
This course explores the intersection of computing and biology, focusing on bioinformatics to decode DNA sequences. It delves into DNA replication, identifying replication origins, and investigates molecular clocks to understand circadian rhythms encoded in DNA. Through algorithms and software tools, students uncover hidden messages within the genome, revealing insights into biological processes like Mycobacterium tuberculosis dormancy. By leveraging computational techniques, learners decipher the intricate language of DNA without the need for lab experiments. The course offers a practical approach to understanding genetics, genomics, and molecular biology, emphasizing the role of computing in modern biological research
This course explores the intersection of computing and biology, focusing on bioinformatics to decode DNA sequences. It delves into DNA replication, identifying replication origins, and investigates molecular clocks to understand circadian rhythms encoded in DNA. Through algorithms and software tools, students uncover hidden messages within the genome, revealing insights into biological processes like Mycobacterium tuberculosis dormancy. By leveraging computational techniques, learners decipher the intricate language of DNA without the need for lab experiments. The course offers a practical approach to understanding genetics, genomics, and molecular biology, emphasizing the role of computing in modern biological research