• <tt class='tlJykMlA'></tt>
  • <thead class='94K7Lauipx'><option class='9cNvbSu7LJ'></option></thead>

    <em class='jepytdnyfeW3'><b class='oR1Ys12nk'><td class='6rzzLTN'></td></b></em>

  • <dl class='Td0EmkF'><b class='qoWhaibfJ9'></b></dl>

  • <span class='lS1G'></span>


    Nucleic Acid Function
    DNA Replication, Transcription & Translation​ 



    ANAT & PHYSGENERAL BIOCELL BIOMICRO 8wkMICRO 15wkINSTRUCTORS


    When the DNA molecule is inactive, the bases are linked by these hydrogen bonds and the molecule is in its spiral-shaped state. When DNA is being used—either being copied (a process called replication) or being employed to build proteins (involving the processes of transcription and translation)—the DNA molecule must be opened up, essentially “unzipped” between the bases.

    Article Summary: Nucleic acids, DNA and RNA, are the vital genetic blueprints for and builders of cellular proteins. Here is how DNA is copied and proteins are built.
    Nucleic Acid Function: Replication & Gene Expression


    ​Page last updated: 8/2015

    SPO VIRTUAL CLASSROOMS
    Instructor's Corner
    Continued ... 
    DNA Replication
    Phosphate-Sugar Backbone
    This article has 
    3 pages: 
    1  .  2 .  3
    LECTURE NOTES 
    from the free STEM 
    education site 
    Science Prof Online
    The bases found in nucleic acids include the double-ring purine bases Adenine and Guanine the single-ring, smaller pyrimidine bases of Cytosine, Uracil and Thymine.
    and