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Author: Roberto Grujičić, MD • Reviewer: Dimitrios Mytilinaios, MD, PhD Last reviewed: October 30, 2023 Reading time: 8 minutes

Bones make up the skeletal system of the human bod y. The adult human has two hundred and six bones. There are several types of bones that are grouped together due to their general features, such as shape, placement and additional properties. They are usually classified into five types of bones that include the flat, long, short, irregular, and sesamoid bones.

The human bones have a number of important functions in the body. Most importantly, they are responsible for somatic rigidity, structural outline, erect posture and movement (e.g. bipedal gait ). Due to their rigidity, bones are the main 'protectors' of the internal organs and other structures found in the body.

This article will describe all the  anatomical and important histological facts about the bones.

What is a bone?

Short bones, irregular bones, sesamoid bones, clinical aspects.

A bone is a somatic structure that is composed of calcified connective tissue . Ground substance and collagen fibers create a matrix that contains osteocytes . These cells are the most common cell found in mature bone and responsible for maintaining bone growth and density. Within the bone matrix both calcium and phosphate are abundantly stored, strengthening and densifying the structure.

Each bone is connected with one or more bones and are united via a joint (only exception: hyoid bone ). With the attached tendons and musculature, the skeleton acts as a lever that drives the force of movement. The inner core of bones ( medulla ) contains either red bone marrow (primary site of hematopoiesis) or is filled with yellow bone marrow filled with adipose tissue .

The main outcomes of bone development (e.g. skull bones development ) are endochondral and membranous forms . This particular characteristic along with the general shape of the bone are used to classify the skeletal system. The bones are mainly classified into five types that include:

Types of bones

These bones develop via endochondral ossification , a process in which the hyaline cartilage plate is slowly replaced. A shaft, or diaphysis , connects the two ends known as the epiphyses (plural for epiphysis). The marrow cavity is enclosed by the diaphysis which is thick, compact bone . The epiphysis is mainly spongy bone and is covered by a thin layer of compact bone; the articular ends participate in the joints.

The metaphysis is situated on the border of the diaphysis and the epiphysis at the neck of the bone and is the place of growth during development.

Some examples of this type of bones include:

• The humerus
• The  fibula
• The  metacarpal bones
• The metatarsal bones
• The  phalanges
• The  radius and ulna . 

The short bones are usually as long as they are wide. They are usually found in the carpus of the hand and tarsus of the foot. 

In the short bones, a thin external layer of compact bone covers vast spongy bone and marrow , making a shape that is more or less cuboid . 

The main function of the short bones is to provide stability and some degree of movement.

Some examples of these bones are:

• The scaphoid bone
• The lunate bone
• The calcaneus
• The navicular bone

In flat bones, the two layers of compact bone cover both spongy bone and bone marrow space. They grow by replacing connective tissue. Fibrocartilage covers their articular surfaces. This group includes the following bones:

• The  skull bones
• The  sternum
• The  scapulae

The prime function of flat bones is to protect internal organs such as the brain, heart, and pelvic organs. Also, due to their flat shape, these bones provide large areas for muscle attachments. 

Due to their variable and irregular shape and structure, the irregular bones do not fit into any other category. In irregular bones, the thin layer of compact bone covers a mass of mostly spongy bone .

The complex shape of these bones help them to protect internal structures. For example, the irregular pelvic bones protect the contents of the pelvis. 

Some examples of these types of bones include:

• The bones of the spine (i.e. vertebrae )
• The bones of the pelvis ( ilium , ischium and pubis )

Sesamoid bones are embedded within tendons . These bones are usually small and oval-shaped. 

The sesamoid bones are found at the end of long bones in the upper and lower limbs, where the tendons cross.

Some examples of the sesamoid bones are the patella bone in the knee  or the pisiform bone of the carpus.

The main function of the sesamoid bone is to protect the tendons from excess stress and wear by reducing friction.

Learn the basics of the skeletal system with this interactive quiz.

The bones mainly provide structural stability to the human body. Due to the development of the complex bony structures (e.g. spine) the humans are able to maintain erect posture, to walk on two feet (bipedal gait) and for all sorts of other activities not seen in animals. 

Due to their rigid structure, bones are key in the protection of internal organs and other internal structures. Some bones protect other structures by reducing stress and friction (e.g. sesamoid bones) while some bones join together to form more complex structures to surround vital organs and protect them (e.g. skull, thoracic cage, pelvis). 

Bones also harbor bone marrow which is crucial in production of blood cells in adults. In addition, the bone tissue can act as a storage for blood cells and minerals.

Common bone diseases often affect the bone density, e.g. in young children due to malnutrition. For example, rickets is a bone deformity seen in young children who lack vitamin D. Their legs are disfigured and they have trouble walking. The damage is irreversible though surgery may help. Osteomalacia and osteoporosis are diseases seen mainly in adulthood.

Osteomalacia is the improper mineralization of bone due to a lack of available calcium and phosphate. The bone density decreases and the bones become soft. Osteoporosis has been noted in all ages but mostly in postmenopausal and elderly women. A progressive decrease in bone density increases the risk of fracture. Patients who are on long-term steroid medication are in particular risk.

• Kyung Won Chung and Harold M. Chung , Gross Anatomy, Sixth Edition, Wolters Kluwer: Lippincott, Williams and Wilkins, Chapter 1, p.1-2.

Illustrators:

• Hamate bone (ventral view) - Yousun Koh
• Patella (lateral-right view) - Yousun Koh

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Bones PowerPoint: Structure, Composition, and Bone Growth

Subject: Biology

Age range: 14-16

Resource type: Visual aid/Display

Last updated

22 February 2018

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Welcome to the Visible Body Blog!

Free lesson plan: types of bones.

Posted on 2/24/23 by Sarah Boudreau

In this teaching guide, we’ll cover how to teach types of bones with Visible Body Suite , the most complete and easy-to-use 3D human body reference and study tool. 

Visible Body Suite comes as part of Courseware , a teaching and learning platform that allows instructors to share and assign 3D content and more. Courseware can be used as a standalone LMS or can be integrated with Canvas or Blackboard. 

In this guide, we’ll suggest 3D interactive models to use, anatomical features to point out, and methods to review information, including practical applications. To do this, we’ll use Visible Body Suite's Tours and Flashcards features. 

How to use this lesson plan

This lesson uses several features in Visible Body Courseware. All relevant content is already loaded into Courseware and ready to go!

If you don’t have access to Courseware yet, reach out to our team for a free instructor trial!

If you already have Courseware, follow these steps to add this folder to your course: 

• Click on this link to add the lesson plan material to your Courseware account
• In this new course, click on the Bulk Editing tool, select the relevant folder(s) and click Copy. Choose the destination course and folder and copy.
• Navigate to your existing course, where you will find the content you copied. Use the bulk editing tool to edit release and due dates and publish. If you have Canvas deep integration set up, deploy to Canvas.

Once this lesson content is copied to your account, you can customize it to fit your class’s unique needs!

Accessing the Tour and Flashcard Deck on mobile 

Instructors and students who use Courseware also get access to the Visible Body Suite mobile app (previously known as Human Anatomy Atlas 2023 +), which is great for studying on the go. Scan the QR codes below with your smartphone to access the Tour and Flashcard Deck on the mobile app and save it to your account that way. 

If you have the Visible Body Suite mobile app, use the camera app on your phone to scan the codes above! 

Did you know that you can use Visible Body Suite to generate QR codes for your classroom ? You can link students to app content like custom views, Tours, Flashcard Decks with a few clicks. 

What are bones made of? 

A great way to start the lesson is by going through the basics: what are bones made of? 

The osteon and sectioned femur microanatomy models will help you zoom in and illustrate the composition of bones. Check out the bone structure video below for some lecture inspiration! 

While students don’t necessarily need to understand bone composition to understand types of bones, starting here is a good way to warm up. You can make connections between different body systems by pointing out the arterial system that supplies blood to the bone tissue. 

The axial and appendicular skeletons

To teach the differences between the axial and appendicular skeletons, show students the full skeleton model (Views > Systems > Skeletal System Views > 1. Full Skeleton). 

Students might not know that the skeletal system is actually divided into two categories, the axial skeleton and the appendicular skeleton. Explain to your students why the skeletal system is divided in this way: the axial skeleton supports and protects the organs while the appendicular skeleton supports limb function. 

Want to show the axial or appendicular skeleton but don’t want to spend time individually selecting hundreds of bones? Here’s a pro tip: Go to the full skeleton view, click on the Anatomy Search button on the toolbar, and search “axial” or “appendicular.” Click on the first result and the entire axial or appendicular skeleton will be selected! You can also select any bone and use the hierarchy tool in the info box to select the part of the skeleton it belongs to.

Review this information with a quick Flashcard round! It takes a few seconds to create a Flashcard to quiz students on which skeleton a bone belongs to—or you can use the Deck that corresponds to this guide. The first eight Flashcards in the Deck (1-8) are on the axial vs. appendicular skeleton. 

A Flashcard in Visible Body Suite in Courseware .

Project the Flashcard Deck on the screen you use for lecturing and have the whole class call out the answer on the count of three, then flip the Flashcard to reveal the correct answer. 

Types of bones

Next, walk students through the different types of bones, focusing on their shapes and functions. This is where the draw tool comes in handy: use this tool to draw arrows, circle structures, and create other annotations to emphasize your points as you lecture. 

We’ll go through the types of bones and give you some ideas for how to teach each type. At the end of this post, you'll also find a link to our Types of Bones eBook, which is a great study resource! 

Long bones are longer than they are wide, and you can illustrate this point by using the draw tool to draw lines as if you were measuring the length and width of the bone. 

Long bones also support weight and facilitate movement—this is where Visible Body Suite ’s interactive 3D muscle animations can shine! Under Views, choose the Muscle Actions tab. Any of the muscle actions here involving limbs can illustrate the function of long bones. Show students how muscle attachments and lever systems facilitate movement. 

Short bones

Similar to the long bones section, show students how short bones are cube shaped and about as long as they are wide through the draw tool. Since short bones are responsible for stability and some movement, show students the 3D muscle action animation for wrist flexion. Focus on the carpal bones (lunate, capitate, etc) and point out how they articulate when the wrist flexes. 

After you finish covering short bones, pause to review the differences between short and long bones using Flashcards. Flashcards 9-12 in the corresponding Deck cover short and long bones. 

Flat bones protect the internal organs, so it’s important to show where these bones are located in context. An easy way to do this is through the systems panel. On the left side of the screen, you’ll see a panel with different options for the different body systems. By clicking on the options, you can instantly view all of the organs in the system. You can click on the system in the systems tray multiple times to make some organs visible or to make all of the organs in the system disappear from your view. 

The systems tray feature  in Visible Body Suite in Courseware .

Sesamoid bones

Sesamoid bones reinforce tendons, so the knee extension muscle action animation is a great way to show a sesamoid bone in action. Pause the animation to point out the tendons and the location of the patella. 

Irregular bones

Irregular bones are complex shapes and fill several functions. You can show the vertebrae and show students how the unique shape allows for flexion and for protection of the spinal cord, or the complex, irregular shape of the sacrum. Next, play the “mind-blowing” disarticulated skull animation (Views > Systems > Skeletal System Views > 6. Disarticulated Skull), pausing to point out the flat bones (like the parietal bones) and irregular bones (like the sphenoid) in the skull. Rotate the model to show the shapes of the bones in 3D, helping students get a sense of spatial relationships. 

Final review! 

Next, it’s time for one more review using Flashcards. Flashcards 13-19 in the corresponding Deck cover all five types of bones. Using Flashcards is an easy way to gamify the classroom—check out this blog post for more gamification ideas. 

Explore clinical applications 

A great way to reinforce information is to apply it to practical applications, and students will be more engaged when they see how content relates to their future careers. Below are two ideas for discussing types of bones in the context of pathology. 

You can find the pathology models used in this section by going to Views and selecting Muscle and Bone Pathologies on the top toolbar. Scroll down to the Lower Limbs section and select 3. Osteoarthritis of the Knee Joint or 13. Tibial Stress Fracture. 

Osteoarthritis

Explain osteoarthritis to your students: when the cartilage around the knee degenerates, the bone surfaces become exposed, creating subchondral cysts, osteophytes (bone spurs), and a lot of pain. 

Use the osteoarthritis of the knee joint model as a jumping off point: 

• What types of bones do we see in this model and what are their functions? 
• How do the bones in the knee work together, and how does osteoarthritis affect the joint’s function? 
• Discuss the role of cartilage in joints. 

3D interactive osteoarthritis of the knee model  in Visible Body Suite, part of Courseware .

Tibial stress fracture

Zoom in to show the microfractures in the tibial stress fracture model. Ask students what a stress fracture is; depending on the class level, you may need to walk them through the definitions of “stress” and “fracture” to arrive at the correct answer. 

Discuss these points with your students:  

• What type of bone is the tibia? 
• Think about the function of long bones. Why do you think this tibia incurred a stress fracture? 

Create an assignment for types of bones

Now it’s the students’ turn! Ask students to create their own Tours in Visible Body Suite  that feature two examples of each type of bone. Students should add a label to the bone and add a note using the notepad tool that includes what type of bone it is. Students can use the share feature to share a link to their Tour!

Below is an example of directions you can give to your students for this assignment. As a reminder, you can copy this premade assignment to your course in Courseware by following the instructions at the beginning of the blog post!

One final note on this assignment: Sesamoid bones may be difficult for students to find on their own, so you may want to instruct them to find the patella (kneecap) and the pisiform (located in the hand) to add to their Tours.

More Resources 

Visible Body’s anatomy education resources library is packed with lab activities, premade courses, Flashcards, Tours, and more. You can also check out the other lesson plans on the blog. Here are three you might be interested in: 

• Free AR Lesson Plan: The Anatomy and Physiology of the Eye
• Free Lesson Plan: Anatomical Planes, Positions, and Directional Terms
• A Heart Rate Lesson Plan Using Physiology & Pathology

Happy teaching!

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Free Bones PowerPoint Templates

Free Fishbone Template for PowerPoint

The free Fishbone PowerPoint template is a PPT presentation template design with a unique, visually engaging slide designed to facilitate root cause analysis discussions and presenting a root-cause analysis. This fishbone PPT template is inspired by the Ishikawa or Cause and Effect diagram and is customized to blend seamlessly with PowerPoint presentations. The fishbone template …

Free Bones PowerPoint Templates provide illustrations and images of bones and skeletons. There can be a number of uses for these PowerPoint backgrounds, such as for topics about healthcare, osteoarthritis, radiology, etc.

You can also download a wide range of diverse PPTs related to medicine and healthcare from our archive of Free Medical PowerPoint Templates .

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10 Fun and Interesting Bone Facts

By: Lauren McRae

Your skeleton, the framework of the human body, is what gives your body structure, lets you move, protects your internal organs and more. Throughout our lives, our bones are either growing (up until age 25) or replenishing. Our bones help us out every day, so why not learn a little more about them? Arif Ali, MD, Orthopaedic Trauma at NorthShore's Orthopaedic & Spine Institute shares some cool facts: 

Your body is made of more than 200 bones. There are 206 bones in the human body. Bones act as the “foundation” of the body and help make all of the mechanics of the body function properly. If one bone is broken, all the bones around it can’t perform their duty properly.

However, babies are born with 300 bones…how is that? You may be wondering if an adult has 206 bones in the body, where do all of the bones go? The answer is that the bones don’t disappear; instead, the tiny bones fuse together to form the larger bones in the skeletal system.

You have two types of bones. Your skeletal system consists of dense, hard bone called cortical bone, which are also considered “structural” bones, and soft and spongy bones called trabecular bones. These are found inside large bones, your pelvis, ribs and skull.

More than half of your bones are in your hands and your feet. 106 of them to be exact. There are 54 bones in your hands, fingers and wrists. 26 bones in the human foot.

The smallest bones are in the ear.   The smallest bones in the human body are the malleus (hammer), incus (anvil) and the stapes (stirrup), which is the smallest bone in the human body. Collectively, these bones are known as the ossicles (Latin for "tiny bones") and their role is to transmit sound vibrations from the air to the fluid in the inner ear.

Bone is living tissue. The collagen in bone constantly replenishes itself, and it’s a lifelong cellular activity. Every year about 10 percent of bone is replaced. As the mineral content in your bones is renewed, we get a new skeleton about every 10 years.

The biggest joint in your body is your knee. At the knee joint, three bones connect: your femur, tibia and patella. These three large bones require an equally large joint to connect them. That’s why your knee is the largest joint in your body.

Usually, people have 12 ribs, but some have 13. It’s rare, but 1 percent of people are born with a 13 th rib. This extra rib, called a cervical rib, can cause medical issues like neck pain. Often, people born with this extra rib have it removed.

It takes 12 weeks for a bone to heal. In general, children’s bones heal faster than adults’ bones. As soon as your bones break, your body springs into action to heal the injury. Within a couple of hours, a blood clot forms around the break. Next, a soft callus made of mostly collagen is created around the fracture, and then a hard callus begins to form two weeks after the break. Depending on the person’s age and health, this process ends between the 6 th and 12 th weeks.

What’s up with osteoporosis? As you age, it’s possible for old bone to break down faster than the building of new bone. This causes bones to have holes and become more fragile, which is called osteoporosis. Later stages of osteoporosis can include loss of height, fracture from a fall, or back and neck pain.  Of the estimated 10 million Americans with osteoporosis, about eight million or 80% are women. Approximately one in two women over the age of 50 will break a bone because of osteoporosis.

All About Bones

Jul 21, 2014

720 likes | 1.07k Views

All About Bones. The Skeletal System. DO NOW. How many bones can you name?. Bones to Know:. Appendicular Skeleton:. Pectoral Girdle 6. Scapula 7. Clavicle Upper Limb 8. Humerus 9. Radius 10. Ulna 11. Carpals 12. Metacarpals 13. Phalanges Pelvic Girdle 14. Pelvis

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• appendicular portion
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• tibia fibula

Presentation Transcript

All about bones the skeletal system.

DO NOW • How many bones can you name?

Bones to Know: Appendicular Skeleton: • Pectoral Girdle • 6. Scapula • 7. Clavicle • Upper Limb • 8. Humerus • 9. Radius • 10. Ulna • 11. Carpals • 12. Metacarpals • 13. Phalanges • Pelvic Girdle • 14. Pelvis • Lower Limb • 15. Femur • 16. Patella • 17. Fibula • 18. Tibia • 19. Tarsals • 20. Metatarsals • 21. Phalanges Axial Skeleton: • Skull • 1. Skull • 2. HyoidBone • Vertebral Column • 3. Vertebrae • Thoracic Cage • 4. Ribs • 5. Sternum

Axial and Appendicular

Axial Portion

Appendicular Portion

What is the common name for the clavicle? • What is the common name for the scapula?

Radius and Ulna

Metacarpals

Tibia and Fibula

Tibia/Fibula vs Radius/Ulna

Metatarsals

Tarsal Bones vs Carpal Bones

Types of Bones

How many bones are there?? • In a newborn there are 300!!!!!

How many bones are there? • In an adult, that are 206!!! • That is almost 100 fewer than infants. What happened?

What is the largest bone? • The Femur!

What is the smallest bone?

Exit Ticket • Name the bones listed below. 4 3 1 5 2

Skeletal Disorders All About Bones

DO NOW • Can you name any skeletal disorders? • What do you know about them? • What would you like to know?

Activity • Create a foldable (like the one we did for the organ systems) that details the different types of fractures. • Name the fracture • Give the definition of the fracture • Draw it • Classify the difficulty to heal (how do bones heal, what process?) • There are 9 different fractures

Exit Ticket • Which fracture do you think are the hardest to mend? Why? • Which fracture do you think are the easiest to mend? Why?

Males vs. Females All About Bones

DO NOW • How can you distinguish between males and females? • Don’t just make a list, describe the differences.

Activity • You are a world-renowned bone expert. • You just received an urgent call from your Supervisor. He has informed you that a jogger has discovered a body in the woods. The body is nearly decayed and the police need to know if the victim is male or female.

Some clues • There are distinct difference in the bones that distinguish males from females

The Pelvis • Female Pelvic bones • Broader sciatic notch • Raised auricular surface • Males Pelvic Bones • Narrower sciatic notch • Flat auricular surface

Male or Female?

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All About. Me. By Kaylee Bayles. My Schedule. My Pets. Shiloh. Nelly. Jellybean. Summer. Emmitt. Angel. FBCW. The Vine. Winter Retreat. TENNIS. Girls. Boys. Me Hannah Steele Marissa Combs Erica Snyder Marina McCormack Peyton Neely Hannah Fenton. Jordan Pomrenke

198 views • 10 slides

Bones, Bones, Bones

Bones, Bones, Bones. The Skeletal System Version of…. “Who Wants to be a Boneonnaire?”. $1,000 Question. A. Femur B. Scapula C. Tibia D. Mandible. What is the proper name for this bone?. I’m So Sorry. This answer is not correct… please try again!. You are CORRECT!!.

429 views • 13 slides

BONES…BONES…BONES!. Study Guide for Health Bone Quiz. HEAD/FACIAL. #8 Frontal. #3 Nasal. # 7 Orbital Bones. #2 Temporal. # 6 Maxilla. #5 Mandible. #1 Cranium/Skull. # 5 Mandible. #8 Frontal. #9 Parietal. # 2 Temporal. #10 Occipitial. # 6 Maxilla. #4 Mastoid Process.

634 views • 40 slides

All about……

All about……. Photo: Pavel Erokhin. Caspian seal pups. How do you know this pup is newborn?. By its umbilicus. Photo: Pavel Erokhin. How old do you think these two pups are?. About 3 weeks. newborn. Photo: Sue Wilson. Where is this pup’s mother?. Here she is, peeping up

339 views • 10 slides

Numbering All the Bones. By: Ann Rinaldi Literary Terms. Simile. “ I stood watching as the shouting guards herded the man towards the gate, which opened like the mouth of a dragon.” P.21

466 views • 13 slides

NOTE: To change images on this slide, select a picture and delete it. Then click the Insert Picture icon in the placeholder to insert your own image. All About. Kelsy Cleary. I moved to Richfield about a 18 months ago I love being outdoors doing just about anything. NOTE:

397 views • 10 slides

All About. ROBERT DE LA SALLE BY DREW and AKSHAY. Who was his sponsor?. His sponsor was France King Louie 14 wanted him to pay for his own trip The governor of Montréal paid for his trip. Where did he explore. He explored the Mississippi River and the tributaries

169 views • 7 slides

“ Make No Bones About It!”

“ Make No Bones About It!”. Bones can tell us a lot about a person’s physical and medical history. Bone structure and connective tissue account for about 25% of the body’s weight. Bone Formation and Growth Early embryo - bones start out as cartilage or fibrous structures.

295 views • 10 slides

All About. Courtlyn. +. =. CREDITS. http:// images.google.com/images?hl=en&um=1&q=red+miniature+dachshund&sa=N&start=220&ndsp=20 (slide 2) http://images.google.com/images?hl=en&um=1&q=st.+Judes+Research+Hospital&sa=N&start=0&ndsp=20 (slide 3)

334 views • 18 slides

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4744 NW Bethany Boulevard

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Biology Subject for Pre-K: Bones

It seems that you like this template, biology subject for pre-k: bones presentation, free google slides theme, powerpoint template, and canva presentation template.

Bone-jour! Bones are extremely important for the body, but also for history! Or haven’t you heard about Napoleon Bone-a-part? Prepare a fun lesson for your primary schoolers and help them learn the bones they’re made of with this creative template filled with illustrations and exercises. The designs are completely editable just in case a new bone is discovered in the meantime.

Features of this template

• 100% editable and easy to modify
• 36 different slides to impress your audience
• Contains easy-to-edit graphics such as graphs, maps, tables, timelines and mockups
• Includes 500+ icons and Flaticon’s extension for customizing your slides
• Designed to be used in Google Slides, Canva, and Microsoft PowerPoint
• 16:9 widescreen format suitable for all types of screens
• Includes information about fonts, colors, and credits of the resources used

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