Mata Kuliah BI2104 - 2024

Kode Mata KuliahBI2104 / 1 SKS
Penyelenggara106 - Biologi / SITH
KategoriKuliah
Bahasa IndonesiaEnglish
Nama Mata KuliahPraktikum GenetikaGenetics Practicum
Bahan Kajian
  1. Penurunan sifat pada Drosophilla Melanogaster
  2. Fenotipik mutan pada Drosophilla Melanogaster
  3. Persilangan pada parental/filial Drosophilla Melanogaster
  4. Isolasi Kromosom
  5. Isolasi DNA pada Eukariot
  6. Amplifikasi DNA menggunakan metoda PCR
  7. Visualisasi DNA menggunakan metoda elektroforesis gel
  8. Pengukuran kuantitas dan kualitas DNA menggunakan spektrofotometer UV
  1. Traits in Drosophila melanogaster
  2. Phenotypic mutants in Drosophila melanogaster
  3. Crossbreeding in the parental/filial generations of Drosophila melanogaster
  4. Chromosome Isolation
  5. DNA Isolation in Eukaryotes
  6. DNA amplification using the PCR method
  7. Visualization of DNA using gel electrophoresis
  8. Measuring the quantity and quality of DNA using a UV spectrophotometer
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Mampu mendemonstrasikan hukum mendel dan penurunan sifat pada hewan model.
  2. Mampu mendemonstrasikan fenotipik mutasi pada hewan model.
  3. Mampu melakukan teknik isolasi dan visualisasi materi genetik baik dalam bentuk DNA maupun kromosom.
  4. Mampu melakukan teknik amplifikasi DNA secara in vitro.
  5. Mampu mendeskripsikan digital analisis dan DNA dan anotasi genom.
  6. Dapat menggunakan komunikasi efektif dalam bahasa Indonesia secara lisan dan tulisan.
  7. Dapat menunjukkan kemampuan bekerja dan belajar baik secara mandiri maupun dalam kelompok.
  8. Dapat menunjukkan pengetahuan tentang etika, keselamatan, dan isu- isu lingkungan.
  9. Mampu mencari informasi relevan dari publikasi saintifik terkait ilmu genetika dan perkembangannya.
  10. Mampu menjelaskan penerapan teknik dan konsep genetika dalam pengembangan teknologi serta penyelesaian permasalahan di bidang pangan, energi, atau kesehatan.
  11. Able to explain the role of genetics in understanding and appreciating biodiversity and genetic variation in organisms.
  12. Mampu melakukan teknik praktikum genetika sesuai dengan metode dan prosedur standar dalam pengamatan dan analisis materi genetik.
  1. Able to demonstrate Mendelian laws and inheritance patterns using model animals.
  2. Be able to demonstrate the phenotypic effects of mutations in animal models.
  3. Be able to perform techniques for the isolation and visualization of genetic material, whether in the form of DNA or chromosomes.
  4. Able to perform in vitro DNA amplification techniques.
  5. Be able to describe digital analysis, DNA, and genome annotation.
  6. Can communicate effectively in Indonesian, both orally and in writing.
  7. Demonstrates the ability to work and learn both independently and in groups.
  8. Can demonstrate knowledge of ethics, safety, and environmental issues.
  9. Able to explain the applications of genetic concepts and techniques in technological development and in addressing problems related to food, energy, or health.
  10. Able to explain the applications of genetic concepts and techniques in technological development and in addressing problems related to food, energy, or health.
  11. Able to explain the role of genetics in understanding and appreciating biodiversity and genetic variation in organisms.
  12. Able to perform genetics laboratory techniques in accordance with standard methods and procedures for observing and analyzing genetic material.
Metode PembelajaranDemontrasi; eksperimen; using AIDemonstration; experiment; using AI
Modalitas PembelajaranVisual, kinestetik, laboratoriumVisual, kinesthetic, laboratory
Jenis NilaiABCDE
Metode PenilaianMultiple choice questions;Short answer test; Lab test; presentation; final examMultiple-choice questions; short-answer test; lab test; presentation; final exam
Catatan Tambahan