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Comparison of morphological changes during modeling of bone tissue damage and after implantation of a titaniumimplant in the upper jaw in rats.
Dragunova S., Kostyaeva M., Kastyro I., Popadyuk V.
Comparison of morphological changes during modeling of bone tissue damage and after implantation
Modern osteoplastic materials
Salekh Karina M., Dymnikov Alexandr B., Mukhametshin Roman F., Ivashkevich Sergey G.
Relevance. Bone tissue regeneration and the development of methods for directed influence
Influence of vitamin D on the reconstitutional processes of bone tissue: a review; [Влияние витамина D на реконструктивные процессы костной ткани (обзор)]
Ivanova I.V., Ivanov S.Yu., Gusarov A.M., Muraev A.A.
of dental implants, on the bone marrow formation, on the periodontal tissue condition, and on the general
Effect of the surface structure of titanium implants on the response to the bone tissue
Lazarouk, S. K., Kupreeva, O. V., Dudichс, O. N., Krasilnikova, V. L., Bahayeu, S. I., Лазарук, С. К., Купреева, О. В.
The growth of bone tissue on titanium plates and mounting screws during surgical treatment
Comparative evaluation of the effectiveness of methods of alveolar bone preservation before dental implantation
Ryzhova, I. P., Pogosyan, N. M., Novozhilova, M. S., Borcov, A. M., Tsimbalistov, A. V., Oganesyan, A. F.
immediate prosthetics and a group where the postoperative period was managed without it. The concept of bone
Efficacy of Poly-3-Hydroxybutyrate Enriched with Simvastatin in Bone Regeneration after Tooth Extraction (Experimental Study)
Salekh K.M., Muraev A.A., Dolgalev A.A., Dymnikov A.B., Bonartseva G.A., Makhina T.K., Chesnokova D.V., Voinova V.V., Bonartsev A.P., Mokrenko M.E., Ivanov S.Y.
Physiological resorption of bone tissue after tooth extraction leads to a decrease in the volume
BONE LOSS RECOVERY IN MICE FOLLOWING MICROGRAVITY WITH CONCURRENT BONE-COMPARTMENT-SPECIFIC OSTEOCYTE CHARACTERISTICS
Von Kroge S., Wolfel E.M., Buravkova L.B., Atiakshin D.A., Markina E.A., Schinke T., Rolvien T., Busse B., Jahn-Rickert K.
microgravity recovered only in trabecular bone, while in cortical bone the tissue mineral density was restored
The evolution of the trabecular bone at a constant combined loading
Shigapova F., Gerasimov O., Sachenkov O.
with the mathematical model of restructured bone tissue under the influence of external forces. The mathematical model
XRD study of the Permian fossil bone tissue
Ryanskaya A., Kiseleva D., Shilovsky O., Shagalov E.
-ray diffraction study of bone fragments of Permian parareptile Deltavjatia vjatkensis obtained from the Kotelnich
Haloperidol-induced experimental osteoporosis and its correction with dimephosphone; [Галоперидол-индуцированный экспериментальный остеопороз и его коррекция димефосфоном]
Ilyina R.Ju., Mukhamedzhanova L.R., Ziganshina L.E.
; the amount of strontium ions decreased (by 1.1 times) only in bone tissue. CONCLUSION: Dimephosphone reduces

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