Man, I don't know
the difference
about endochondral and intramembranous bone formation.
Hey Paul, don't worry. I'm sure that our teacher will surely explain that!
Hey you know, I realized something when walking to CEU.
It's the fact that I'm excited to know the difference of the two bone formation for me to avoid confusion.
Okay so what is it?
That's good to hear! Lets get to class now
Our topic for today is ossification. Does anyone in the class have an idea about it and the two types of it?
Ossification is the process of forming new bones and the two types of ossifications are endochondral and intramembranous ossification
Wow! Very well said. Moving on,
In intramembranous ossification, it is the development of osseous tissue within the mesenchymal tissue without prior cartilage formation
The bone is directly formed on a mesenchyme and it does not form an intermediate cartilage. This ossification is important for the formation of flat bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Moving on, in endochondral ossification, it is a type of ossification taking place from centers arising in cartilage and involving deposition of lime salts in the cartilage matrix followed by secondary absorption and replacement by true bony tissue.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Good morning, Dent 2G!
There is a cartilage that will be formed first and the bone is laid down on it. Endochondral ossification is important in formation of long bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
After Several Hours
You're right! The lesson is much clearer now thanks to ma'am.
Haha! Now lets get ready for the next subject.
Man, I don't know
the difference
about endochondral and intramembranous bone formation.
Hey Paul, don't worry. I'm sure that our teacher will surely explain that!
Hey you know, I realized something when walking to CEU.
It's the fact that I'm excited to know the difference of the two bone formation for me to avoid confusion.
Okay so what is it?
That's good to hear! Lets get to class now
Our topic for today is ossification. Does anyone in the class have an idea about it and the two types of it?
Ossification is the process of forming new bones and the two types of ossifications are endochondral and intramembranous ossification
Wow! Very well said. Moving on,
In intramembranous ossification, it is the development of osseous tissue within the mesenchymal tissue without prior cartilage formation
The bone is directly formed on a mesenchyme and it does not form an intermediate cartilage. This ossification is important for the formation of flat bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Moving on, in endochondral ossification, it is a type of ossification taking place from centers arising in cartilage and involving deposition of lime salts in the cartilage matrix followed by secondary absorption and replacement by true bony tissue.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Good morning, Dent 2G!
There is a cartilage that will be formed first and the bone is laid down on it. Endochondral ossification is important in formation of long bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
After Several Hours
You're right! The lesson is much clearer now thanks to ma'am.
Haha! Now lets get ready for the next subject.
Man, I don't know
the difference
about endochondral and intramembranous bone formation.
Hey Paul, don't worry. I'm sure that our teacher will surely explain that!
Hey you know, I realized something when walking to CEU.
It's the fact that I'm excited to know the difference of the two bone formation for me to avoid confusion.
Okay so what is it?
That's good to hear! Lets get to class now
Our topic for today is ossification. Does anyone in the class have an idea about it and the two types of it?
Ossification is the process of forming new bones and the two types of ossifications are endochondral and intramembranous ossification
Wow! Very well said. Moving on,
In intramembranous ossification, it is the development of osseous tissue within the mesenchymal tissue without prior cartilage formation
The bone is directly formed on a mesenchyme and it does not form an intermediate cartilage. This ossification is important for the formation of flat bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Moving on, in endochondral ossification, it is a type of ossification taking place from centers arising in cartilage and involving deposition of lime salts in the cartilage matrix followed by secondary absorption and replacement by true bony tissue.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Good morning, Dent 2G!
There is a cartilage that will be formed first and the bone is laid down on it. Endochondral ossification is important in formation of long bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
After Several Hours
You're right! The lesson is much clearer now thanks to ma'am.
Haha! Now lets get ready for the next subject.
Man, I don't know
the difference
about endochondral and intramembranous bone formation.
Hey Paul, don't worry. I'm sure that our teacher will surely explain that!
Hey you know, I realized something when walking to CEU.
It's the fact that I'm excited to know the difference of the two bone formation for me to avoid confusion.
Okay so what is it?
That's good to hear! Lets get to class now
Our topic for today is ossification. Does anyone in the class have an idea about it and the two types of it?
Ossification is the process of forming new bones and the two types of ossifications are endochondral and intramembranous ossification
Wow! Very well said. Moving on,
In intramembranous ossification, it is the development of osseous tissue within the mesenchymal tissue without prior cartilage formation
The bone is directly formed on a mesenchyme and it does not form an intermediate cartilage. This ossification is important for the formation of flat bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Moving on, in endochondral ossification, it is a type of ossification taking place from centers arising in cartilage and involving deposition of lime salts in the cartilage matrix followed by secondary absorption and replacement by true bony tissue.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Good morning, Dent 2G!
There is a cartilage that will be formed first and the bone is laid down on it. Endochondral ossification is important in formation of long bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
After Several Hours
You're right! The lesson is much clearer now thanks to ma'am.
Haha! Now lets get ready for the next subject.
Man, I don't know
the difference
about endochondral and intramembranous bone formation.
Hey Paul, don't worry. I'm sure that our teacher will surely explain that!
Hey you know, I realized something when walking to CEU.
It's the fact that I'm excited to know the difference of the two bone formation for me to avoid confusion.
Okay so what is it?
That's good to hear! Lets get to class now
Our topic for today is ossification. Does anyone in the class have an idea about it and the two types of it?
Ossification is the process of forming new bones and the two types of ossifications are endochondral and intramembranous ossification
Wow! Very well said. Moving on,
In intramembranous ossification, it is the development of osseous tissue within the mesenchymal tissue without prior cartilage formation
The bone is directly formed on a mesenchyme and it does not form an intermediate cartilage. This ossification is important for the formation of flat bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Moving on, in endochondral ossification, it is a type of ossification taking place from centers arising in cartilage and involving deposition of lime salts in the cartilage matrix followed by secondary absorption and replacement by true bony tissue.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Good morning, Dent 2G!
There is a cartilage that will be formed first and the bone is laid down on it. Endochondral ossification is important in formation of long bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
After Several Hours
You're right! The lesson is much clearer now thanks to ma'am.
Haha! Now lets get ready for the next subject.
Man, I don't know
the difference
about endochondral and intramembranous bone formation.
Hey Paul, don't worry. I'm sure that our teacher will surely explain that!
Hey you know, I realized something when walking to CEU.
It's the fact that I'm excited to know the difference of the two bone formation for me to avoid confusion.
Okay so what is it?
That's good to hear! Lets get to class now
Our topic for today is ossification. Does anyone in the class have an idea about it and the two types of it?
Ossification is the process of forming new bones and the two types of ossifications are endochondral and intramembranous ossification
Wow! Very well said. Moving on,
In intramembranous ossification, it is the development of osseous tissue within the mesenchymal tissue without prior cartilage formation
The bone is directly formed on a mesenchyme and it does not form an intermediate cartilage. This ossification is important for the formation of flat bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Moving on, in endochondral ossification, it is a type of ossification taking place from centers arising in cartilage and involving deposition of lime salts in the cartilage matrix followed by secondary absorption and replacement by true bony tissue.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Good morning, Dent 2G!
There is a cartilage that will be formed first and the bone is laid down on it. Endochondral ossification is important in formation of long bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
After Several Hours
You're right! The lesson is much clearer now thanks to ma'am.
Haha! Now lets get ready for the next subject.
Man, I don't know
the difference
about endochondral and intramembranous bone formation.
Hey Paul, don't worry. I'm sure that our teacher will surely explain that!
Hey you know, I realized something when walking to CEU.
It's the fact that I'm excited to know the difference of the two bone formation for me to avoid confusion.
Okay so what is it?
That's good to hear! Lets get to class now
Our topic for today is ossification. Does anyone in the class have an idea about it and the two types of it?
Ossification is the process of forming new bones and the two types of ossifications are endochondral and intramembranous ossification
Wow! Very well said. Moving on,
In intramembranous ossification, it is the development of osseous tissue within the mesenchymal tissue without prior cartilage formation
The bone is directly formed on a mesenchyme and it does not form an intermediate cartilage. This ossification is important for the formation of flat bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Moving on, in endochondral ossification, it is a type of ossification taking place from centers arising in cartilage and involving deposition of lime salts in the cartilage matrix followed by secondary absorption and replacement by true bony tissue.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
Good morning, Dent 2G!
There is a cartilage that will be formed first and the bone is laid down on it. Endochondral ossification is important in formation of long bones.
2 Types of Bone Formation
1. Endochondral Ossification
2. Intramembranous Ossification
After Several Hours
You're right! The lesson is much clearer now thanks to ma'am.
Haha! Now lets get ready for the next subject.