Bone matrix gelatin (BMG) has been used for bone induction intramuscularly and subcutaneously by many investigators since 1965. More recently, some of the researchers have used BMG particles for bone repair and reported various results. In present study for evaluation of bone induction and new bone formation in parital defects, BMG particles were used in five groups of rats. The BMG was prepared as previously described using urist method. The defects wee produced with 5 –mm diameter in pariteal bones and filled by BMG particles. No BMG was used in control group.For evaluation of new bone formation and repair, the specimens were harvested on days 7 , 14 , 21 and 28 after operation. The samples were processed histologically, stained by H&...
The injured of bone is caused by several factors, such as trauma, tumors, and accident, thus it make...
Bone defects caused by various etiologies must be filled with suitable substances to promote bone re...
New bone-forming substitute materials are highly useful in dental implantology. The purpose of this ...
Background: In order to evaluate bone induction and repair in cranial bone defects by the use of com...
Background: In several conditions we have face cranial bone defects. Reconstruction of these defects...
Different ossificant materials have been used for induction of bone repair in many studies, and bone...
The natural process of endochondral bone formation in the growing skeletal system is increasingly in...
Background: Nowadays, composite scaffolds with some desired characteristics have a numerous applicat...
Gelatin and chitosan are natural polymers that have extensively been used in tissue engineering appl...
<div><p><strong>Objectives:</strong><strong> </strong>The healing of bone defects in the craniofacia...
Many investigators use bone matrix gelatin for bone induction but it is used rarely for repair of te...
In this work, we have synthesized injectable bone cement incorporated with gelatin to enhance cellul...
Abstract- Many investigators use bone matrix gelatin for bone induction but it is used rarely for re...
In this work, we have synthesized injectable bone cement incorporated with gelatin to enhance cellul...
Restoring lost bone is a major challenge in orthopedic surgery. Currently available treatment strate...
The injured of bone is caused by several factors, such as trauma, tumors, and accident, thus it make...
Bone defects caused by various etiologies must be filled with suitable substances to promote bone re...
New bone-forming substitute materials are highly useful in dental implantology. The purpose of this ...
Background: In order to evaluate bone induction and repair in cranial bone defects by the use of com...
Background: In several conditions we have face cranial bone defects. Reconstruction of these defects...
Different ossificant materials have been used for induction of bone repair in many studies, and bone...
The natural process of endochondral bone formation in the growing skeletal system is increasingly in...
Background: Nowadays, composite scaffolds with some desired characteristics have a numerous applicat...
Gelatin and chitosan are natural polymers that have extensively been used in tissue engineering appl...
<div><p><strong>Objectives:</strong><strong> </strong>The healing of bone defects in the craniofacia...
Many investigators use bone matrix gelatin for bone induction but it is used rarely for repair of te...
In this work, we have synthesized injectable bone cement incorporated with gelatin to enhance cellul...
Abstract- Many investigators use bone matrix gelatin for bone induction but it is used rarely for re...
In this work, we have synthesized injectable bone cement incorporated with gelatin to enhance cellul...
Restoring lost bone is a major challenge in orthopedic surgery. Currently available treatment strate...
The injured of bone is caused by several factors, such as trauma, tumors, and accident, thus it make...
Bone defects caused by various etiologies must be filled with suitable substances to promote bone re...
New bone-forming substitute materials are highly useful in dental implantology. The purpose of this ...