Эпигенетика. Краткий курс по управлению генами from Coursera

Как так получается, что вопреки распространённой поговорке руки растут именно из плеч, а не из другого места? Это происходит благодаря тому, что клетки помнят эту информацию и вовремя «включают» и «выключают» нужные гены. Клетки могут помнить даже то, занимаетесь ли вы спортом и как часто употребляете алкоголь, как чувствовала себя ваша мама, когда была беременна вами, и какими вирусными инфекциями вы переболели в детстве. Такую способность, как клеточная память, изучает эпигенетика. О том, как активность генов влияет на работу клеток и всего организма в целом, мы расскажем вам в нашем новом онлайн-курсе «Эпигенетика. Краткий курс по управлению генами». Посмотрев наш курс, вы точно не перепутаете эпигенетику с родственной генетикой, ведь в то время как первая только «предполагает», как поведут себя ваши гены, вторая «располагает» механизмами их управления. Вы узнаете, существует ли эликсир «вечной молодости», и что происходит с клетками, когда мы стареем? Зачем нужны стволовые клетки и смогут ли они продлить нам жизнь? Почему нам нужны хромосомы от обоих родителей? Вы увидите, как устроена клеточная память, и как её можно использовать для лечения некоторых сложных заболеваний. А ещё мы расскажем вам, как поймать преступника с помощью эпигенетики. Наши преподаватели расскажут вам очень много удивительных вещей о строении клеток и работе организма. Вы сможете больше узнать о собственном здоровье, здоровье своих будущих детей, а также о передовых технологиях, которые уже используют учёные, чтобы сделать мир лучше. Мы будем рады всем, кого интересует биология, генетика, медицина и собственное здоровье. Присоединяйтесь, будет интересно!

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Appeals to learners interested in pursuing medicine

Assumes biology and/or genetics as prerequisites

Provides an overview of the concept of epigenetics

Facilitates an understanding of the fundamentals of epigenetics

Educates learners about the function and structure of cells

Showcases instances of epigenetics in real-world scenarios

Reviews summary

Fascinating epigenetics overview

This course introduces students to epigenetics, the study of how genes are regulated. Students learn about cellular memory and how it relates to health, aging, and disease. The course is well-received by students, who find it to be informative and engaging. While the course is challenging, it provides a strong foundation for further study in epigenetics.

Organized and engaging

"...Очень крутой курс. сложный и плотный по знаниям..."

Suitable for advanced learners

"...достаточно сложный для не биолога..."

"... непростой даже для биолога..."

Highly educational

"...poznovaтельный курс, подача материала легко воспринимается..."

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Career center

Learners who complete Эпигенетика. Краткий курс по управлению генами will develop knowledge and skills that may be useful to these careers:

Bioinformatics Scientist

Bioinformatics Scientists play an important role in understanding how genes affect an organism and how our behavior shapes our genes. This course provides a foundation in epigenetics, the study of cellular memory and how it influences gene activity. The concepts and techniques covered in this course 'Epigenetics: A Short Course on Gene Management' are crucial for understanding the complex interactions within cells and how they influence various biological processes.

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Clinical Geneticist

Clinical Geneticists use their knowledge of genetics to diagnose and treat disorders caused by genetic mutations. This course on epigenetics provides valuable insights into how genes can be influenced by environmental factors and lifestyle choices, complementing the understanding of genetic disorders. By learning about epigenetic mechanisms, Clinical Geneticists can gain a more comprehensive view of genetic diseases and develop personalized treatment strategies.

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Data Scientist

Data Scientists use a combination of programming and analysis skills to extract insights from vast amounts of data. This course introduces the concept of cellular memory and explores how it affects gene activity, providing Data Scientists with a foundation in understanding the impact of genetic and environmental factors on biological systems. The ability to analyze and interpret biological data is becoming increasingly important in fields such as healthcare and biotechnology, making this course a valuable resource for Data Scientists seeking to specialize in these domains.

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Forensic Scientist

Forensic Scientists analyze and interpret evidence to assist in criminal investigations. This course on epigenetics provides a foundation in understanding how cellular memory can be used to trace an individual's genetic history. By gaining insights into the principles of epigenetics, Forensic Scientists can develop and refine techniques for identifying suspects, analyzing crime scenes, and reconstructing past events.

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Genetic Counselor

Genetic Counselors provide information and support to individuals and families affected by genetic conditions. This course on epigenetics offers valuable insights into the role of cellular memory in shaping genetic expression. By understanding the interplay between genes and environmental factors, Genetic Counselors can provide more comprehensive guidance to their clients about the potential implications of genetic conditions and help them make informed decisions about their healthcare.

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Microbiologist

Microbiologists study microorganisms, such as bacteria, viruses, and fungi, and their impact on human health and the environment. This course on epigenetics provides a foundation in understanding how environmental factors can influence gene expression. By gaining insights into the mechanisms of cellular memory, Microbiologists can explore how microorganisms adapt to different environments and develop strategies to prevent or treat infectious diseases.

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Molecular Biologist

Molecular Biologists study the structure and function of biological molecules, such as DNA, RNA, and proteins. This course on epigenetics provides a foundation in understanding how cellular memory can affect gene activity. By gaining insights into the mechanisms that regulate gene expression, Molecular Biologists can investigate the molecular basis of diseases and develop new therapies.

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Physician

Physicians diagnose and treat diseases and injuries. This course on epigenetics provides a foundation in understanding how cellular memory can affect gene activity and disease progression. By gaining insights into the mechanisms that regulate gene expression, Physicians can develop more personalized and effective treatment strategies.

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Research Scientist

Research Scientists conduct scientific research to advance knowledge in various fields. This course on epigenetics provides a foundation in understanding how cellular memory can affect gene activity and biological processes. By gaining insights into the mechanisms that regulate gene expression, Research Scientists can explore new frontiers in genetics, medicine, and biotechnology.

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Science Writer

Science Writers communicate complex scientific concepts to a general audience. This course on epigenetics provides a foundation in understanding how cellular memory can affect gene activity and biological processes. By gaining insights into the mechanisms that regulate gene expression, Science Writers can effectively convey the latest advancements in genetics and their implications to the public.

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Systems Biologist

Systems Biologists study the complex interactions within biological systems. This course on epigenetics provides a foundation in understanding how cellular memory can affect gene activity and biological processes. By gaining insights into the mechanisms that regulate gene expression, Systems Biologists can develop computational models to predict and understand the behavior of complex biological systems.

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Toxicologist

Toxicologists study the effects of toxic substances on human health and the environment. This course on epigenetics provides a foundation in understanding how environmental factors can influence gene expression. By gaining insights into the mechanisms that regulate gene expression, Toxicologists can evaluate the potential health risks associated with exposure to various toxins and develop strategies to mitigate their effects.

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Science Teacher

Science Teachers educate students about scientific concepts and principles. This course on epigenetics provides a foundation in understanding how cellular memory can affect gene activity and biological processes. By gaining insights into the mechanisms that regulate gene expression, Science Teachers can effectively convey the latest advancements in genetics to their students and inspire their interest in science.

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Biostatistician

Biostatisticians apply statistical methods to analyze biological data. This course on epigenetics provides a foundation in understanding how cellular memory can affect gene activity and biological processes. By gaining insights into the mechanisms that regulate gene expression, Biostatisticians can develop statistical models to analyze and interpret genetic data, contributing to the advancement of precision medicine.

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Biomedical Engineer

Biomedical Engineers apply engineering principles to solve problems in biology and medicine. This course on epigenetics provides a foundation in understanding how cellular memory can affect gene activity and biological processes. By gaining insights into the mechanisms that regulate gene expression, Biomedical Engineers can design and develop new technologies and therapies that target specific genes or pathways.

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Эпигенетика. Краткий курс по управлению генами

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Reviews summary

Fascinating epigenetics overview

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