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Montana State University · Fall 2026 · biology

BIOB 160 Principles of Living Systems: study guide

The chemistry of life, cells and energy, then genetics from Mendel to DNA technology, topic by topic. Every topic below is a free study page; the same material lives in the Mathub app with practice, flashcards, the calendar and a grade calculator for this class.

InstructorMensur Dlakic (weeks 1–8) and Alan Dyer (weeks 8–16)
MeetsMon · Wed · Fri, 12:00–12:50 pm, Romney 306
Credits4
Topics22

Exams and major deadlines

ExamWhenCovers
Exam 1Mon Sept 21 (5-hour window)Chapters 1–5: the study of life, chemistry, water, carbon, carbohydrates, lipids, proteins and nucleic acids (not Chapter 8)
Exam 2Wed Oct 14 (5-hour window)Chapters 6–9: metabolism, ATP and enzymes, cellular respiration, cell structure and membranes
Exam 3Fri Nov 13 (5-hour window)Chapters 12–16 per the syllabus: the cell cycle, meiosis, Mendelian genetics, linkage and population genetics. The lectures before it cover 12–15 and part of 23, so ask whether Chapter 16 is included
Final examWed Dec 16 · noon–1:50 pm (location TBD)Everything: half of the exam is cumulative and half covers material since Oct 14 (cell division, genetics, DNA, gene expression and DNA technology)

What Mathub gives you for BIOB 160

Unit 1: The chemistry of life

  1. 1.1The study of life
  2. 1.2The chemical context of life
  3. 1.3Water and life
  4. 1.4Carbon and the molecular diversity of life
  5. 1.5Carbohydrates and lipids
  6. 1.6Proteins: structure and function
  7. 1.7Nucleic acids

Unit 2: Energy and the cell

  1. 2.1Metabolism and energy
  2. 2.2ATP and enzymes
  3. 2.3Cellular respiration
  4. 2.4A tour of the cell
  5. 2.5Membrane structure and transport

Unit 3: Cell division and inheritance

  1. 3.1The cell cycle and mitosis
  2. 3.2Meiosis and life cycles
  3. 3.3Mendel and the gene idea
  4. 3.4Linked genes and linkage mapping
  5. 3.5Odds and ends: genes in populations

Unit 4: Molecular genetics

  1. 4.1DNA: the genetic material and its structure
  2. 4.2DNA replication
  3. 4.3Gene expression: transcription and RNA processing
  4. 4.4Translation and mutations
  5. 4.5DNA technology