Mona Saad Eldin Ibrahim Elneklawi .
Stimulation And Control Of Cellular Functions By Extremely Low Frequency Electromagnetic Waves/ التحفيز و التحكم فى نشاط الخلايا بواسطة الموجات الكهرومغناطيسية ذات التردد شديد الإنخفاض. Presented By : Mona Saad Eldin Ibrahim Elneklawi ; Supervisors : Prof.Dr.Fadel Mohamed Ali ,Dr Reem Hassan Elgebaly , Prof.Dr. Wael M.Elshemey - [Giza] : [Cairo University] ; 2015. - 116 p ; Ill ; 30 cm + CD.
Faculty Of Science .
A Thesis Submitted To Faculty Of Science.
Includes Bibliographic Referances p103 :116
The principle that electric fields can provoke biological effects has been
known since the middle of the 19th century. Currently, the biological possessions of biological
systems (Zhang, et al. 2005).
extremely low-frequency electromagnetic field (ELF EMF) have attracted attention of
many researchers to not only establish the basic mechanisms of its interaction to living
systems but also its potential of practical applications (Martirosyan, et al. 2013).
The influence of electromagnetic fields (EMF) on biological systems has
been attracting interests of more and more scientists during the past two decades. A
great deal of research has been conducted and convincing evidence indicates that
exposure to low frequency EMF can induce the alterations in living systems and that
duty cycle which is defined as the percentage of the time during which the voltage is
switched on in one cycle acts as an important factor in influencing the biological
systems (Zhang, et al. 2005).
Pseudomonas
Abstract in Arabic p ا: ب
Extermelu Low Frequency
Medical Biophysics ---Science.
530.1 / M S
Stimulation And Control Of Cellular Functions By Extremely Low Frequency Electromagnetic Waves/ التحفيز و التحكم فى نشاط الخلايا بواسطة الموجات الكهرومغناطيسية ذات التردد شديد الإنخفاض. Presented By : Mona Saad Eldin Ibrahim Elneklawi ; Supervisors : Prof.Dr.Fadel Mohamed Ali ,Dr Reem Hassan Elgebaly , Prof.Dr. Wael M.Elshemey - [Giza] : [Cairo University] ; 2015. - 116 p ; Ill ; 30 cm + CD.
Faculty Of Science .
A Thesis Submitted To Faculty Of Science.
Includes Bibliographic Referances p103 :116
The principle that electric fields can provoke biological effects has been
known since the middle of the 19th century. Currently, the biological possessions of biological
systems (Zhang, et al. 2005).
extremely low-frequency electromagnetic field (ELF EMF) have attracted attention of
many researchers to not only establish the basic mechanisms of its interaction to living
systems but also its potential of practical applications (Martirosyan, et al. 2013).
The influence of electromagnetic fields (EMF) on biological systems has
been attracting interests of more and more scientists during the past two decades. A
great deal of research has been conducted and convincing evidence indicates that
exposure to low frequency EMF can induce the alterations in living systems and that
duty cycle which is defined as the percentage of the time during which the voltage is
switched on in one cycle acts as an important factor in influencing the biological
systems (Zhang, et al. 2005).
Pseudomonas
Abstract in Arabic p ا: ب
Extermelu Low Frequency
Medical Biophysics ---Science.
530.1 / M S