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"Nuclear medicine is an important element of daily practice for the endocrinologist, both for diagnosis and for treatment. The continuous rapid development of nuclear medicine procedures has created the need for a concise, up-to-date practical guide that presents the essential information required by the endocrinologist. This book is designed to ensure ease of use in clinical practice and provides the most relevant information on nuclear medicine as applied to endocrine pathology. It is divided into three sections covering general aspects of nuclear medicine, the role of nuclear endocrinology in diagnosis, and the role of nuclear endocrinology in therapy. The endocrine glands are covered by organ and by pathology. Pertinent background information is provided, choice of radiopharmaceutical is explained, and the role of different image acquisition techniques is discussed. In addition, informative clinical cases are presented with the aid of high-quality images."

"Considered the definitive source in its field for over 35 years, Endocrinology: Adult and Pediatric, has been thoroughly updated to reflect today's recent advances in adult and pediatric endocrinology. Unique perspectives from a team of trusted, world-renowned experts ensure this medical reference book remains the most highly-regarded text in the field"

"Considered the definitive source in its field for over 35 years, Endocrinology: Adult and Pediatric, has been thoroughly updated to reflect today's recent advances in adult and pediatric endocrinology. Unique perspectives from a team of trusted, world-renowned experts ensure this medical reference book remains the most highly-regarded text in the field"

"Latar Belakang: Aktifitas fisik seperti berlari dapat mempengaruhi sekresi dan komposisi saliva, termasuk protein saliva di dalam rongga mulut, salah satunya protein SMBP. Protein saliva diketahui dapat memfasilitasi pertumbuhan biofilm bakteri. Tujuan: Mengetahui pengaruh protein Streptococcus mutans binding salivary protein yang diisolasi dari subjek pelari dan nonpelari terhadap pertumbuhan biofilm P. gingivalis. Metode: Studi eksperimental ini menggunakan teknik sampling purposive. Pemilihan subjek pelari dan nonpelari didasarkan riwayat lari dan pengukuran VO2max. Streptococcus mutans binding salivary protein diidentifikasi menggunakan SDS-PAGE. Streptococcus mutans binding salivary protein didapatkan melalui interaksi protein saliva pelari dan nonpelari dengan bakteri S. mutans. Uji biofilm pertumbuhan bakteri P. gingivalis ATCC 33277 menggunakan pewarnaan crystal violet. Data yang didapat kemudian dilakukan uji statistik menggunakan uji korelasi. Hasil: Protein SMBP memfasilitasi pertumbuhan biofilm P. gingivalis pada inkubasi 3 jam maupun 24 jam. Kesimpulan: Streptococcus mutans binding salivary protein yang diisolasi dari subjek pelari dan nonpelari memfasilitasi perumbuhan biofilm P. gingivalis.

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Background: Physical activity such as running can affect salivary secretion and composition, including salivary proteins in the oral cavity, such as salivary protein SMBP. Salivary proteins are known to inhibit or facilitate the growth of bacterial biofilms. Salivary protein can facilitate or inhibit the growth of bacteria.

Objective: To determine the effect of Streptococcus mutans binding salivary protein towards the growth of Porphyromonas gingivalis biofilm.

Methods: This experimental study used purposive sampling and VO2max test to determine runners and non runners. Protein profile samples were identified using SDS PAGE. S. mutans salivary protein was obtained from binding of salivary protein and S. mutans. Biofilm assay P. gingivalis ATCC 33277 growth towards Streptococcus mutans binding salivary protein salivary protein was conducted using the dye crystal violet assay. The data was statistically analyzed using correlation test.

Results: Salivary protein of Streptococcus facilitate the growth of Porphyromonas gingivalis biofilm on incubation time 3 and 24 hours.

Conclusion: Salivary protein of Streptococcus mutans collected from runners and non runners facilitate the growth of Porphyromonas gingivalis biofilm. "