thread-index: Adz9HS34dvVA0PtgQ+OLlB/s2Cr4pQ== Thread-Topic: School of Advanced Medical Sciences and Technologies From: "http://gsia.sums.ac.ir/" Subject: School of Advanced Medical Sciences and Technologies Organization: Targan Management Systems, http://www.targan.ir MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="----=_NextPart_000_010D_01DCFCE2.81A2A280" Content-Location: https://gsia.sums.ac.ir/en/ps/menu/18387 Content-Class: urn:content-classes:message Importance: normal Priority: normal X-MimeOLE: Produced By Microsoft MimeOLE This is a multi-part message in MIME format. ------=_NextPart_000_010D_01DCFCE2.81A2A280 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: quoted-printable =20 =20 Shiraz University of Medical Sciences - SUMS=20 Code : 18387 Publish Date : Sunday, August 23, 2015 Visit : 51559=20 School of Advanced Medical Sciences and Technologies=20 School of Advanced Medical Sciences and Technologies=20 School of Advanced Medical Sciences and Technologies About To advance cutting-edge technological knowledge, Shiraz University of Medical Sciences (SUMS) established the School of Advanced Medical Sciences and Technologies in 2008. The School initially operated in a virtual format before setting up a temporary office in July 2011 and later relocating to a dedicated, purpose-built facility. =20 The School offers both Master=E2=80=99s (M.Sc.) and Doctoral (Ph.D.) = programs. Given the interdisciplinary nature of its curricula, it draws upon the expertise of seasoned faculty from other schools within the University. =20 In a pioneering step, the school became SUMS first unit to admit Ph.D. students in Medical Biotechnology through the national entrance examination administered by the Ministry of Health and Medical Education. Following official approval, Ph.D. admissions in Molecular Medicine and Neuroscience commenced in February 2014. The Departments of Reproductive Biology and Tissue Engineering and Applied Cellular Sciences also officially launched their academic activities in 2016 with the enrollment of their first Ph.D. students, setting in motion their mission to cultivate expertise and advance education in these specialized field. Expanding its academic portfolio, the School introduced the Comparative Biomedical Sciences program for the first time in 2019. Currently, it offers Ph.D. programs in Medical Biotechnology, Molecular Medicine, Neuroscience, Reproductive Biology, Tissue Engineering and Applied Cellular Sciences, Medical Nanotechnology and Comparative Biomedical Sciences alongside a = Master=E2=80=99s program in Medical Nanotechnology. =20 Given the interdisciplinary nature of its educational programs, the School of Advanced Medical Sciences and Technologies benefits from the collaboration of 45 affiliated faculty members from various schools and research centers across SUMS. In addition, 21 full-time faculty members actively contribute to research and teaching across the following departments: =20 Departments Medical Biotechnology =20 =20 Neuroscience Reproductive Biology Medical Nanotechnology Molecular Medicine Tissue Engineering Comparative Biomedicine =20 Mission =20 The School of Advanced Medical Sciences and Technologies is tasked with the mission of educating and empowering forward-thinking professionals in critical and emerging domains such as molecular medicine, reproductive biology, neuroscience, nanomedicine, biomedical engineering, and comparative biomedical research. Emphasizing hands-on learning, interdisciplinary research, and technological innovation, the School nurtures a new generation of committed scientists capable of translating basic science into clinical applications. Through academic excellence, collaboration across medical and scientific disciplines, and development of advanced diagnostic, therapeutic, and cognitive tools, the School aims to improve public health, respond to national and global medical needs, and contribute to the realization of third-generation university objectives. =20 Vision The School envisions becoming an internationally recognized center of excellence in medical innovation and interdisciplinary research, leading advancements that transform healthcare systems and biomedical understanding. By integrating cutting-edge knowledge in nanotechnology, genomics, cognitive neuroscience, and translational medicine, it aspires to shape the future of medical science. The vision includes fostering a culture of creativity, entrepreneurship, and ethical responsibility, where graduates not only generate scientific breakthroughs but also contribute meaningfully to society through education-industry collaboration, and commercialization of advanced health technologies. Through dynamic partnerships and global engagement, the School seeks to redefine the frontiers of health science education and impact. =20 The table below outlines the current academic programs offered by the School: =20 Program Name B.Sc. M.Sc. Ph.D. =20 Applied Cell Sciences Program Exists at SUMS =20 Comparative Biomedicine Program Exists at SUMS =20 Medical Biotechnology Program Exists at SUMS Program Exists at SUMS =20 Medical Nanotechnology Program Exists at SUMS =20 Molecular Medicine Program Exists at SUMS =20 Neurosciences Program Exists at SUMS =20 Reproductive Biology Program Exists at SUMS =20 Tissue Engineering =20 =20 Campus Facilities As part of SUMS ongoing commitment to fostering innovation, interdisciplinary collaboration, and public well-being, the School of Advanced Medical Sciences and Technologies offers its students, faculty, and staff access to a range of purpose-designed facilities. Educational facilities: Smart Classrooms & Lecture Halls =E2=80=93 Equipped with interactive technologies and digital learning platforms to support hybrid education. Research Laboratories & Data Centers: Designed for cutting-edge investigations including: =F0=9F=A7=AC Biotechnology / Molecular Medicine Lab =F0=9F=A7=AB Reproductive Biology Lab =F0=9F=A7=A0 Neuroscience Lab, Brain and behavior =E2=9A=9B=EF=B8=8F Nanotechnology Lab =F0=9F=94=AC Zebrafish Lab =F0=9F=96=A5=EF=B8=8F Bioinformatics Research Center To support specialized research initiatives, each laboratory is equipped with advanced instruments tailored to its focus area. Notable equipment includes: * CO2 incubator * 200 liter refrigerated incubator * Boiling bain-marie model CPN-70 * Power Electrophoresis * Vertical electrophoresis tank model VU-130D * Biorad 7*7 mini sub cell horizontal electrophoresis tank * Thermocycler * Simultaneous gel dock and Western blot imaging * Gel Dock Imaging * Refrigerated incubator shaker * Freezer 80-(U410-88) * Inverted fluorescent microscope * -20-degree freezer * Stirrer * Microfuge * Refrigerated centrifuge, 14,000 rpm * Laminar hood class 2 * Microwave * Fermentor * Microinjection * Triple Gas Incubator (CO2, O2, N2) * ET-7 Nitrogen Tank * Micro Forge, MF- 900 * Micro Grinder, EG- 400 * E100 Optical Microscope * Advanced screening audiometer * Emotive epoc plus quantitative electroencephalograph (QEEG) device * EST electroshock device * Transcranial electrical brain stimulation device with TPCS, TRNS, tACS, tDCS stimulation capabilities * NR-sign 3840- 32 channel electroencephalograph-analyzer device * Automatic reaction timer with foot pedal and response button * Flicker perception threshold measuring device * Mirror tracing motor learning assessment system * Functional Near-Infrared Spectroscopy * Unico 2100 Spectrophotometer * Ultrasonic * Water Distiller, Fully Automatic HWS FA30 * pH meter model bp3001 * Deionizer * Electrospinning * Ice maker * Real-time PCR device =20 Recreation and Welfare Facilities: * Self-service hall for students * Prayer hall * Copy & Print Center * Parking Lot (for Faculty & Staff) * Internet Access =20 Contact Details Dean: Dr. Cambyz Irajie Tel.: (+98 71) 37259122 Fax: (+98 71) 37259122 Email: novinmed@sums.ac.ir Address: School of Advanced Medical Sciences and Technologies, Building No. 2, Ahmad Nader Kazemi Clinic, Salman Farsi Blvd., Valiasr Sq., Shiraz, Iran =20 ------=_NextPart_000_010D_01DCFCE2.81A2A280 Content-Type: text/html; charset="utf-8" Content-Transfer-Encoding: 8bit Shiraz University of Medical Sciences - SUMS
Shiraz University of Medical Sciences - SUMS
Code : 18387      Publish Date : Sunday, August 23, 2015 Visit : 51559

School of Advanced Medical Sciences and Technologies

School of Advanced Medical Sciences and Technologies


  School of Advanced Medical Sciences and Technologies

About

To advance cutting-edge technological knowledge, Shiraz University of Medical Sciences (SUMS) established the School of Advanced Medical Sciences and Technologies in 2008. The School initially operated in a virtual format before setting up a temporary office in July 2011 and later relocating to a dedicated, purpose-built facility.
 

The School offers both Master’s (M.Sc.) and Doctoral (Ph.D.) programs. Given the interdisciplinary nature of its curricula, it draws upon the expertise of seasoned faculty from other schools within the University.
 

In a pioneering step, the school became SUMS first unit to admit Ph.D. students in Medical Biotechnology through the national entrance examination administered by the Ministry of Health and Medical Education. Following official approval, Ph.D. admissions in Molecular Medicine and Neuroscience commenced in February 2014. The Departments of Reproductive Biology and Tissue Engineering and Applied Cellular Sciences also officially launched their academic activities in 2016 with the enrollment of their first Ph.D. students, setting in motion their mission to cultivate expertise and advance education in these specialized field. Expanding its academic portfolio, the School introduced the Comparative Biomedical Sciences program for the first time in 2019. Currently, it offers Ph.D. programs in Medical Biotechnology, Molecular Medicine, Neuroscience, Reproductive Biology, Tissue Engineering and Applied Cellular Sciences, Medical Nanotechnology and Comparative Biomedical Sciences alongside a Master’s program in Medical Nanotechnology.
 

Given the interdisciplinary nature of its educational programs, the School of Advanced Medical Sciences and Technologies benefits from the collaboration of 45 affiliated faculty members from various schools and research centers across SUMS. In addition, 21 full-time faculty members actively contribute to research and teaching across the following departments:
 

Departments   

Medical Biotechnology

 

 

Neuroscience

Reproductive Biology

Medical Nanotechnology

Molecular Medicine

Tissue Engineering

Comparative Biomedicine

 

Mission
 

 The School of Advanced Medical Sciences and Technologies is tasked with the mission of educating and empowering forward-thinking professionals in critical and emerging domains such as molecular medicine, reproductive biology, neuroscience, nanomedicine, biomedical engineering, and comparative biomedical research. Emphasizing hands-on learning, interdisciplinary research, and technological innovation, the School nurtures a new generation of committed scientists capable of translating basic science into clinical applications. Through academic excellence, collaboration across medical and scientific disciplines, and development of advanced diagnostic, therapeutic, and cognitive tools, the School aims to improve public health, respond to national and global medical needs, and contribute to the realization of third-generation university objectives.
 

Vision

 The School envisions becoming an internationally recognized center of excellence in medical innovation and interdisciplinary research, leading advancements that transform healthcare systems and biomedical understanding. By integrating cutting-edge knowledge in nanotechnology, genomics, cognitive neuroscience, and translational medicine, it aspires to shape the future of medical science. The vision includes fostering a culture of creativity, entrepreneurship, and ethical responsibility, where graduates not only generate scientific breakthroughs but also contribute meaningfully to society through education-industry collaboration, and commercialization of advanced health technologies. Through dynamic partnerships and global engagement, the School seeks to redefine the frontiers of health science education and impact.
 

The table below outlines the current academic programs offered by the School:

 

Program Name B.Sc. M.Sc. Ph.D.

Applied Cell Sciences

     Program Exists at SUMS

Comparative Biomedicine

     Program Exists at SUMS

Medical Biotechnology

   Program Exists at SUMS Program Exists at SUMS

Medical Nanotechnology

     Program Exists at SUMS

Molecular Medicine

     Program Exists at SUMS

Neurosciences

     Program Exists at SUMS

Reproductive Biology

     Program Exists at SUMS
Tissue Engineering      

 

Campus Facilities

As part of SUMS ongoing commitment to fostering innovation, interdisciplinary collaboration, and public well-being, the School of Advanced Medical Sciences and Technologies offers its students, faculty, and staff access to a range of purpose-designed facilities.

Educational facilities:

Smart Classrooms & Lecture Halls – Equipped with interactive technologies and digital learning platforms to support hybrid education.

Research Laboratories & Data Centers: Designed for cutting-edge investigations including:

🧬 Biotechnology / Molecular Medicine Lab

🧫 Reproductive Biology Lab

🧠 Neuroscience Lab, Brain and behavior

⚛️ Nanotechnology Lab

🔬 Zebrafish Lab

🖥️ Bioinformatics Research Center

To support specialized research initiatives, each laboratory is equipped with advanced instruments tailored to its focus area. Notable equipment includes:

  • CO2 incubator
  • 200 liter refrigerated incubator
  • Boiling bain-marie model CPN-70
  • Power Electrophoresis
  • Vertical electrophoresis tank model VU-130D
  • Biorad 7*7 mini sub cell horizontal electrophoresis tank
  • Thermocycler
  • Simultaneous gel dock and Western blot imaging
  • Gel Dock Imaging
  • Refrigerated incubator shaker
  • Freezer 80-(U410-88)
  • Inverted fluorescent microscope
  • -20-degree freezer
  • Stirrer
  • Microfuge
  • Refrigerated centrifuge, 14,000 rpm
  • Laminar hood class 2
  • Microwave
  • Fermentor
  • Microinjection
  • Triple Gas Incubator (CO2, O2, N2)
  • ET-7 Nitrogen Tank
  • Micro Forge, MF- 900
  • Micro Grinder, EG- 400
  • E100 Optical Microscope
  • Advanced screening audiometer
  • Emotive epoc plus quantitative electroencephalograph (QEEG) device
  • EST electroshock device
  • Transcranial electrical brain stimulation device with TPCS, TRNS, tACS, tDCS stimulation capabilities
  • NR-sign 3840- 32 channel electroencephalograph-analyzer device
  • Automatic reaction timer with foot pedal and response button
  • Flicker perception threshold measuring device
  • Mirror tracing motor learning assessment system
  • Functional Near-Infrared Spectroscopy
  • Unico 2100 Spectrophotometer
  • Ultrasonic
  • Water Distiller, Fully Automatic HWS FA30
  • pH meter model bp3001
  • Deionizer
  • Electrospinning
  • Ice maker
  • Real-time PCR device
     

Recreation and Welfare Facilities:

  • Self-service hall for students
  • Prayer hall
  • Copy & Print Center
  • Parking Lot (for Faculty & Staff)
  • Internet Access
     

Contact Details

Dean:  Dr. Cambyz Irajie

Tel.: (+98 71) 37259122

Fax: (+98 71) 37259122

Email: novinmed@sums.ac.ir

Address: School of Advanced Medical Sciences and Technologies, Building No. 2, Ahmad Nader Kazemi Clinic, Salman Farsi Blvd., Valiasr Sq., Shiraz, Iran

 


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