Post by AASAS on Oct 21, 2023 11:23:21 GMT 5.5
After the new bone tissue is formed and the scaffold dissolves, its decay products are excreted from the body without any side effects, emphasizes the professor. Major trends in implantology are not standing still, bringing to reality what until recently seemed like a futuristic phenomenon. There are trends here. New materials Metals and their alloys have become traditional materials in implantology and are gradually being replaced by ceramics, polymers and composite materials. Piezoelectric materials are another promising field.
Their unique property is the ability to generate to mechanical deformation or moible number data loading. It allows you to speed up the healing of broken bones. The essence of the process is that the electrical charge affects bone cells, mainly osteoblasts and osteoclasts, which are involved in healing and repel bacteria, that is, they can provide the surface with antimicrobial properties. This charge is generated under the influence of a load on a piezoelectric element embedded in the bone defect.
Polyhydroxyalkanoates, a class of biodegradable polymers used by scientists, are piezoelectric. But this is not the limit of modern science. Associate Professor, Center for Science and Education: Today, there is a trend towards the field of sensitive autonomous smart materials. They are able to independently adjust their properties and deliver therapeutic effects in response to changes in the environment or biological processes.
Their unique property is the ability to generate to mechanical deformation or moible number data loading. It allows you to speed up the healing of broken bones. The essence of the process is that the electrical charge affects bone cells, mainly osteoblasts and osteoclasts, which are involved in healing and repel bacteria, that is, they can provide the surface with antimicrobial properties. This charge is generated under the influence of a load on a piezoelectric element embedded in the bone defect.
Polyhydroxyalkanoates, a class of biodegradable polymers used by scientists, are piezoelectric. But this is not the limit of modern science. Associate Professor, Center for Science and Education: Today, there is a trend towards the field of sensitive autonomous smart materials. They are able to independently adjust their properties and deliver therapeutic effects in response to changes in the environment or biological processes.