Titlebook: Bone Regeneration with Bone Substitutes; An Animal Study Bernd-Dietrich Katthagen Book 1987 Springer-Verlag Berlin Heidelberg 1987 bone.cer

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n necessary to fill up the bones operatively with suitable substances. Recently, so-called bone substitutes (collagen, gelatine, bone matrix, calcium phospate, hydroxyapatite) have also been recommended. Following an introductory presentation of bone regeneration and transplants, these substitutes a

Vo2-Max

Martyn Dibb BSc (MedSci), MB ChB, MD, FRCPof promoting bone regeneration. These materials should, if possible, be only a temporary replacement of the recipient’s bone. With regard to precise terminology, it would really be more appropriate to speak of “bone-transplant-replacement materials”.

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Experimental Section,A standard dry-feed diet which contained 16.5% raw protein, 13.5% raw fibre, 1.2% calcium, 0.65% phosphorus, 10000IU vitamin A and 2000IU vitamin D. per kg of feed mixture was given. The animals were offered standard tap water ad libitum.

箴言

Introduction and Scope of the Study,efects, or to enable them to heal at all, it is often necessary to fill them with suitable, i.e. osteogenic and/or osteoinductive, substances. Because of their superior effectiveness, transplants of autogenic spongiosa, which can also be implanted if bone stability is lacking owing to the protective

helper-T-cells

Bone Transplants,. Autogenic tissue is considered to be the most suitable transplant material, because differences in histocompatibility and the risk of transferring a disease from one individual to another are nonexistent.

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同音

Experimental Section,kg. They were delivered to the laboratory not later than 1 week before the start of the test, and acclimatised to the housing conditions and the feed. The animals were kept in single UNO metal cages (model B 3/3, type K) at 22°C and 50% relative humidity in natural daylight with a day-night rhythm.

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玩笑

Summary,erior efficacy of autogenic spongiosa has been highlighted, but its problems and disadvantages have also been discussed. Allogenic bone transplants are characterised by immuno-defensive reactions, but allow creeping substitution and osteoconduction, and are therefore used in several clinics as an al