Mata Kuliah KI5262 - 2026

Kode Mata KuliahKI5262 / 3 SKS
Penyelenggara205 - Kimia / FMIPA
KategoriKuliah
Bahasa IndonesiaEnglish
Nama Mata KuliahGenetika Molekul dan Rekayasa GenetikaMolecular Genetics and Genetics Engineering
Bahan Kajian
  1. Struktur dan fungsi asam nukleat
  2. Struktur, mekanisme, dan regulasi ekspresi gen pada prokariot
  3. Metode dan terminologi dalam genetika molekul dan rekayasa genetika
  4. Variasi genetik dan mutasi
  5. Mekanisme perbaikan DNA dalam sel
  6. Genom bakteri, plasmid, dan plasmid kloning
  7. Genetika ragi
  8. Ekspresi dan regulasi ekspresi gen pada ragi
  9. Rekayasa genetika ragi
  10. Ekspresi heterolog pada ragi metilotropik
  11. Perkembangan mutakhir genetika molekul
  1. Structure and function of nucleic acids
  2. Structure, mechanisms, and regulation of gene expression in prokaryotes
  3. Methods and terminology in molecular genetics and genetic engineering
  4. Genetic variation and mutation
  5. Mechanisms of DNA repair in cells
  6. Bacterial genomes, plasmids, and cloning plasmids
  7. Yeast genetics
  8. Gene expression and regulation in yeast
  9. Yeast genetic engineering
  10. Heterologous expression in methylotrophic yeast
  11. Recent advances in molecular genetics
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. - Mahasiswa memahami tentang struktur DNA dan fungsi DNA
  2. - Mahasiswa memahami tentang struktur dan regulasi ekspresi gen dalam prokariot dan eukariot
  3. - Mahasiswa mengetahui tentang berbagai metoda dan terminologi penting dalam genetika molekul dan rekayasa genetika
  4. - Mahasiswa memahami tentang variasi genetik, mutasi, serta perbaikan kerusakan DNA dan mekanismenya dalam sel hidup
  5. - Mahasiswa mengerti tentang organisasi genom bakteri, plasmid, enzim restriksi, teknologi DNA rekombinan, dan elektroforesis
  6. - Mahasiswa memahami tentang struktur genom, organisasi gen, dan kontrol ekspresi gen dalam ragi
  7. - Mahasiswa memahami tentang berbagai jenis vektor ekspresi pada bakteri dan ragi
  8. - Mahasiswa memilih topik-topik menarik tentang perkembangan mutakhir genetika molekul dan rekayasa genetika, membuat ringkasan, dan mempresentasikannya di kelas
  1. Students understand the structure and function of DNA.
  2. Students understand the structure and regulation of gene expression in prokaryotes and eukaryotes.
  3. Students are familiar with various methods and important terminology in molecular genetics and genetic engineering.
  4. Students understand genetic variation, mutation, and DNA damage repair, as well as their mechanisms in living cells.
  5. Students understand the organization of bacterial genomes, plasmids, restriction enzymes, recombinant DNA technology, and electrophoresis.
  6. Students understand genome structure, gene organization, and the control of gene expression in yeast.
  7. Students understand various types of expression vectors in bacteria and yeast.
  8. Students select topics of interest related to recent advances in molecular genetics and genetic engineering, prepare summaries, and present them in class.
Metode PembelajaranTatap muka, diskusi, tugas, dan presentasi.Face-to-face instruction, discussions, assignments, and presentations
Modalitas PembelajaranVisual dan auditorial. Sinkronous (luring dan daring) dan asinkonous.Visual and auditory Synchronous (face-to-face and online) and asynchronous
Jenis NilaiABCDE
Metode PenilaianUjian, tugas, dan presentasiExaminations, assignments, and presentations
Catatan Tambahan--