Bio 327- You gave good examples of the different fibrous joints. I like how you didn't include too much information and went straight to the point. I really like your teaching style.
I like how you give an overview of what you are going to talk about in the video, before diving into the topic itself and really breaking done what the tissues do in the body and how they help.
I enjoyed your video. I learned that Fibrous joints have no joint cavity, we have three different types of joints: sutures, syndesmoses, and gomphose. Very educational and quick.
I like how you explained how and what fibrous tissue's are. What stuck out to me the most was that they have no joint cavity and are immobile. When you used the example of the skull, it made me realize why it's important that sutures shouldn't move.
I enjoy how you explain and give examples, it makes it easier to understand that fibrous joints are made of fibrous tissue and that they do not move. For example, suture joints found in our skull.
Awesome video! I really appreciate all that I learned about fibrous joints with the help of this video. For starters, fibrous tissue is movable or also known as “mobile”. There is no joint cavity in the fibrous tissue. There are three separate types of these joints: sutures, synoesmose, and gomphose.
I will remember that fibrous joints are immobile and have no joint cavity. Thank you for explaining! I was so impressed that you could write backwards until my husband shared a video with me today about how you did it. And to think that you're not left-handed either!
These videos have been so helpful through the online class. The book and other videos help but these videos help give me a clear understanding of what we are covering! Thank you, Professor.
Thank you Professor Givon for this video on fibrous joints. I am starting to understand that there is more than one type of joint and it can also pertain to your teeth. I'd love to learn more about fibrous joints.
I enjoyed learning that sutures are located in the skull and are immobile. Also i liked that the different kinds of joints are similar but have different properties. Jessica Willis
So far I'm really happy with the breakdown of the content in all your videos. Definitely feel like I have a better understanding of what fibrous joints are. Thank you for that.
MEDA 110 summer 2020. Fibrous joints are very interesting to me because like you mentioned they are immobile. I usually picture joints as a “part of our bodies we can move.”
Your explanation about the differences between the very similar and often mistaken joints (sutures and syndesmosis) made the information very simple to understand. This is a great study tool for tests, thank you for the clear informational video.
Thanks to this video I learned that there are three different types of fibrous joints. The three types being sutures, synoesmose, and gomphose. As you mentioned each type, I noticed you mentioned an example as well. I would continue doing this, as it makes it easier to understand the topic.
Perfect continuation to the past video I watched , learning more about fibrous joints and tissue. Interesting to know that we have this tissue in our gums. Thanks for the video.
Thanks for the video. I have never heard of synoesmose or gomphose joints. Everything I've read only lists the skull sutures as the immobile joints in the body.
I learned that Fibrous joints are made of fibrous tissue and they include three types: sutures, syndesmoses, and gomphoses. In addition, fibrous joints have no joint cavity and they are “immovable” joints because they do not move.
This is a great video Professor! Very informative and great content. I learned something new today in this video which was that fibrous joints are related to sutures.
MEDA 55 summer 2020: I like that the professor uses two colors to separate one term from the other. In this video I learned that fibrous tissue has specific characteristics; fibrous tissue is immobile and does not have a joint cavity.
I have been learning about fibrous joints in anatomy and I think this video is very helpful in explaining the differences between them and helping to determine which is which.
It's been such a long time since I've taken an Anatomy class that I've forgotten about the different kinds of joints! This video was a great overview of the joints.
MEDA 110 Summer 2020: I am learning so much watching your videos. I particularly found the organization of the video helpful. I like the use of colors for those of us who are visual learners.
Hello and thank you for the video.... About 2 years ago I had some bottled water delivered, at the same time I had some acupuncture. As the months went by my bones started feeling like they were turning into cartilage to the point where it felt as if my rib cage would fall into my pelvis. I stopped both the new water and acupuncture which I did. However, since then whenever I eat after about 10 to 20 minute I get crepitus (joint popping) all over my body including my back and depending on the food it feels like shin splints. Then after some time I have extreme gas. Embarrassing but I must tell all details... The foods that make this increase are: Very high: green peppers, zuchini, strawberries and grains and most of the green vegetables. About a 5 rating is almost all fruits and veggies... Things that don't bother me of course is junk food which I hate to eat. I've spent 2 years working with doctors that have no ideas. With that I started to try to figure out myself. All tests come back within range. PTH first test 72, next test 49. Plus my thryroid is all over the place. I'm now at 89 mcg but have had 110, 125, 100 and this fluctuation also started after the water... Any ideas?
MEDA 55 Fall 2020. I enjoy the details when explaining fibrous joints. I feel as if I am overwhelmed because I am not seeing any notes from the video as you're speaking.
BIO 327 (02) I found it very interesting how synoesmose joints are similar to sutures, but they are longer and you can find them at the end of certain joints.
MEDA #055 Spring Semester 2021 X. Desire Reyes Gomphose joint is found in your teeth. Held by fibrous tissue. Very interesting thank you professor Givon.
I appreciate how the information in this video is condensed, yet interesting and informative. I like how the topics are broken down and discussed as simply as possible. - Alyssa Buchanan BIO 327 Fall 2019
MESA_MEDA_55_Fall 2020: To think all this goes into things we don’t really think about, like our skulls, for example, they are fibrous joints, right? The human body is fascinating.
![เปิด อาณาจักร หมื่นล้าน "สาระตั้ม" l [Nickynachat]](http://i.ytimg.com/vi/3XE0nPF4YkQ/mqdefault.jpg)
I didn't know what fibrous joints were until I watched this video. Thanks for making it informational, yet timely!
it gives me great sense of humor about the professor. he looks great , attractive teaching tecniques . thank you
Bio 327- You gave good examples of the different fibrous joints. I like how you didn't include too much information and went straight to the point. I really like your teaching style.
MEDA 110 Thank you for explaining everything in a simple way, makes it so much easier to understand fibrous joints.
I like how you give an overview of what you are going to talk about in the video, before diving into the topic itself and really breaking done what the tissues do in the body and how they help.
I enjoyed your video. I learned that Fibrous joints have no joint cavity, we have three different types of joints: sutures, syndesmoses, and gomphose. Very educational and quick.
That was very hard for me in anatomy. Your explanation helped.
MEDA Summer 2020: great way of explaining the fibrous joints, this video gave me a better understanding of them. thank you
MEDA 110- Your explanation about the differences between the very similar and often mistaken joints (sutures and syndesmosis) was extremely helpful.
I like how you explained how and what fibrous tissue's are. What stuck out to me the most was that they have no joint cavity and are immobile. When you used the example of the skull, it made me realize why it's important that sutures shouldn't move.
I enjoy how you explain and give examples, it makes it easier to understand that fibrous joints are made of fibrous tissue and that they do not move. For example, suture joints found in our skull.
I really like how you provide examples and different details of the three fibrous joints you mentioned in the video.
Great breakdown of fibrous joints. Thank you for breaking down the concept into such an easy was to remember!
MEDA 110 Spring 2020: I like how you designate a separate video for each type of joint rather than rushing through it all in one video. Very Helpful!
It helps a lot when you give examples of each word you write down! Keeping the videos short and to the point help as well!
Awesome video! I really appreciate all that I learned about fibrous joints with the help of this video. For starters, fibrous tissue is movable or also known as “mobile”. There is no joint cavity in the fibrous tissue. There are three separate types of these joints: sutures, synoesmose, and gomphose.
I will remember that fibrous joints are immobile and have no joint cavity. Thank you for explaining!
I was so impressed that you could write backwards until my husband shared a video with me today about how you did it. And to think that you're not left-handed either!
I saw the video on general joint classification and it led me here for more detailed descriptions. Thorough.
These videos have been so helpful through the online class. The book and other videos help but these videos help give me a clear understanding of what we are covering! Thank you, Professor.
You explained this very well! Detailed and very easy to understand.
Honestly I have never heard of gomphonse, and fibrous joints. Loved learning something new today
like how the lecture and video go hand in hand when learning about the joints.
Thank you Professor Givon for this video on fibrous joints. I am starting to understand that there is more than one type of joint and it can also pertain to your teeth. I'd love to learn more about fibrous joints.
I learned about fibrous joints in our text book, but watching this video makes the lesson much easier to understand.
I had never even heard of the gomphose joints! Another great lesson in a great video! Thanks, Professor Givon!
Meda 55 Summer 2020: I knew a little about fibrous joints but this video helped me understand better!
learned so much information about Fibrous Joints in only 4 minutes, which was very helpful and interesting. Thank you Professor
Having these clips are a plus when taking online courses. I like how you take one topic and simplify it for us.
This video is very clear, it's clear now on the importance of fibrous tissue which is that they stay intact.
I enjoyed learning that sutures are located in the skull and are immobile. Also i liked that the different kinds of joints are similar but have different properties. Jessica Willis
Interesting about hearing Synoemose joint type and it being in the ankle. Great overview of the joints!
So far I am really enjoying your lectures because you are going more in detailed about fibrous joints and it helps me understand.
So far I'm really happy with the breakdown of the content in all your videos. Definitely feel like I have a better understanding of what fibrous joints are. Thank you for that.
MEDA 110 summer 2020. Fibrous joints are very interesting to me because like you mentioned they are immobile. I usually picture joints as a “part of our bodies we can move.”
I now understand the different types of joints with this video I learned where they are found and what type of tissue they are.
I liked the examples given with each umbrella term under the Fibrous Joint category. I've struggled mainly with Syndesmose ones.
Your explanation about the differences between the very similar and often mistaken joints (sutures and syndesmosis) made the information very simple to understand. This is a great study tool for tests, thank you for the clear informational video.
Thank you Professor! Your videos are very clear and easy to understand. Please keep uploading new videos!
It is really interesting to learn with well professional teacher like you. I got more knowledge about fibrous tissues and their functions
Once again a great video, that is easy to understand. A quick and easy way of learning.
BIO 176 Fall 2019: Very informative video, joints aren't always what we think they are, we have them in every part of our body.
Hi professor I never knew that fibrous joints had no joints cavity. From each of your video I learn something new
Your videos are very helpful. YOu should keep making these videos. Very good way on breaking things down.
Good and informative video about fibrous joints, what is made out of, and 3 different types of them.
Thanks to this video I learned that there are three different types of fibrous joints. The three types being sutures, synoesmose, and gomphose. As you mentioned each type, I noticed you mentioned an example as well. I would continue doing this, as it makes it easier to understand the topic.
I'm glad to have taken the time to watch this video! I am now well informed :)
Perfect continuation to the past video I watched , learning more about fibrous joints and tissue. Interesting to know that we have this tissue in our gums. Thanks for the video.
MEDA 55 FALL 2020- Thank you for the info. Makes it easier to study.
Very educational and informative, awesome presentation. thank you!
Thanks for the video. I have never heard of synoesmose or gomphose joints. Everything I've read only lists the skull sutures as the immobile joints in the body.
Thank you for breaking down the concept and explaining the meanings of concepts.
I learned that Fibrous joints are made of fibrous tissue and they include three types: sutures, syndesmoses, and gomphoses. In addition, fibrous joints have no joint cavity and they are “immovable” joints because
they do not move.
I never knew what Fibrous Joints were, thanks for the video!
I am so glad I JOINT this channel :)
BIOL 327 I never realized that we have joints everywhere, like in our teeth, so that was very informative.
MEDA 55 Fall 2020- I love how short the videos are yet has many interesting information to know and learn about.
Thank you professor for posing such a helpful video on Fibrous Joints. The examples helped me understand when I was on my own learning it.
Great organization and explanation of the joint types!
This is a great video Professor! Very informative and great content. I learned something new today in this video which was that fibrous joints are related to sutures.
This video gave me more information on the three types of Fibrous tissue.
MEDA 55 summer 2020:
I like that the professor uses two colors to separate one term from the other. In this video I learned that fibrous tissue has specific characteristics; fibrous tissue is immobile and does not have a joint cavity.
I love the intro to the lectures. I feel robbed my old anatomy teacher only mentioned suture joints for fibrous joints.
Great video professor! Learned more in 4 min.!
Well presented the topic abt fibrous joints. You even give example where we can find gomphose in our body.
I have been learning about fibrous joints in anatomy and I think this video is very helpful in explaining the differences between them and helping to determine which is which.
It's been such a long time since I've taken an Anatomy class that I've forgotten about the different kinds of joints! This video was a great overview of the joints.
This video makes you put things into perspective and realize that gomphoses fibrous joint is found in teeth and its sockets!
Great video about Fibrous Joints! I like how you go into detail about everything, it helps a lot to understand. Thank you Professor!
very informational of the 3 types of fibrous joints.
the key words and definition are very helpful
Great Video! I was able to learn more about Fibrous Joints.
MEDA 110 Summer 2020: I am learning so much watching your videos. I particularly found the organization of the video helpful. I like the use of colors for those of us who are visual learners.
I always forget that fibrous joints are related to sutures so this was a great reminder.
Great detail. Thank you for explaining
BIO 327 Fall 2019: I learned about fibrous joints in a short amount of time. Interesting and informational!
327: I like the color coding, it helps see the different things you are talking about.
Through this video, I learned so much about fibrous joints in a way that is easier to understand. MEDA110 Summer 2021
This video taught me that fibroblasts generate fibrous tissues.
Hello and thank you for the video.... About 2 years ago I had some bottled water delivered, at the same time I had some acupuncture. As the months went by my bones started feeling like they were turning into cartilage to the point where it felt as if my rib cage would fall into my pelvis. I stopped both the new water and acupuncture which I did. However, since then whenever I eat after about 10 to 20 minute I get crepitus (joint popping) all over my body including my back and depending on the food it feels like shin splints. Then after some time I have extreme gas. Embarrassing but I must tell all details...
The foods that make this increase are: Very high: green peppers, zuchini, strawberries and grains and most of the green vegetables. About a 5 rating is almost all fruits and veggies... Things that don't bother me of course is junk food which I hate to eat.
I've spent 2 years working with doctors that have no ideas. With that I started to try to figure out myself. All tests come back within range. PTH first test 72, next test 49. Plus my thryroid is all over the place. I'm now at 89 mcg but have had 110, 125, 100 and this fluctuation also started after the water...
Any ideas?
This video is really good to understand about Fibrous joints! Especially, the examples that professor gives us are really informative :)
this was a little confusing, but again, your examples helped. especially about the gomphose being peridontal. interesting
I learn better watching this video because is very organized.
Very informative and the simplicity makes it very easy to follow and understand!
Alexandra Vujnovich (BIO 327) Fall 2019
Your videos are very nice as they are educational but short to provide a lot of information.
fibrous joints its a complicated journey but very helpful video, however, too short for this class. thank you
MEDA 55 Fall 2020. I enjoy the details when explaining fibrous joints. I feel as if I am overwhelmed because I am not seeing any notes from the video as you're speaking.
Your videos are very helpful
Bio 327 (Fall 2019) It was interesting to learn about what the fibrous joints are made of and what type of cells generate fibrous tissue
BIO 327 (02)
I found it very interesting how synoesmose joints are similar to sutures, but they are longer and you can find them at the end of certain joints.
I like how easy the video is to follow.
MEDA #055 Spring Semester 2021 X. Desire Reyes
Gomphose joint is found in your teeth. Held by fibrous tissue. Very interesting thank you professor Givon.
I appreciate how the information in this video is condensed, yet interesting and informative. I like how the topics are broken down and discussed as simply as possible.
- Alyssa Buchanan BIO 327 Fall 2019
Nice video, I am new to Meda110 and its been pretty interesting learning from these videos.
MEDA55, this makes it more helpful for the next time I have to go to the doctor!! It's good to know the different types of joints everywhere!
Awesome video.
This is great content! It's so well organized
I learned that there are different types of umbrella terms of joints. Another thing I learned is that fibrous joints are not moveable.
MESA_MEDA_55_Fall 2020: To think all this goes into things we don’t really think about, like our skulls, for example, they are fibrous joints, right? The human body is fascinating.
bio 175: Great video series.
The more I get familiar with the human body I'm more amazed.