Last updated 7/2021
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 734.80 MB | Duration: 1h 42m
Understand natural selection, mutation, genetic drift, recombination, speciation and other concepts of evolution
What you'll learn
Fundamentals of genetics
The mechanisms of evolution
An overview of speciation
How evolution can be used as a computer algorithm
Requirements
Basic knowledge of biology
Description
Evolution is one of the main controversial topics in biology, and also one of the most fascinating phenomena in nature! This course is an introduction to evolutionary biology and the evolutionary process. In this introductory course, you will know the genetic basis of evolution: the nature of the genetic information; the main mechanisms of evolution, such as natural selection, crossing over and mutation; An overview of the process of speciation, and finally: how some computer algorithms can be inspired in the evolution of populations to solve hard combinatorial problems!The course is divided into three main sections:1- The fundamentals: In this section, we have an overview of the process of evolution, and why it is different from metamorphosis. You'll also learn concepts of genetics2- The mechanisms: In this section, are presented the main mechanisms of evolution, such as natural selection, mutation, crossing over, and genetic drift3- The extra section: Here, there are two lectures: in the first one, we will use a bioinformatic toool to search for similar genetic sequences. In the second class, we will explore the idea of genetic algorithms and how evolution inspires computer optimization algorthmsSo, if you are interested in the theory behind the evolutionary process, or you simply want to know how evolution can be seen as an algorithm, this course is for you!
Overview
Section 1: Introduction
Lecture 1 Course overview
Lecture 2 Intro to section 01
Lecture 3 Introduction to biological evolution
Lecture 4 Fundamentals of genetics: part 1
Lecture 5 Fundamentals of genetics: part 2
Lecture 6 Fundamentals of genetics: part 3
Lecture 7 Fundamentals of genetics: part 4
Lecture 8 Fundamentals of genetics: part 5
Lecture 9 Fundamentals of ecology
Section 2: Understanding the mechanisms of evolution
Lecture 10 Intro to section 02
Lecture 11 Natural selection
Lecture 12 Genetic drift
Lecture 13 Mutations - part 1
Lecture 14 Mutations - part 2
Lecture 15 Mutations - part 3
Lecture 16 Crossing-over/recombination
Lecture 17 Speciation
Section 3: Extra section
Lecture 18 Intro to section 3
Lecture 19 Comparing evolutionary similar sequences with BLAST
Lecture 20 Biological evolution as a computer algorithm - part 1
Lecture 21 Biological evolution as a computer algorithm - part 2
Lecture 22 Bonus lecture
Students of biology,Biologists,Biotechnologists,People interested in the subject
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