La genetica tra scienza, storia e società from edX

ll corso di Genetica presenta una descrizione storica delle scoperte chiave condotte nel secolo scorso che hanno portato ai moderni concetti di gene e di genoma, con particolare enfasi sul metodo scientifico. La parte iniziale del corso mira sia alla rilettura di conoscenze di base sia al loro consolidamento. Successivamente il corso approfondisce vari argomenti chiave quali le mappe genetiche, la regolazione genica, la mutazione, il codice genetico e l'analisi genetica dei “pedigree”. Il corso offre anche spunti di riflessioni sui rapporti tra la genetica, la società, la storia, l'economia e la politica. Sono indicati molti collegamenti ipertestuali che permettono al lettore di approfondire gli aspetti trattati e consultare articoli scientifici in originale.

This Genetics course presents a historical account of the key discoveries from the last century that led to the modern concepts of gene and genome, with particular emphasis on the scientific method. The first part focuses on a revision of basic knowledge in the field and some consolidation work. The course then looks at key topics in more depth, like genetic mapping, gene regulation, mutation, genetic coding and genetic analysis of “pedigree”. The course also offers food for thought about the relation between genetics, society, history, economics and politics. There are many hyperlinks in the text which enable the learner to explore key topics in more depth and to read scientific articles in their original version.

What's inside

Learning objectives

• gene • genoma • mappe genetiche • codice genetico • mutazione

• genes • genomes • genetic mapping • genetic code • mutation

• gene • genoma • mappe genetiche • codice genetico • mutazione
• genes • genomes • genetic mapping • genetic code • mutation

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Gli obiettivi didattici principali sono: • Gene • Genoma • Mappe genetiche • Codice genetico • Mutazione - Geni - Genomi - Mappatura genetica - Codice genetico - Mutazione

Esamina sia le fondamenta della genetica sia le sue applicazioni moderne, rendendolo adatto a studenti principianti e a studenti avanzati

Offre prospettive chiave sul rapporto tra genetica, società, storia, economia e politica

Adatto a studenti con conoscenze di base di genetica o a coloro che cercano una revisione completa

Reviews summary

Corso esauriente e stimolante

Questo corso presenta una panoramica completa e coinvolgente delle scoperte fondamentali della genetica, esaminando i concetti chiave e le relazioni tra genetica e altri campi. I suoi video coinvolgenti e la ricca documentazione lo rendono una risorsa preziosa.

Video del professore Saccone chiari

"ottimi i video del professor Saccone"

Approccio storico coinvolgente

"...particularly interesting the historical approach"

Corso ricco di informazioni

"Clear, full of information..."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in La genetica tra scienza, storia e società with these activities:

Review the fundamentals of genetics

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Deepen your understanding of the basic principles of genetics to provide a solid foundation for the course.

Browse courses on Genetics

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Review your high school biology notes or textbook on genetics.
Read and summarize scientific articles on fundamental genetic concepts.
Complete online quizzes or exercises to test your understanding.

Brush up on your math skills, including probability and statistics

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Strengthen your foundation in quantitative concepts to support your understanding of genetic analysis.

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Review your high school notes or textbooks on probability and statistics.
Solve practice problems to refresh your memory and improve your proficiency.
Take an online course or workshop to enhance your understanding.
Find a study buddy or form a group to discuss concepts and solve problems together.

Explore interactive simulations on genetic inheritance

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Develop a practical understanding of how genetic traits are inherited by following interactive simulations.

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Visit websites like PhET or BioInteractive to find simulations on topics covered in the course.
Run the simulations and observe the patterns of inheritance.
Record your observations and draw conclusions about genetic inheritance.

Three other activities

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Write a blog post summarizing a topic from the course

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Solidify your understanding by explaining a genetic concept in your own words and sharing it with others.

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Choose a topic from the course that you want to explore further.
Research the topic and gather relevant information from textbooks, articles, and online sources.
Organize your thoughts and write a well-structured blog post.
Proofread your post carefully before publishing it.

Volunteer as a tutor to help other students

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Reinforce your learning by sharing your knowledge and helping others grasp genetic concepts.

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Join a tutoring program or offer your services to classmates.
Prepare lesson plans and materials to support your students.
Provide clear explanations and guidance to help students overcome challenges.

Contribute to open-source software for genetic analysis

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Deepen your understanding of genetic analysis by engaging with real-world applications and contributing to the open-source community.

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Identify open-source projects related to genetic analysis.
Review the project documentation and identify areas where you can contribute.
Submit pull requests with your contributions after testing your changes thoroughly.
Collaborate with other contributors to improve the project.

Career center

Learners who complete La genetica tra scienza, storia e società will develop knowledge and skills that may be useful to these careers:

Geneticist

Geneticists study genes and heredity in animals, plants, and microorganisms. They work in laboratories and use a variety of techniques, including genetic mapping, gene regulation, and analysis of pedigrees. This course can help aspiring geneticists understand the methods used in genetics and prepare for graduate work. An understanding of mutation, genetic mapping, genetic coding, and pedigree analysis are important concepts in the field.

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Genetic Counselor

Genetic counselors help people understand and make informed decisions about genetic risks and disorders. They provide information about genetic testing, interpretation of results, and management of genetic conditions. This course can help genetic counselors build a foundation in genetics and gain an understanding of the historical development of the field. Knowledge of genetic mapping, gene regulation, mutation, and the genetic code is also useful for genetic counselors.

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Biochemist

Biochemists study the chemical processes that occur in living organisms. They work in laboratories and use a variety of techniques, including genomics, proteomics, and metabolomics. This course can help biochemists understand the molecular basis of genetics and prepare for graduate work. Familiarity with the genetic code, gene regulation, and mutation is important for biochemists.

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Pharmacologist

Pharmacologists study the effects of drugs on living organisms. They work in laboratories and use a variety of techniques, including animal models, cell culture, and molecular biology. This course can help pharmacologists understand the genetic basis of drug response and prepare for graduate work. Knowledge of gene regulation, mutation, and genetic coding is useful for pharmacologists.

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Toxicologist

Toxicologists study the effects of toxic substances on living organisms. They work in laboratories and use a variety of techniques, including animal models, cell culture, and molecular biology. This course can help toxicologists understand the genetic basis of toxicity and prepare for graduate work. Understanding genetic mapping, mutation, and genetic coding is useful for toxicologists.

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Science Teacher

Science teachers teach science to students in primary and secondary schools. They develop lesson plans, conduct experiments, and grade assignments. This course can help science teachers understand the history of genetics and the scientific method. It can also help them prepare for teaching genetics to their students.

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Science Writer

Science writers communicate scientific information to the public. They write articles, books, and other materials for a variety of audiences. This course can help science writers understand the history of genetics and the scientific method. It can also help them write about genetics in a clear and engaging way.

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Medical Writer

Medical writers create educational materials for patients, healthcare professionals, and the general public. They write articles, brochures, websites, and other materials. This course can help medical writers understand the history of genetics and the scientific method. It can also help them write about genetics in a clear and accurate way.

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Science Policy Analyst

Science policy analysts develop and analyze policies that affect science and technology. They work for government agencies, think tanks, and other organizations. This course can help science policy analysts understand the history of genetics and the scientific method. It can also help them analyze policies that affect genetics.

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Patent Attorney

Patent attorneys help clients obtain and protect patents for their inventions. They work with scientists and engineers to understand the technology behind inventions and prepare patent applications. This course may be useful for patent attorneys who work with inventions in the field of genetics.

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Business Development Manager

Business development managers develop and implement strategies to grow businesses. They work with customers and partners to identify opportunities and develop new products and services. This course may be useful for business development managers who work in the field of genetics.

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Marketing Manager

Marketing managers develop and implement marketing campaigns to promote products and services. They work with customers and partners to identify target markets and develop marketing strategies. This course may be useful for marketing managers who work in the field of genetics.

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Sales Manager

Sales managers lead and manage sales teams. They develop and implement sales strategies and work with customers to close deals. This course may be useful for sales managers who work in the field of genetics.

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Customer Service Representative

Customer service representatives provide support to customers. They answer questions, resolve problems, and process orders. This course may be useful for customer service representatives who work in the field of genetics.

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Administrative Assistant

Administrative assistants provide administrative support to managers and other professionals. They perform a variety of tasks, such as scheduling appointments, answering phones, and preparing presentations. This course may be useful for administrative assistants who work in the field of genetics.

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