This course offers a fascinating and in-depth journey into the world of genetics, from its historical foundations to the frontiers of contemporary research. Participants will embark on a captivating intellectual voyage beginning with a comprehensive historical review of Gregor Mendel's groundbreaking work, the father of modern genetics, emphasizing his decisive impact on the field's development. The course will then progress to explore the revolutionary structure of DNA, as discovered by James Watson and Francis Crick, with an in-depth analysis of the scientific and philosophical implications of this discovery.

Participants will delve into understanding mitosis and meiosis processes, investigate the complexities of Mendelian inheritance laws, and develop a profound understanding of key concepts such as dominant and recessive alleles. The course will include an in-depth discussion of Barbara McClintock's unique contribution to the discovery of mobile genetic elements, highlighting the importance of her work to our modern conception of the dynamic genome. A comprehensive review of Thomas Hunt Morgan's work on chromosomes and the chromosomal inheritance theory will provide participants with a deep understanding of the molecular basis of inheritance.

The course will delve into genetic mutations, providing a detailed overview of different types such as deletion, substitution, and insertion mutations, and their impact on cellular and organismal function. Participants will explore the complex genetic mechanisms of various diseases, focusing on case studies such as Down syndrome and Turner syndrome, and develop a deep understanding of the interaction between genetics and phenotype.

A central part of the course will be devoted to an in-depth discussion of the ethical implications of genetic engineering and genomic sequencing, critically examining potential benefits and risks. The course will conclude with a fascinating overview of the current frontiers of genetic research, focusing on CRISPR-Cas9 gene editing technology and its revolutionary implications for medicine, agriculture, and basic research.

Throughout the course, participants will develop critical thinking about the scientific, ethical, and social aspects of genetic advancement, and will gain tools for understanding and analyzing future developments in this rapidly evolving field.

* The course material will be tailored to the age of the learners.