenomics (Fall 2020)
21
6.047/6.878 Lecture 21 - Cancer Genomics (Fall 2020)
22
MIT Deep Learning Genomics - Lecture 15 - Single-cell genomics (Spring 2020)
Description:
Fall 2020 Prof. Manolis Kellis Computational Biology: Genomes, Networks, Evolution, Health Machine Learning in Genomics: Dissecting the circuitry of Human Disease

Machine Learning for Genomics Fall 2020

Massachusetts Institute of Technology
Add to list
#Science #Biology #Genomics #Computer Science #Machine Learning #Epigenetics #Epigenomics #Algorithms #Dynamic programming #Classification #Clustering
0:00 / 0:00
1 of 22

6.047/6.878 Lecture 1 - Introduction (Fall 2020)