Volume 17 (2023)
Volume 16 (2022)
Volume 15 (2021)
Volume 14 (2020)
Volume 13 (2019)
Volume 12 (2018)
Volume 11 (2017)
Volume 10 (2016)
Volume 9 (2015)
Volume 8 (2014)
Volume 7 (2013)
Volume 6 (2012)
Volume 5 (2011)
Volume 4 (2010)
Volume 3 (2009)
Volume 2 (2008)
Volume 1 (2007)
Volume -2 (2005)
Volume -1 (2004)
Scaffolding / Bio-Scaffolds
Simulation of Momentum and Mass Transport in a 3D Porous Scaffold

Seyedeh Sara Kamali; Haniye Abdi Kordlar; Maryam Saadatmand; Shohreh Mashayekhan

Volume 14, Issue 1 , May 2020, , Pages 43-53

  Successful cell culture in large scale 3D scaffolds in tissue engineering is still challenging and requires full control over physical, chemical and mechanical properties of the applied scaffolds. Recently, using printers for the fabrication of 3D scaffold with a structural arrangement of fibers has ...  Read More

Simulation of Nano-Particle Mediated Hyperthermia inside Homogeneous Tissue in External Magnetic Field

Mohammad Nazari; Razieh Solgi; Ghazale Graily; Seyed Rabi Mahdavi; Alireza Shirazi

Volume 12, Issue 1 , June 2018, , Pages 11-23

  In clinical studies, it is difficult to determine the temperature distribution throughout both tumor and normal tissue during hyperthermia treatment, since temperatures are sampled at only a limited number of locations with conventional sensors. Simulation studies can help physicians understand better ...  Read More

Tissue Engineering
Simulation of Oxygen Distribution in a Scaffold with Microfluidic Channels for Tissue Engineering

Shahryar Ramezani Bajgiran; Maryam Saadatmand

Volume 11, Issue 3 , September 2017, , Pages 211-218

  Despite the advancements made in the tissue engineering, one of the obstacles in producing thick tissues is the means of oxygen transport to the deep layered cells of the engineered tissue and creating the network of veins inside the tissue. One way to overcome this problem is to create a microfluidic ...  Read More

Biomechanics / Biomechanical Engineering
Modelling of Sandwich-Type Amperometric Micro-Biosensor with Perforated Membrane

Aminreza Noghrehabadi; Mohammad Hosein Heidarshenas; Reza Bahoosh

Volume 10, Issue 2 , August 2016, , Pages 123-136

  A two-dimensional-in-space mathematical model of amperometric micro biosensors with selective and perforated membranes has been proposed and analyzed. The model involves the geometry of micro or nano meter holes partially or fully filled with an enzyme. The model is based on a system of the reaction-diffusion ...  Read More

Magnetic resonance simulation of nanoparticles on homogeneous tissue in the presence of external magnetic field

Sahar Rezaei; Nader Riahi Alam

Volume 8, Issue 2 , June 2014, , Pages 151-158

  Detection of tumors at an early stage is important for the diagnosis of cancer. Therefore, to detect cancer cells it is necessary to distinguish between metastases from normal cells at an early stage. Due to the large size and coverage necessary to prevent chemical reactions of the current contrast agents ...  Read More

Detection of Heart Frequencies Using UWB Sgnals

Mehran Baboli; Seyed Ali Ghorashi; Namdar Saniei; Alireza Ahmadian

Volume 2, Issue 4 , June 2008, , Pages 297-303

  Ultra Wide Band (UWB) signals are widely used in medical applications. In this paper, we developed a novel non-contact monitoring system to measure the heart rates of patients using UWB signals. The work is performed in two stages. First, a simulated UWB system including a model for human body is developed, ...  Read More

Neuro-Muscular Engineering
Simulation Of Neurotransmitter Release At The Neuromuscular Junction

Mehrak Mahmoudi; Mohammad Jafar Abd Khodaei; Saeide Khatibirad

Volume -2, Issue 1 , July 2005, , Pages 9-16

  A mathematical model is presented for simulation of neurotransmitter release in the synaptic cleft of a neuromuscular junction. Chaudhuri's model is improved by adding calcium diffusion effect on the neurotransmitter release. When an action potential occurs, the calcium channels on presynaptic membrane ...  Read More

Neuro-Muscular Engineering
Sensitivity Analysis Of Muscle Activation-Joint Position Using Computer Simulation Of A Model For The Thumb And Index Finger

Ali Esteki

Volume -1, Issue 1 , June 2004, , Pages 15-23

  Computer simulation of a three dimensional model of the thumb and index finger was used to perform a sensitivity analysis of each joint position to individual muscle activation level. The results were used to study the effect of each muscle on hand posture and select specific muscles to get a desired ...  Read More