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![cover](./lib/minigalnano/createthumb.php?filename=images%2Fdocs%2Fcover_sintesis-karakterisasi-sifat-struktural-laju-degradasi-dan-biokompa-20230721141836.jpg&width=120)
Tesis
Sintesis, Karakterisasi Sifat Struktural, Laju Degradasi, Dan Biokompatibilitas Bahan Komposit Magnesium – Karbonat Apatit (Mg-Co3ap) Dan Potensinya Sebagai Bahan Dasar Implan Orthopaedi Biodegradabel
2019 | BY Aldo Fransiskus Marsetio - RAHYUSSALIM - Achmad Fauzi Kamal - Sugeng Supriadi- Synthesis, Structural Characterization, Degradation Rate, And Biocompatibility Of Magnesium – Carbonate Apatite (MgCo3ap) Composite And Its Potential As Biodegradable Orthopaedic Implant Base Material.
- Nomor Panggil T19333fk
![cover](./lib/minigalnano/createthumb.php?filename=images%2Fdocs%2Fcover_pengaruh-pajanan-sinar-x-c-arm-terhadap-viabilitas-dan-waktu-pengganda-20231012110124.jpg&width=120)
Tesis
Pengaruh pajanan sinar X c-arm terhadap viabilitas dan waktu penggandaan populasi sel punca mesenkimal
2015 | BY RAHYUSSALIM - Alam Rahmat Kusnadi - jeanne A. Pawitan- The X-ray radiation effect of c-arm to mesenchymal stem cell viability and population doubling time.
- Nomor Panggil T 15 221 FK