00:48 : Further resources and contact details
01:25 : Contents
02:00 : Introduction: Tools of a biologist
06:57 : Julia enables new biology
09:23 : Speed Ex. 1 - Single cell data and network inference
13:24 : Speed Ex. 2 - Pharmacology and dynamical systems
17:24 : What is abstraction in context of programming language?
18:35 : What is abstraction in Julia?
19:17 : Why should biologists care about abstraction?
20:15 : Abstraction Ex. 1 - Structural Bioinformatics and code reuse
23:19 : Abstraction Ex. 2 - Image processing
23:19 : Metaprogramming
28:11 : Metaprogramming Ex.1 - Biochemical reaction networks
29:00 : Metaprogramming Ex.2 - Whole cell modeling
29:59 : Summary
32:47 : The package ecosystem in Julia for biologists
33:40 : More reasons why to use Julia
35:05 : Acknowledgements
35:40 : Tips from the community
Video Link : https://www.youtube.com/watch?v=gRj7E5kYG1I
00:48 : Further resources and contact details 01:25 : Contents 02:00 : Introduction: Tools of a biologist 06:57 : Julia enables new biology 09:23 : Speed Ex. 1 - Single cell data and network inference 13:24 : Speed Ex. 2 - Pharmacology and dynamical systems 17:24 : What is abstraction in context of programming language? 18:35 : What is abstraction in Julia? 19:17 : Why should biologists care about abstraction? 20:15 : Abstraction Ex. 1 - Structural Bioinformatics and code reuse 23:19 : Abstraction Ex. 2 - Image processing 23:19 : Metaprogramming 28:11 : Metaprogramming Ex.1 - Biochemical reaction networks 29:00 : Metaprogramming Ex.2 - Whole cell modeling 29:59 : Summary 32:47 : The package ecosystem in Julia for biologists 33:40 : More reasons why to use Julia 35:05 : Acknowledgements 35:40 : Tips from the community
@logankilpatrick