The work takes into consideration the in-vivo degradative aspects of three different glasses, showing some aspects of their bioactivity. Sterilized granules of Bioglass, S53P4 and A-WG glass granules were implanted in rabbit dorsal muscles and in sheep\u2019s mandible. Aher 60 days of implantation, the materials with the living tissues were explanted, embedded in PPMA and sectioned for the histologic and scanning electron microscopic observations. Elemental microanalyses with an Energy Dispersive System were carried out to check the degradation of the materials through the topographic distribution of the elements. The three different glasses exhibited different states of degradation with different interactions with the soli and hard tissues...
Bioactive glass granules of a narrow size range (300–355 μm) implanted in bone tissue fully react in...
Rods of a Hench-type and AKRA 15 glasses, and steel cylinders and plaques coated with AKRA 15 were i...
Active glasses are materials that, when implanted in bone, degrade releasing ions that can positivel...
The work takes into consideration the in-vivo degradative aspects of three different glasses, showin...
A special preparation was carried out on granules of the glasses under investigation before their im...
The present work analyses the in vivo behaviour of a bioactive glass that can be used for osteostimu...
the present work analyses the in-vivo behaviour of a bioactive glass that can be used for osteostimu...
A new bioactive glass was implanted in mandibular sheep's jaw as granules and as a block to check: a...
Medicine requires newer and newer materials to repair or substitute tissues or replace functions. Ac...
Two different bioactive glasses and one glass-ceramic were implanted as granules for 2 months in rab...
The bioactivity of two similar vitreous materials used in the form of granules of 'critical' size wa...
The present study investigated the behavior of 4 different glasses. used as granules for bone repair...
Granules of three different types of new active glasses (A, AKRA 15, AKRA 18) were implanted in hole...
The "in vivo" behaviour of a new active glass, as granules, was checked for 3 months in mandibular s...
A bioactive glass called Biogran was implanted as granules of very narrow size range (300-355mm) in ...
Bioactive glass granules of a narrow size range (300–355 μm) implanted in bone tissue fully react in...
Rods of a Hench-type and AKRA 15 glasses, and steel cylinders and plaques coated with AKRA 15 were i...
Active glasses are materials that, when implanted in bone, degrade releasing ions that can positivel...
The work takes into consideration the in-vivo degradative aspects of three different glasses, showin...
A special preparation was carried out on granules of the glasses under investigation before their im...
The present work analyses the in vivo behaviour of a bioactive glass that can be used for osteostimu...
the present work analyses the in-vivo behaviour of a bioactive glass that can be used for osteostimu...
A new bioactive glass was implanted in mandibular sheep's jaw as granules and as a block to check: a...
Medicine requires newer and newer materials to repair or substitute tissues or replace functions. Ac...
Two different bioactive glasses and one glass-ceramic were implanted as granules for 2 months in rab...
The bioactivity of two similar vitreous materials used in the form of granules of 'critical' size wa...
The present study investigated the behavior of 4 different glasses. used as granules for bone repair...
Granules of three different types of new active glasses (A, AKRA 15, AKRA 18) were implanted in hole...
The "in vivo" behaviour of a new active glass, as granules, was checked for 3 months in mandibular s...
A bioactive glass called Biogran was implanted as granules of very narrow size range (300-355mm) in ...
Bioactive glass granules of a narrow size range (300–355 μm) implanted in bone tissue fully react in...
Rods of a Hench-type and AKRA 15 glasses, and steel cylinders and plaques coated with AKRA 15 were i...
Active glasses are materials that, when implanted in bone, degrade releasing ions that can positivel...