M. Nile  (@mnile7) 's Twitter Profile
M. Nile 

@mnile7

MSc (UoG 🇬🇧) - PhD (LMU 🇩🇪) Oral Scientist/Oral Biology (Mechanobiology || microbiology || genetics) researchgate.net/profile/Mustaf…

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calendar_today17-08-2015 12:59:29

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M. Nile  (@mnile7) 's Twitter Profile Photo

Really close to establish a stretching model to mimic the stretching of the periodontal ligament during orthodontic tooth movement 🦷. #mechanobiology

Really close to establish a stretching model to mimic the stretching of the periodontal ligament during orthodontic tooth movement 🦷. #mechanobiology
M. Nile  (@mnile7) 's Twitter Profile Photo

Just completed building the apparatus of dynamic cell stretching. So satisfied with the result. In the video we see a funny trial of my apparatus. #mechanobiology #biophysics

M. Nile  (@mnile7) 's Twitter Profile Photo

My recent immunofluorescence experiment to determine the effect of fluid-flow shear stress on cell cytoskeleton. Credit: Mustafa Nile #mechanobiology #biophysics #PhD

My recent immunofluorescence experiment to determine the effect of fluid-flow shear stress on cell cytoskeleton.

Credit: Mustafa Nile

#mechanobiology #biophysics #PhD
M. Nile  (@mnile7) 's Twitter Profile Photo

Designing primers using gradient PCR followed by gel electrophoresis can be fun sometimes. #Mechanobiology #biophysics Credit: Mustafa Nile

Designing primers using gradient PCR followed by gel electrophoresis can be fun sometimes. #Mechanobiology #biophysics 

Credit: Mustafa Nile
M. Nile  (@mnile7) 's Twitter Profile Photo

Using ImageJ to learn how to analyze chromatin condensation (edge detection) before starting experiment. #mechanobiology #biophysics

Using ImageJ to learn how to analyze chromatin condensation (edge detection) before starting experiment. #mechanobiology #biophysics
M. Nile  (@mnile7) 's Twitter Profile Photo

Off to Oslo to present my scientific poster at the #EOS. My presentation will highlight the effect of fluid flow shear stress forces on tissue remodeling and orthodontic tooth movement.

Off to Oslo to present my scientific poster at the #EOS. My presentation will highlight the effect of fluid flow shear stress forces on tissue remodeling and orthodontic tooth movement.