M. Yazir

Tersedia 1 artikel

• Jum'at, 21 September 2018 18:07

  Application of convolutional neural network classifier for wireless arrhythmia detection

  Dwi E. Kusumandari, M.T., M. Ilham Rizqywan, M. Yazir, Mardi Turnip, S.Kom., M.Kom., Abdi Dharma, S.Kom., M.Kom., Arjon Turnip, Ph.D.

  Baca Lebih Lanjut ... | Sudah dibaca 812 kali

10 KARYA ILMIAH TERBARU

• Cek Kesamaan Karya Ilmiah : Eugenol protects human liver HepG2 cells from H2O2-induced oxidative hepatotoxicity by maintaining ROS homeostasis, increasing IL-10 level, and upregulating CYP1B1 gene expression

  Dr. dr. Tan Suyono, MARS., M.Biomed., Sp.K.K.L.P.

• Cek Kesamaan Karya Ilmiah : Efficacy test of Aloe Vera ethanol extract ointment (Aloe Barbadensis Milleer) On healing grade Ii Burns in Wistar Rats

  dr. Liena, M.Biomed

• Cek Kesamaan Karya Ilmiah : Test The Effectiveness Of Antioxidant And Antibacterial Activities On Turmeric (Curcuma Longa Linn.)

  dr. Liena, M.Biomed

• Cek Kesamaan Karya Ilmiah : Analgesic Efficacy Analysis of Cinnamon (Cinnamomum Verum) Extract in Wistar Model Rats

  dr. Liena, M.Biomed

• Cek Kesamaan Karya Ilmiah : Analysis of the impact of early mobilization on the level of discomfort of patients after orthopedic surgery at Royal Prima Hospital in Medan 2024

  dr. Liena, M.Biomed

• Cek Kesamaan Karya Ilmiah :Analysis of the effectiveness of ethanol extract of mangosteen peel (Garcinia Mangostana L.) in dealing with dyslipidemia: In vivo

  dr. Liena, M.Biomed

• Cek Kesamaan Karya Ilmiah : Assessment Of The Effectiveness Of Mangosteen Peel Methanol Extract As An Analgesic And Antipyretic In Male Wistar Rats

  dr. Liena, M.Biomed

• Cek Kesamaan Karya Ilmiah : Exploration of the ability of turmeric cream with ethanol extract in healing incision wounds in wistar rats

  dr. Liena, M.Biomed

• Cek Kesamaan Karya Ilmiah : Effectiveness of Turmeric Ethanol Extract Cream Preparation (Curcuma Longa) in Speeding up Wound Healing in Male Wistar Rats

  dr. Liena, M.Biomed

• Cek Kesamaan Karya Ilmiah : Eugenol protects human liver HepG2 cells from H2O2-induced oxidative hepatotoxicity by maintaining ROS homeostasis, increasing IL-10 level, and upregulating CYP1B1 gene expression

  dr. Liena, M.Biomed