Biology BIOL

9 courses · College of Alameda · 2026-2027 Catalog

Classes: Fall 2026

BIOL 1A General Biology

Units
5
Hours
3 hours lecture, 6 hours lab
Prerequisite
CHEM 001A
Transfers to
CSU, UC

Peralta GE Areas 5;

Introduction to cell structure and function, metabolism, molecular and organism genetics, animal physiology.

Offered: Fall 2026 (2 sections)

BIOL 1B General Biology

Units
5
Hours
3 hours lecture, 6 hours lab
Prerequisite
BIOL 001A
Transfers to
CSU, UC

Origin of life, evolution, classification, plant structure and function, ecology. (CAN Biology Sequence A)

Not on the Fall 2026 schedule.

BIOL 2 Human Anatomy

Units
5
Hours
4 hours lecture, 3 hours lab
Prerequisite
BIOL C1000 , Biol 24 (basic Human anatomy and Physiology)
Transfers to
CSU, UC
C-ID
BIOL 110

Peralta GE Areas 5;

Detailed study of human body structure: Molecules, cells, tissues, organs and organ systems, basic physiology and cell division, selected human diseases. Laboratory work includes extensive use of micro-scopes, figures/charts, three-dimensional models, dissected human cadavers, and dissection of other mammalian organisms/organs.

Offered: Fall 2026 (4 sections)

BIOL 3 Microbiology

Units
5
Hours
4 hours lecture, 3 hours lab
Prerequisite
CHEM 001A or CHEM 030A or CHEM 32: Integrated General, Organic, and Biological Chemistry or
Advisory
BIOL C1000
Transfers to
CSU, UC

Peralta GE Areas 5;

Survey of the various microscopic agents of particular importance to humans: Emphasis on microbes involved in infectious diseases, host defenses against disease, elements of infectious chains and means utilized for breaking the chains.

Offered: Fall 2026 (4 sections)

BIOL 4 Human Physiology

Units
5
Hours
4 hours lecture, 3 hours lab
Prerequisite
CHEM 001A or CHEM 030A or CHEM 32: Integrated General, Organic, and Biological Chemistry or
Advisory
BIOL 002
Transfers to
CSU, UC
C-ID
120B

Peralta GE Areas 5;

Detailed study of human body function: Molecules, cells, tissues, organs and organ systems, basic anatomy essential to understanding function, physical and chemical factors and processes, and selected human diseases. Laboratory work includes computer simulations and interactive programs, physiological experiments and demonstrations, and use of microscopes.

Offered: Fall 2026 (4 sections)

BIOL 10 Introduction to Biology

Units
4
Hours
3 hours lecture, 3 hours lab
Transfers to
CSU, UC

Introduction to biology through study of the structure, function, interrelationships, genetics, ecology and evolution of all life forms. Enhanced with selected laboratory experiments and required field trips. Not open for credit to students who have completed or are currently enrolled in BIOL 1A or 1B.

Offered: Fall 2026 (6 sections)

BIOL 24 Basic Human Anatomy and Physiology

Units
4
Hours
3 hours lecture, 3 hours lab
Transfers to
CSU, UC

Peralta GE Areas 5;

Fundamentals of the structure and function of the human body from an organ system perspective: Key concepts and basic principles of the chemistry of life and organic compounds, cells and tissues, cell physiology, organ systems, selected human diseases. Laboratory work includes use of microscopes, figures/charts, three-dimensional models, dissection of mammalian organs and demonstration of human cadavers.

Offered: Fall 2026 (4 sections)

BIOL 31 Nutrition

Units
4
Hours
4 hours lecture
Transfers to
CSU, UC

Peralta GE Areas 5;

Principle of human nutrition: Food from which nutrients come, the way in which the body make use of nutrients and problems of over and under nutrition

Offered: Fall 2026 (3 sections)

BIOL 102 Fundamentals of Oceanography

Units
4
Hours
3 hours lecture, 3 hours lab
Transfers to
CSU, UC

Eligible for credit by examination

Peralta GE Areas 5;

Introduction to geological, chemical, physical and biological aspects of oceans and interactions among them: History of oceanography; plate tectonics and marine geology; the marine-land interface; oceans' roles as a dominant influence on the earth, its climate, and the lives of its inhabitants; global and local ocean resource management, and preservation of marine environments; and the deep sea: properties, animals and adaptations; analysis of data collected on research trips to local bay environments.

Not on the Fall 2026 schedule.

View in the original catalog

Machine-readable: Markdown · JSON