Mata Kuliah BI2103 - 2024

Kode Mata KuliahBI2103 / 3 SKS
Penyelenggara106 - Biology / SITH
KategoriLecture
Bahasa IndonesiaEnglish
Nama Mata KuliahGenetikaGenetics
Bahan Kajian
  1. Dasar informasi biologi
  2. Hukum Mendel
  3. Ekstensi hukum Mendel
  4. Teori Kromosom
  5. Keterpautan, rekombinasi, dan pemetaan gen pada kromosom
  6. Struktur, replikasi dan rekombinasi DNA
  7. Anatomi dan fungsi gen melalui mutasi
  8. Analisis digital dan anotasi genom
  9. Variasi genomik
  10. Kromosom eukariot
  11. Genetik bakteri
  12. Regulasi gen prokario
  13. Regulasi gen eukariot
  1. Fundamentals of Biology
  2. Mendel's Laws
  3. Mendel's legal extension
  4. Chromosome Theory
  5. Linkage, recombination, and gene mapping on chromosomes
  6. DNA Structure, Replication, and Recombination
  7. The anatomy and function of genes through mutations
  8. Digital analysis and genome annotation
  9. Genomic variation
  10. Kromosom eukariot
  11. Bacterial genetics
  12. Prokaryotic gene regulation
  13. Eukaryotic gene regulation
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Mampu menjelaskan konsep genetika berdasarkan hukum Mendel dan perkembangannya.
  2. Mampu mendeskripsikan aliran informasi DNA hingga ke protein, asosiasi genotip dan fenotip, serta organisasi kromosom.
  3. Mampu menganalisis struktur dan fungsi kromosom, serta kaitannya dengan pewarisan sifat dan ekspresi gen.
  4. Memahami konsep dasar genetika dan pewarisan sifat.
  5. Menunjukkan kemampuan bekerja dan belajar baik secara mandiri maupun dalam kelompok.
  6. Mampu mencari informasi relevan dari publikasi saintifik terkait genetika.
  7. Mampu melakukan kegiatan praktikum genetika berdasarkan metode dan prosedur ilmiah yang sesuai.
  8. Mampu menganalisis peran genetika dalam memahami dan menghargai keanekaragaman hayati.
  9. Mampu mengomunikasikan konsep dan hasil kajian genetika secara lisan maupun tulisan sesuai kaidah ilmiah.
  10. Mampu memanfaatkan teknologi digital dan perangkat analisis data untuk mengolah serta menginterpretasikan informasi genetika.
  11. Mampu menjelaskan prinsip dasar pemanfaatan sumber daya hayati berdasarkan konsep genetika.
  12. Mampu menjelaskan penerapan konsep genetika dalam pengembangan teknologi dan penyelesaian permasalahan di berbagai bidang.
  1. Be able to explain the concepts of genetics based on Mendel’s laws and their development.
  2. Be able to describe the flow of information from DNA to proteins, the relationship between genotype and phenotype, and chromosome organization.
  3. Able to understand the basic concepts of genetics and inheritance.
  4. Understand the basic concepts of genetics and the inheritance of traits.
  5. Demonstrates the ability to work and learn both independently and in groups. (PLO 08)
  6. Mampu mencari informasi relevan dari publikasi saintifik terkait genetika.
  7. Able to conduct genetics laboratory activities using appropriate scientific methods and procedures.
  8. Able to analyze the role of genetics in understanding and appreciating biodiversity.
  9. Able to communicate genetic concepts and findings orally and in writing in accordance with scientific conventions.
  10. Able to utilize digital technologies and data analysis tools to process and interpret genetic information.
  11. Able to explain the basic principles of biological resource utilization based on genetic concepts.
  12. Able to explain the applications of genetic concepts in technological development and problem-solving across various fields.
Metode PembelajaranKombinasi ceramah dan diskusi interaktif di kelasA combination of lectures and interactive classroom discussions
Modalitas PembelajaranReferensi : Buku Teks, Jurnal Ruang Kuliah, Zoom Laboratorium LMS : Edunex, TeamsReferences: Textbooks, Journals Classroom, Zoom Laboratory LMS: Edunex, Teams
Jenis NilaiABCDE
Metode PenilaianEvaluasi melalui ujian, tugas, dan presentasiAssessment through exams, assignments, and presentations
Catatan Tambahan