Laboratory Overview:

Our mission is to apply globally effective best practices in providing world-class laboratory research and services. Consultation, training and technical support are also provided to all laboratory workers.

We value teamwork and therefore contribute to interdisciplinary joint research by providing services from our own field.

We value excellenceand therefore measure our performance against external standards as well as evaluate our work through peer reviews and research grants.

We value high ethical standards and scientific integrationso we demand commitment to the national and global policies governing research. In addition, we strive to create an environment in which excellence prevails in targeted research.We provide ongoing and easy support through our grants to complete long-term research and achieve scientific objectives. We encourage our employees and empower them to have great goals and to address important questions with perseverance and without restrictions.

We have partnerships with research communitiesto create a culture of high achievement and to contribute to shared responsibility and to the commitment of research ethics and conformity. We also enhance the capabilities of faculty and researchers to obtain and manage grants.

Laboratory organizational structure:

Central laboratory structure:

Based on devices and analyses, the central laboratory consists of a number of departments and units.

Sections/units:

• Analytical section
• nuclear magnetic resonance spectrometer unit

The NMR provides advanced analysis of samples provided by university researchers in general and samples provided by faculty and students in particular. We contribute to interdisciplinary joint research by providing our services within our scope.

• Mass Secptrometer unit

The unit contains GC-MS, GC-MS, HRGC-MS HD MASS SPECTROMETER HRGC-MS.

The Mass Spectrum Unit is committed to providing professional service to its customers by ensuring the quality of test results conducted by world-class trained personnel, in line with the laboratory's good practice.

• elemental analysis unit

The ICPMS unit specifically focuses on the analysis of elements in various types of samples which include oils, plant-derived materials, medicines, food ingredients, water etc. The unit contains the latest hardware for this purpose. The primary device is the Parkin Elmer's Inductively Coupled Plasma Mass Spectrometry (ICP-MS) that can identify and measure more than 75 elements in a single actuation.

• Electron Microscopy Unit

The unit contains a Scanning Electron Microscope SEM made by Carl Zeiss, USA and a Transmission Electron Microscope TEM by Jeol. The unit receives samples from different fields, but the majority of samples are analyzed for nanomedicine research, and other samples are analyzed from other research fields.

The unit has the ability to train individuals related to academic and industrial fields.

• X-ray unit

The X-Ray unit mainly performs its role in analyzing research and industrial samples to identify elements and phase identification of crystal. The X-ray unit contains two main research machines:

Uses:

X-Ray Fluorescence Spectrophotometers are used in a wide range of applications including

• Pharmaceutical uses
• Research in volcanic fiery sedimentary transformational oil science
• soil surveys
• Mining (e.g. rough grade measurement)
• cement production
• Manufacture of glass and ceramics

• General Analysis Unit

The General Analysis Unit provides support and services to researchers and students. The section includes a differential heat measurement by SurveyDifferential Scanning Calorimetry (DSC), CHN Analyst, Quality Heat Analysis (TGA) Infrared Spectroscopy Transformation Forpe (FTIR) and the unit capable of expanding its services to the industrial sector and many organizations. In addition to the presence of high-performance liquidity chromatography (UPLC)

Waters Acquity's UPLC unit is committed to providing professional service to its customers by ensuring the quality of test results, carried out by world-class trained personnel, in line with the good practice of the plant.

• Radioisotope department

The function of this section is to use the radiological isotope detector in scientific research. Practical lectures and presentations are conducted for undergraduate and postgraduate students in the department of pharmacists in this unit. Any research involving radiological isotope detection can be carried out in the unit as well as for the unit capable of conducting many industrial and environmental applications.

The section contains the following devices:

• Solid flash detector: used to detect gamma ray emissions (y)
• Liquid flash detector: Used to detect alpha (a) and beta (B) radiation emissions.
• Geiger and Müller counter: The Geiger Radiation Meter (Grigger-Mueller Tube) is a device used to detect and measure all types of radiation (alpha, beta and gamma radiation).
• Ionization chamber: Used for general radiation survey and measurement of ion radiation including X-rays, gamma rays and beta molecules.
• Becquerel Pollution Detector: Used to detect radio signal contamination in various types of products including food, water, medicines and environmental samples
• Dose calibration: Used to calibrate the dose of radioactive pharmacists.
  • Biological department:
  • Pharmaceutical and Toxicology Unit
• Microbiology Unit (Microbiology)
• Antibiotic measurement
• Less bacteria-killing concentration test (MBC)
• Microbial identification of Gram-positive and Gram-negative bacteria
• Microbial limit test
• Harmonization test
• Water test
• Counting platelets (windmills) (misophil count)
• Antimicrobial effectiveness (Challenge test)
• Less inhibition composition (MIC)
• Inhibition of range (allergy test).
•  E-Mail