The Best Online Genetics Courses for beginners to learn Online Genetics in 2021.

Genetics is the investigation of DNA, qualities, and heredity. It incorporates the investigation of the quality turn of events, structure, and capacity in plants, creatures, and people just as in microbes with an attention on how the attributes of animal groups are passed starting with one age then onto the next.

DNA encodes our hereditary data and is given inside cells to keep up with living beings and to deliver the future. The acknowledgment of DNA as the hereditary material and the resulting distinguishing proof of its structure and coding system was both progressive and fundamental.

These revelations prompted groundbreaking coordination over the organic sciences with a typical comprehension of this key unit of life. Join this investigation of DNA structure, bundling, replication, and control with the help of these top 8 courses all over the internet!

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Top Online Genetics Courses List

  1. Genetics and Next Generation Sequencing for Bioinformatics

  2. Introduction to Genetics and Evolution

  3. DNA: Biology’s Genetic Code

  4. Biology 101: Introduction to Reproduction and Genetics

  5. Genetic Models for Animal Breeding

  6. CBSE Class 12 Biology - Genetics (Chapter 4,5 and 6)

  7. Learn Genetics - Understanding Genetic Disorders Course - FutureLearn

1. Genetics and Next Generation Sequencing for Bioinformatics

For software professionals entering Bioinformatics: DNA sequencing data analysis, NGS, & Biology prerequisites.

Course rating: 4.4 out of 5.0 ( 525 Ratings total)

In this course, you will learn:

  • the foundation in DNA, RNA, and Genetics.
  • how to use cloud-based platform Galaxy to analyze large sequencing datasets.
  • recent advances in DNA sequencing technology.
  • how to assess the quality of raw data.
  • applications in Personalized Cancer Therapy and Disease Research.
  • how to use FastQC and Trimmomatic to improve data quality.

This course will help you enter the field of Bioinformatics and will also help you in learning DNA, RNA, and Genetics.

This course is a starting point in NGS. It covers Biology prerequisites and quality control. Future courses will cover data analysis in more detail.

Here, you will learn about the recent advances in DNA sequencing technology, and how it can be applied to Personalized Cancer Therapy and Disease Research?

By the end of this course:

  • You can have a strong foundation in DNA, RNA, and Genetics.
  • You can have a thorough understanding of Next Generation DNA Sequencing Analysis.
  • You can use a cloud-based platform called Galaxy for the analysis of large datasets.
  • You can assess the quality of the raw data.
  • You can use FastQC and Trimmomatic to improve data quality.

You can take Genetics and Next Generation Sequencing for Bioinformatics Certificate Course on Udemy.

2. Introduction to Genetics and Evolution

Learn Introduction to Genetics and Evolution from Duke University.

Course rating: 4.8 out of 5.0 ( 1,098 Ratings total)

In this course, you will learn about:

  • Biology
  • Genetics
  • Evolution
  • Genomics

The course gives an essential outline of certain standards behind these basic territories of science. You frequently catch wind of new "genome successions," business units that can inform you regarding your family (counting pre-human) from your DNA or infection inclinations, and how individuals found "hereditary proof for regular determination."

This course gives the essential science you need to see these issues better, attempts to explain a few confusions, and attempts to get ready understudies for future, further developed coursework in Biology (and particularly transformative hereditary qualities).

At first, you will examine the meaning of "development" in a natural setting, proof for the reality of advancement and normal heritage of species, and public contemplations and misinterpretations about organic development.

From that point onward, you will get a prologue to essential transmission hereditary qualities and legacy. You will jump profoundly into hereditary qualities and explicitly the idea of "recombination." It starts to talk about how recombination is utilized in exemplary hereditary functions just as planning basic hereditary attributes utilizing crosses or information from normal populaces.

Next, you will plunge much more profound into the complexities of the hereditary qualities hidden characteristics, the beginning of hereditary variety, and how "complex" attributes (ones constrained by numerous qualities) are concentrated hereditarily.

Here, it starts the change to developmental hereditary qualities by taking a gander at the overall commitments of hereditary qualities and climate to attributes and furthermore presents how populace development is contemplated.

Instead of taking a gander at people, the course talks about how various people from regular populaces can be concentrated hereditarily to start to comprehend the developmental powers following up on the populace.

For the most part, you will likewise realize why sexual generation (including recombination) is developmentally worthwhile, and how the investigation of DNA groupings can be utilized to comprehend the transformative powers following up on populaces or species, either all in all or at explicit qualities.

From that point forward, you will go into the field of creature conduct - explicitly, how specific practices are or might be versatile, and why people pick specific others as mates.

At long last, the course discusses applications and misapplications of a large number of the ideas examined in the course to human wellbeing, comprehension, and prosperity.

You can take Introduction to Genetics and Evolution Certificate Course on Coursera.

3. DNA: Biology’s Genetic Code

DNA carries the defining data for life in a simple genetic code that comes with its own “back-up” system.

Course rating: 35,840 total enrollments

In this course, you will learn the:

  • methods that identified DNA as the genetic material.
  • structure of DNA and methods for packaging DNA into the cell.
  • impacts of packaging on DNA expression in higher organisms and passage of information with no change in DNA (epigenetics).
  • location-specific DNA expression in the cell.
  • machinery for replicating DNA with an extremely low error rate.
  • place of origin and timing for DNA replication.
  • mechanisms for “preserving” the ends of linear DNA.
  • types of damage that affect DNA structure and how DNA moves around.
  • procedures to amplify DNA sequences and to determine the base sequence.
  • enzymes to fragment DNA into specific segments that can be separated.
  • methods to recombine DNA segments from different sources.
  • ways to introduce recombined DNA into cells, including human cells.

The course includes:

  • DNA Structure
  • DNA Organization
  • DNA Replication I
  • DNA Replication II
  • DNA Manipulation

You can take DNA: Biology’s Genetic Code Certificate Course on Edx.

4. Biology 101: Introduction to Reproduction and Genetics

The Basics of Genetics and Reproduction.

Course rating: 3.7 out of 5.0 ( 28 Ratings total)

In this course, you will learn the:

  • importance of DNA as hereditary material.
  • difference between human reproduction and plant reproduction.
  • mechanism of fertilization in humans and plants.

This course is an introductory course for reproduction and genetics. The basic concepts within these two topics will be examined.

By the end of this course, you will be able to define key terms used in genetics, draw genetic diagrams, and explain how genes can be manipulated for beneficial purposes (Genetic Engineering). You will also be able to compare plant reproduction to human reproduction.

You can take Biology 101: Introduction to Reproduction and Genetics Certificate Course on Udemy.

5. Genetic Models for Animal Breeding

Understand the genetic and statistical principles that enable responsible animal breeding and set-up and improve your own breeding program.

Course rating: 11,924 total enrollments

In this course, you will learn the:

  • steps required in setting up a breeding program.
  • understanding of the main concepts in animal breeding.
  • applying genetic models and tools to predict the breeding value of animals.
  • tools to predict genetic change and/or inbreeding in populations.

The course includes:

  • Introduction to Animal Breeding
  • The breeding goal
  • Collection of information and family relationships
  • Genetic models
  • Ranking the animals
  • Response to selection

This course acquaints the means needed to plan a program for rearing creatures and shows the hereditary and factual ideas that are expected to fabricate a strong reproducing program.

Follow this course and realize what the key variables are for improving and expanding efficiency and realize the stuff to make and keep a solid populace.

You will figure out how a creature reproducer adjusts the requirement for improving the attractive characteristics of the creatures with the requirement for hereditary variety and the drawn-out maintainability of the rearing system.

At last, you will find out about the logical ideas in hereditary qualities that are applied in creature rearing, just as how to apply the hereditary models and computational techniques that are utilized in creature reproducing.

You can take the Genetic Models for Animal Breeding Certificate Course on Edx.

6. CBSE Class 12 Biology - Genetics (Chapter 4,5 and 6)

A brief description of Reproductive health, Principles of inheritance and variation, and molecular basis of inheritance.

Course rating: 3.8 out of 5.0 ( 3 Ratings total)

In this course, you will learn about:

  • reproductive health, principles of inheritance and variation, and molecular basis of inheritance.
  • reproductive health - Child barrier methods.
  • MTP (Medical Termination of Pregnancy) and STD (Sexually Transmitted Diseases).
  • ART (Assisted reproductive technology) - Various techniques in Indian medicine.
  • principles of inheritance - Laws of inheritance.
  • Monohybrid Cross, Test cross & Back cross.
  • law of segregation, co-dominance, and lethal gene.
  • Dihybrid cross, polygenic inheritance, and Cytoplasmic inheritance.
  • chromosomal inheritance, linkage, and cross over.
  • pedigree analysis, sex determination, and chromosomal abnormality.
  • Molecular basis of inheritance - Molecules, the structure of DNA, and its properties.
  • DNA replication types and their process.
  • DNA transcription - prokaryotes, eukaryotes, genetic code.
  • Proteins synthesis and regulation of gene expression.

The course includes chapter 4,5,6 of NCERT CBSE Class 12 Biology:

  • Reproductive health
  • Principles of inheritance variation
  • Molecular Basis of inheritance

You can take CBSE Class 12 Biology - Genetics (Chapter 4,5 and 6) Certificate Course on Udemy.

7. Learn Genetics - Understanding Genetic Disorders Course - FutureLearn

Explore the science behind our genetics and health and empower those with genetic disorders to make more informed health choices.

Course rating: 351 total enrollments

In this course, you will learn:

  • the molecular basis of selected inherited conditions that illustrate the main patterns of inheritance.
  • how to draw and analyze a pedigree and calculate genetic risk.
  • how laboratories can use the latest technologies to identify genetic variants that have led to the patient's condition.
  • how an understanding of the genetic basis of the disease can facilitate improved management and therapies of genetic conditions.
  • ways in which clinicians and genetic counselors help patients to understand the implications of genetics for themselves and other family members and explore the options available to them.

The course includes:

  • The Genetic Basis of Disease
  • Clinical Approaches in Genetics
  • Genetics Laboratory Diagnostics Services
  • Clinical Management of Genetic Conditions
  • Living with Genetic Disease

This course offers interesting knowledge into how hereditary qualities can affect our wellbeing and the significance of understanding hereditary illnesses to all the more likely oversee and treat patients.

In this course, you will get the opportunity to examine the sub-atomic premise of explicit acquired hereditary conditions that show the principle examples of legacy.

You'll figure out how to investigate a family to distinguish the genotypes and aggregates that foresee how quality will be passed on hereditarily, and fabricate your insight into how to ascertain hereditary danger.

You'll investigate these advances in detail, and figure out how a superior comprehension of the hereditary premise of illness empowers experts to improve treatments to treat hereditary issues.

You'll likewise consider ways clinicians can more readily uphold patients in understanding the ramifications of hereditary problems and the choices they have.

You can take Learn Genetics - Understanding Genetic Disorders Course - FutureLearn Certificate Course on Futurelearn.

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