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Overview of Genomics definitions

컨트롤 버튼이 '내비게이션' 모드로 변경되었습니다.
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  • Genome
    All genetic material in an organism, including coding and non-coding regions, organized within chromosomes.
  • Genomics
    Field focused on studying entire genetic content, including genes, regulatory elements, telomeres, and centromeres.
  • Bioinformatics
    Discipline analyzing the information-rich portions of genetic material, such as genes and regulatory sequences.
  • Regulatory Sequence
    DNA segment controlling gene activation or inactivation, often serving as binding sites for proteins.
  • Telomere
    Condensed DNA region at chromosome ends, lacking information content but crucial for chromosome stability.
  • Centromere
    Chromosomal region essential for proper segregation during cell division, composed of non-coding DNA.
  • Comparative Genomics
    Approach comparing genetic material across species to reveal evolutionary similarities and differences.
  • Functional Genomics
    Branch dedicated to uncovering gene and protein roles, including expression patterns and biological functions.
  • Non-coding RNA
    RNA molecule transcribed from DNA that does not encode proteins but often regulates gene expression.
  • MicroRNA
    Small non-coding RNA involved in post-transcriptional regulation of gene expression.
  • siRNA
    Short interfering RNA molecule that guides gene silencing by degrading specific messenger RNAs.
  • Gene Expression
    Process determining when, where, and how much a gene's product is produced in an organism.
  • Protein
    Molecule encoded by genes, performing diverse cellular functions such as support, signaling, or secretion.
  • Chromosome
    Structure composed of DNA and proteins, housing the genome and organizing genetic material.
  • Evolutionary Study
    Analysis of genetic material across species to trace lineage relationships and adaptive changes.