Human Anatomy and Physiology Curriculum
St. Ignatius College Preparatory
Course Goals and Student Outcomes

In completing this course, students will, in the broadest sense...
- develop critical thinking skills
- increase appreciation for the natural world, particularly the phenomenon of life
- build interpersonal and communication skills
- ask and answer the question "How do we know?" when approached with scientific facts
- become life-long learners
Specifically, students will ...
- analyze the relationship between structure and function within each body system
- demonstrate an understanding of how each system helps to maintain homeostasis
- build an anatomical/physiological vocabulary as a basis for life-long study of human anatomy, physiology, and medicine
- demonstrate an understanding of human development and aging and apply that knowledge in new settings
- apply the scientific method when thinking and learning about human anatomy and physiology
The course is organized into five basic units (click to jump down):
I. Introduction to the Human Body
II. The Integumentary System (skin)
III. Support and Movement (skeletal and muscular)
IV. Communication, Control, and Integration (nervous, endocrine, ...)
V. Transportation and Defense (circulatory, lymphatic, ...)
VI. Reproduction and Development
(Additional Resources)
I. Introduction to the Human Body
Wiggins and McTighe describe four criteria which “serve as filters to select ideas to teach for understanding. The idea, topic, or process (1) represents a big idea with enduring value beyond the classroom; (2) resides at the heart of the discipline, the ’doing’ of the subject in context; (3) requires uncoverage; and (4) offers potential for engaging students.”
Topics for enduring understanding
Organisms respond to internal and external stimuli and possess control mechanisms that detect deviations and make corrective actions. If these mechanisms fail, the organism will die. Life is maintained with the combined efforts of all body systems, and no body system may be excluded for survival. There is a universal language that can be used to describe body parts and directional terms.
Wiggins and McTighe describe essential questions that “(1) have no one obvious right answer, (2) raise other important questions, often across subject-area boundaries, (3) address the philosophical or conceptual foundations of a discipline, (4) recur naturally, and (5) are framed to provoke and sustain student interest.”
Essential questions
What does it mean to be alive? How does my skin help my bones stay healthy? How does your body know when something is out of sorts, and how does it fix it?
Knowledge, Skills & Understanding
- By the end of this unit, students will know ...
- the common directional terms (anterior, posterior, etc.)
- the names of all organ systems and a brief function of each
- the definitions of the following terms: cell, tissue, organ, and organ system
- By the end of this unit, students will be able to ...
- describe the levels of organization from atom to organ systems to the whole body
- explain why certain organs belong to certain organ systems
- define homeostasis and explain its importance.
- observe and identify various human tissues and relate them to their function.
- define selective permeability, diffusion, active and passive transport, phagocytosis
- By the end of this unit, students will understand that ...
- every system works in conjunction with other systems to maintain homeostasis
- anatomical differences in the body (on cellular, tissue and organ level) lend themselves to perform different functions, structure is highly relative to function.
- homeostasis works through a voluntary and/or involuntary stimulus-response cycle
Wiggins and McTighe describe performance tasks as involving “complex challenges that mirror the issues and problems adults face. The challenges are authentic … they differ from academic prompts in that they (1) use real or simulated settings with the kinds of constraints, background noise, incentives, and opportunities an adult would find in a similar situation; (2) require students to address an identified audience; (3) are based on a specific purpose that relates to the audience; (4) allow students greater opportunity to personalize the task; and (5) are not secure; the task, criteria, and standards are known in advance and guide student work.”
Performance Tasks
Additional Resources
II. Integumentary System (Skin)
Topics for enduring understanding
Skin is the body’s largest organ. Skin helps maintain homeostasis by performing various functions such as protection from environmental factors, temperature regulation, vitamin D synthesis, and acting as a sensory receptor. Skin cells, as well as other cells in the body, are constantly regenerating. Failure of proper cell regeneration can lead to organ dysfunction or organism failure.
Essential questions
Why do we have skin? What constitutes skin as an organ? How can a person survive without skin? Why does everyone’s skin look different? What will my skin look like in 30 years and why?
Knowledge, Skills, and Understanding
- By the end of the unit students will know ...
- the functions of the integumentary system
- the detailed structures of skin and hair
- vocabulary that identifies anatomy of the integument
- By the end of this unit, students will be able to ...
- construct a model/cross section of skin and identify all structures and their ties to homeostatic regulations (mechanisms)
- describe several homeostatic regulations of skin by looking at various functions (heat loss, skin regeneration, melanin production)
- identify the layers of skin and differentiate between their regenerative properties
- By the end of this unit students will understand ...
- how structure relates to function when examining different cells shapes and arrangements
- the process (or series of processes) of skin regeneration after a injury or wear and tear
- why changes of the skin occur with aging
- that skin disorders and diseases (burns, acne, cancer, infections) can be a product of homeostatic failures or extrinsic factors. Understand the mechanism and vocabulary of each disorder/disease
- how other systems such as the endocrine have a huge impact on the appearance of skin
Performance Tasks
Additional Resources
III. Support and Movement
Topics for enduring understanding
The body moves by pull movements of opposing muscles. Muscles increase in mass by adding mass to each fiber, and not by increasing the number of fibers. Bone is a living tissue that constantly undergoes proliferation of various cell types. Muscles provide movement and bones provide support.
Essential questions
What do our bones do after we stop growing? What is the best way to make my muscles strong and appealing? How do you fix a broken bone? How will my bones and muscles be different when I am 55?
Knowledge, Skills, and Understanding
Part 1: Skeletal System- By the end of the unit students will know ...
- the functions of the skeletal system
- the location and general shape of 30 bones
- the difference between the axial and appendicular part of the skeleton.
- the anatomical and microscopic breakdown of a long which include
- the structural components of the skeletal system including bone, cartilage, tendons, ligaments, and muscle attaching to it
- By the end of this unit, students will be able to ...
- describe the relationships between structural components such as cartilage, tendons, ligaments, bones, and muscles
- describe the process of bone formation (calcification) and the physiological processes (hormones, mineral absorption, cell specific work) associated with those
- describe the process of bone growth, and repair and the physiological processes (hormones, mineral absorption, cell specific work) associated with those
- classify joints in terms of structure and function
- describe changes the skeletal system undergoes from newborn to elderly
- By the end of this unit students will understand
- that bone is a dynamic, living tissue that operates in similar ways to other living tissues
- that failure of homeostatic mechanisms in bone can lead to disease or death
- the physiology and/or failure of mechanisms of specific disorders or diseases and that the physiology can be cross-systematic
- how other systems, such as the endocrine, have a huge impact on the growth of bones
Part 2: Muscular System- By the end of this unit, students will know...
- the functions of the muscular system
- the location of 30 muscles and which type of muscle tissue they belong to
- the three types of muscle tissue
- By the end of this unit, students will be able to ...
- differentiate between the 3 types of muscle tissue in terms of structure, function, and location
- explain how muscles work together with other muscles and with the skeletal system to perform movement
- describe the microscopic structure of skeletal muscle tissue and explain the role of actin and myosin
- describe the physiology (role of ATP, Ca+, nerve impulses) associated with muscle contraction
- By the end of this unit students will understand ...
- the mechanisms of muscle contractions and why failure of these mechanisms occur (i.e. cramp, ATP depletion)
- the homeostatic mechanism involved in muscular disorders
- how muscle growth, muscular injuries, and disorders can be a direct result of a homeostatic failure of the muscular system and/or other systems
- how bones and muscles work together (in conjunction with nervous system, tendons, and ligaments) to provide movement
- the importance of exercise in keeping bones and muscle tissue healthy
Performance Tasks
Additional Resources
IV. Communication, Control, and Integration
Topics for enduring understanding
The nervous and endocrine system are the “command” centers of the organism. The nervous system has voluntary and involuntary responsises to stimuli. The endocrine system can and will vary in an organism in its lifetime.
Essential questions
How do painkillers work? How does the mind (stress) affect the body? Why can’t I taste that when I plug my nose? Why do people call teenagers hormonal?
Knowledge, Skill, and Understanding
Part 1: Nervous System and Somatic Senses
- By the end of the unit students will know ...
- the functions of the nervous system
- the function of neurons and neuroglia
- the difference between the central and peripheral nervous system
- the four basic taste sensations
- By the end of this unit, students will be able to ...
- describe the structure and function of neuron and supporting cells
- describe the event(s) leading up to a nerve impulse and its conduction from one neuron to another (electrical and chemical impulses)
- diagram the anatomy of a neuron including dendrite, axon, cell body, myelin sheath, Schwann cell, node of Ranvier, axon terminals, receptors, synapse, neurotransmitter receptacle
- explain the function of sympathetic and parasympathetic division of the A.N.S.
- describe the location, structure, and function of the olfactory and taste receptors.
- By the end of this unit students will understand ...
- signal transmission among neurons (healthy and malfunctioning)
- how extrinsic factors (drugs, alcohol, stress, trauma) affect the brain
- the effect of aging on the nervous system (nervous system disorders such as Alzheimer’s, M.S. )
- that the nervous system is responsible for all body actions, responses and sensations (voluntary and involuntary), and emotions, to ensure homeostasis
Part 2: Endocrine System (this topic is also spread throughout the curriculum)
- By the end of this unit, students will know ...
- the functions of the endocrine system
- the organs that are in charge of the productions and secretion of hormones
- By the end of this unit, students will be able to ...
- differentiate between endocrine and exocrine glands
- explain how glands are stimulated to produce hormones
- By the end of this unit students will understand ...
- the homeostatic failures due to hormone imbalances
- the endocrine role of organs such as the intestine, stomach, kidney, and heart.
- changes on the system due to changes of the endocrine system in a pregnant female and a male on drugs (such as steroids)
- the effect of aging on the endocrine system and homeostasis
Performance Tasks
Additional Resources
V. Transportation and Defense
Topics for enduring understanding
Different blood cells have different responsibilities in the body. There is a vast number of white blood cells, which each cells having a vital role in defending the organism.
Essential questions
Why is heart disease one of the top killers? Why do I have fevers and should I try to alleviate it? Why haven’t we found a cure for AIDS and cancers? How does your body know when its under attack (recognize self vs. non self)? What is an allergy?
Knowledge, Skills, and Understanding
Part 1: Lymphatic System (Immune System)
- By the end of the unit students will know ...
- blood cell types and functions of each cell
- the names of the cells associated with the lymphatic system
- general anatomy of lymphatic vessels, lymph nodes, and organs associated with lymphatic system
- By the end of this unit, students will be able to ...
- explain the role of various white blood cells
- describe the composition of lymph
- describe the functions of skin in reference to the immune system
- describe the role of antibodies and antigens in the response system
- explain the role of the inflammatory response
- By the end of this unit students will understand ...
- the importance of the Lymphatic system and the consequences of the breakdown (failure to maintain homeostasis) of this system
- the mechanisms of immunodeficiencies such as autoimmune disorders and allergies
- the effects of aging on immunity
Performance Tasks
Additional Resources
VI. Reproduction and Development
Topics for enduring understanding
Women are born with a fixed # of sex cells, while men produce sex cells throughout their lives. The reproductive system is one system that, when removed, will not fully disrupt the living being. Birth is one of the few positive feedback mechanisms that maintain homeostasis.
Essential questions
When does life begin? Why did evolution produce this type of sexual reproduction? Why are men and women so different? Why does a woman change so much when she gets pregnant? What does a typical male or female look like?
Knowledge, Skill, and Understanding
- By the end of the unit students will know ...
- the anatomy of the male and female reproductive system
- the functions of the reproductive system
- the structure of sperm
- the terms fertilization, zygote, implantation
- By the end of this unit, students will be able to ...
- describe the life cycle of a male and female sex cell
- trace the pathway of sperm from testis to urethra
- trace the pathway of egg (unfertilized and fertilized) from ovary to body’s exterior or implantation
- describe the influence of FSH and LH on the male and female physiology
- By the end of this unit students will understand ...
- the evolutionary significance of the male and female sex cell production and life span
- how pregnancy alters endocrine levels in female which yields modification of functions of mother’s body
- that the reproductive cycles in males and females are dependent on hormones such as testosterone, estrogen, and progesterone.
Performance Tasks
Additional Resources
Word Cloud for this Curriculum Document(generated using Wordle)
ADDITIONAL RESOURCES (SCRATCH WORK, ETC.)
Unit | Content | Objectives |
Intro to Human Body | Systems Basics, Body Regions, Directional Terms, Homeostasis, Tissues | 1. Identify levels of organization and understand relationships between them 2. List the major systems and describe location, function and body organs for each system 3. Understand the terms for body structures and regions, and put them to use when describing structure 4. Relate stimulus and response (regulations) to concept of homeostasis 5. Observe various human tissues and relate them to their functions according to a&p 6. Brief overview of stem cells |
Support and Movement | Integumentary System | 1. Identify detailed structure and function of skin 2. Understand homeostatic regulation of skin by looking at various functions (heat loss.. skin regeneration, etc.) 3. Examine structure of hair and nail. 4. Examine disease\disorder (burns, acne, cancer, infections) of the skin |
Support and Movement | Skeletal System | 1. Identify and describe skeletal tissue including microscopic structure of bone 2. Identify types and structural components of bone and cartilage 3. Identify and describe functions of bone and cartilage 4. Understand bone development, growth, and repair 5. Learn locations of major bones and name major division of skeletal system 6. Classify joints in terms of structure and function 7. Examine bone diseases\ abnormalities |
Support and Movement | Muscular System | 1. Identify and describe functions of muscular system 2. Identify and relate difference between the three types of muscle tissue 3. Examine the microscopic structure and function of skeletal muscle 4. Learn locations of major muscle groups and analyze how they function in opposition to each other 5. Examine muscular injuries, disorders, and infections. |
Communication, Control, and Integration | Nervous System | 1. Explain the anatomical and functional classifications of the nervous system 2. Identify the functions of nervous system 3. List cell types in neural tissue and describe their functions and structures 4. Examine nerve impulses and synaptic transmission 5. Analyze potential of nerve repair 6. Examine nervous system disorders |
Stem Cell | All units | 1. 2. 3. 4. |
Communication, Control, and Integration | Sense Organs, Endocrine(brief) | 1. 2. 3. |
Transportation and Defense | Immune (brief) | |
Reproduction and Development | Male Reproductive, Female Reproductive, Growth and Dev | |
| | |