Research Groups

Biomaterials and Tissue Engineering Group - Biomedical Glycoproteomics and Glycomic Group
Biomedical Instrumentation Group - Optical Glass Materials Group

Biomaterials and Tissue Engineering Group


Group Profile


Group Name: Biomaterials and Tissue Engineering Group
Group Specialist: Asst.Prof.Dr. Ammar Zeidan Ghailan ALSHEMARY
Related Laboratory: Biomaterials and Tissue Engineering Laboratory
Phone: 0 (370) 418 70 50
Address: KBU Faculty of Engineering, Department of Biomedical Engineering, Room: 421, Center / Karabuk

Group Research Topics

  • Electrospun nanofibers as a wound dressing.
  • Bioceramic coatings for medical implants.
  • Hydride nanoparticles as bimodal contrast agent for medical imaging.
  • 3D printing soft tissue scaffolds.

Citations from Group Works


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Group Members


Specialist:

 Asst.Prof.Dr. Ammar Zeidan Ghailan ALSHEMARY

E-mail:

 ammar@karabuk.edu.tr

Division:

Biomedical Engineering

Research Group:

Biomaterials and Tissue Engineering Group

Areas of Interest:

Nanobiomaterials, Nanostructured Materials, Resorbable Ceramics, Biocement and Biomedical Scaffolds

Member:

 Betül SARSIK

E-mail:

 betulsarsk@gmail.com

Division:

Biomedical Engineering

Research Group:

Biomaterials and Tissue Engineering Group

Area of Interest:

-

Member:

 Hatice GÜRDAL

E-mail:

 haticegurdal@ogrenci.karabuk.edu.tr

Division:

Biomedical Engineering

Research Group:

Biomaterials and Tissue Engineering Group

Area of Interest:

-

Member:

 Semra DAĞKIRAN

E-mail:

 semradagkiran@ogrenci.karabuk.edu.tr

Division:

Biomedical Engineering

Research Group:

Biomaterials and Tissue Engineering Group

Area of Interest:

-

Biomedical Glycoproteomics and Glycomic Group


Group Profile


Group Name: Biomedical Glycoproteomics and Glycomic Group
Group Specialist: Asst.Prof.Dr. Hacı Mehmet KAYILI
Related Laboratory: Biomedical Analysis Laboratory
Phone: 0 (370) 418 70 50
Address: KBU Faculty of Engineering, Department of Biomedical Engineering, Room: 420, Center / Karabuk

Group Research Topics

  • Proteomic analysis based on mass spectrometry: Protein sequence mapping, determination of peptide modifications, monoclonal antibody analysis.
  • Site-specific glycosylation analysis: Determination of glycan structures and glycosylation sites on glycoproteins by mass spectrometric methods.
  • Clinical glycoproteomics and glycomics: Determination of changes in glycan structures in cancer and diseases associated with glycosylation.
  • Nutritional glycoproteomics and glycomics: Milk, honey and so on. characterization of glycan structures and glycosylation sites in products.
  • MALDI-imaging: Glycan profiling in cancer tissues and obtaining molecular level images. Open source software development for 2D and 3D rendering of MALDI-images.
  • Biomedical Chromatography: Development of chromatographic bioanalytical methods for the analysis of biological samples.

Citations from Group Works


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Group Members


Specialist:

 Asst.Prof.Dr. Hacı Mehmet KAYILI

E-mail:

 h.mehmetkayili@gmail.com

Division:

Biomedical Engineering

Research Group:

Biomedical Glycoproteomics and Glycomic Group

Areas of Interest:

Proteomics, Glycosylation, Glycoproteomics, Glycomics, MALDI-Imaging, Monoclonal Antibody Analysis, Biomedical Chromatography, Mass Spectrometry

Member:

 Ahmet ÇALIŞKAN

E-mail:

 ahmettcaliskan@outlook.com

Division:

Biomedical Engineering

Research Group:

Biomedical Glycoproteomics and Glycomic Group

Area of Interest:

MALDI-Imaging

Member:

 Deniz Baran DEMİRHAN

E-mail:

 denizbarandemirhan@hotmail.com

Division:

Biomedical Engineering

Research Group:

Biomedical Glycoproteomics and Glycomic Group

Area of Interest:

MALDI-Imaging

Biomedical Instrumentation Group


Group Profile


Group Name: Biomedical Instrumentation Group
Group Specialist: Asst.Prof.Dr. Ahmet Reşit KAVSAOĞLU
Related Laboratory: Biomedical Instrumentation Laboratory
Phone: 0 (370) 418 70 50
Address: KBU Faculty of Engineering, Department of Biomedical Engineering, Room: 419, Center / Karabuk

Group Research Topics

  • Biomedical Instrumentation

Citations from Group Works


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Group Members


Specialist:

 Asst.Prof.Dr. Ahmet Reşit KAVSAOĞLU

E-mail:

 kavsaoglu@karabuk.edu.tr

Division:

Biomedical Engineering

Research Group:

Biomedical Instrumentation Group

Areas of Interest:

Digital Signal Processing, Microcontrollers, Adaptive Filtering, Biometric Recognition, Photoplethysmography Signals, Digital Image Processing

Member:

 Res.Asst. Abdullah Bilal AYGÜN

E-mail:

 abilalaygun@karabuk.edu.tr

Division:

Biomedical Engineering

Research Group:

Biomedical Instrumentation Group

Area of Interest:

The Real-Time P300 Based Speller System Design by Using EEG Signals

Member:

 Res.Asst. Halil İbrahim ŞAHİN

E-mail:

 halilis@karabuk.edu.tr

Division:

Biomedical Engineering

Research Group:

Biomedical Instrumentation Group

Area of Interest:

Smart Wheelchair

Member:

 Mustafa KÜÇÜKAKARSU

E-mail:

 mustafakucukakarsu@ogrenci.karabuk.edu.tr

Division:

Biomedical Engineering

Research Group:

Biomedical Instrumentation Group

Area of Interest:

-

Member:

 Mehmet Ali TAMOKUR

E-mail:

 mehmetali.tamokur@omu.edu.tr

Division:

Biomedical Engineering

Research Group:

Biomedical Instrumentation Group

Area of Interest:

-

Optical Glass Materials Group


Group Profile


Group Name: Optical Glass Materials Group
Group Specialist: Prof.Dr. İdris KABALCI
Related Laboratory: Optical Glass Materials Laboratory
Phone: 0 (370) 418 70 50
Address: KBU Faculty of Engineering, Department of Biomedical Engineering, Room: 423, Center / Karabuk

Group Research Topics

  • Preparation of the rare-earth ions (REI) doped oxide glasses as a laser materials, especially tellurite based optical glasses.
  • Silicate, oxide, and semiconductor glasses.
  • Characterization and spectroscopic properties of the laser materials by DTA/DSC, XRD, SEM methods.
  • Measurements of fluorescence lifetimes of the ion in the laser materials.
  • Optical properties of the glass materials by UV-VIS-NIR absorption spectroscopy.
  • Fabrication and Characterization of the oxide thin films by nanosecond (Excimer lasers) and femtosecond (Nd:YAG laser) pulsed laser deposition (PLD).
  • Nanostructure of the oxide thin films.

Citations from Group Works


Optical Glass Materials Group 1
Optical Glass Materials Group 2

Tools and preparation of optical glass materials.

Prepared optical glass materials.
Optical Glass Materials Group 3
Optical Glass Materials Group 4

Obtained analysis of the optical glass materials by FT-IR and Raman Spectra.

Tellurite based optical glass materials.

Group Members


Specialist:

 Prof.Dr. İdris KABALCI

E-mail:

 idriskabalci@karabuk.edu.tr

Division:

Biomedical Engineering

Research Group:

Optical Glass Materials Group

Areas of Interest:

Glass Materials, Optical Fiber, Photoluminescence

Member:

 Muftah Shaban Almokhtar NOUM

E-mail:

 muftah.shaban88@gmail.com

Division:

Biomedical Engineering

Research Group:

Optical Glass Materials Group

Area of Interest:

Investigation of Microstructural Properties of Novel Bioactive Glass Materials for Biomedical Applications

Member:

 Erdinç Cemal KOCAMAN

E-mail:

 erdinccemalkocaman@ogrenci.karabuk.edu.tr

Division:

Biomedical Engineering

Research Group:

Optical Glass Materials Group

Area of Interest:

The Effect of Temperature and Pressure on the Physical Properties of III-V Compounds for Modeling Optoelectronic Devices

Member:

 İrem Çağla TOKER

E-mail:

 iremcaglatoker@ogrenci.karabuk.edu.tr

Division:

Biomedical Engineering

Research Group:

Optical Glass Materials Group

Area of Interest:

Nanoparticle Based Fiber Optic Glucose Sensor And Biomedical Applications

Member:

 Serkan KEMİK

E-mail:

 serkankemik78@gmail.com

Division:

Biomedical Engineering

Research Group:

Optical Glass Materials Group

Area of Interest:

Ytterbium and Gadolinium Doped Laser Glass Biomaterials for Biomedical Applications

Member:

 Sedat MAT

E-mail:

 sedatmat588@gmail.com

Division:

Biomedical Engineering

Research Group:

Optical Glass Materials Group

Area of Interest:

Biomedical Applications of The 3D by Using Biomaterials



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