General Introduction

The Central Research Laboratory of Faculty of Medicine is a specialized facility aimed at promoting scientific research and academic education in the field of medicine and health sciences. It serves as a key hub for supporting research across various medical and biological disciplines. The laboratory is equipped with state-of-the-art devices to enhance research in multiple scientific fields, particularly in cell and tissue culture, biology, and molecular genetics.

Vision: The Central Research Laboratory aspires to be a leading research center both nationally and globally in the fields of biological and medical sciences. We aim to contribute to a deeper understanding of disease mechanisms and their treatment through innovation in cell culture technologies, genetics, and molecular biochemistry. Our goal is to improve human health by developing advanced therapeutic solutions that support sustainable disease prevention and treatment.

Mission: The mission of the Central Research Laboratory at the Faculty of Medicine is to support and enhance scientific research and innovation in medical and health sciences through:

  • Providing Advanced Infrastructure: Equipping the laboratory with state-of-the-art technologies and equipment that enable researchers to conduct precise and high-quality research.
  • Empowering Researchers: Offering technical and advisory support to faculty members, students, and researchers to ensure optimal research outcomes.
  • Encouraging Scientific Collaboration: Strengthening interdisciplinary partnerships within the faculty and with local and international research centers and academic institutions.
  • Contributing to Healthcare Advancement: Producing applied research that improves medical practices and addresses societal health needs.
  • Training Future Professionals: Preparing and equipping a new generation of researchers capable of tackling global health challenges and leading medical innovation.
  • Advancing Medical and Scientific Innovation: Conducting cutting-edge research in medical and health sciences to develop innovative solutions for healthcare challenges.
  • Supporting Applied Research: Developing studies focused on practical applications to enhance disease diagnosis, treatment, and prevention in alignment with societal needs.
  • Expanding Fundamental Medical Knowledge: Investigating the biological and physiological foundations of diseases to gain a deeper understanding of the mechanisms affecting human health.
  • Promoting Interdisciplinary Research: Encouraging collaboration across different departments within the faculty and with other research institutions to produce comprehensive studies addressing complex medical issues.
  • Contributing to Global Research Initiatives: Engaging in internationally relevant medical research to elevate the faculty and laboratory’s global standing.
  • Advancing Public Health Research: Examining community health issues and developing strategies to improve individual and public well-being.
  • Providing an Optimal Research Environment: Establishing a state-of-the-art research setting that fosters creativity and supports researchers with the latest technologies and technical expertise.
  • Training the Next Generation of Researchers: Equipping medical and graduate students with scientific research methodologies to ensure the emergence of highly skilled scientists and scholars.
  • Enhancing Scientific Publication: Encouraging the production of high-quality research published in reputable scientific journals to maximize academic and practical impact.
  • Developing New Technologies: Contributing to the innovation and testing of advanced medical technologies to improve healthcare services.
  1. Cell culture aspiration system: Lafil 300 Plus , Rocker/Taiwan
  2. MOTICAMT2 Tablet Camera 10 inch
  3. Inverted microscope XDS2
  4. Microwave OVEN Media 28L
  5. Microcentrifuge Compact 6 places, MRC model: ECEN7
  6. HOT AIR oven sterilizer takes advantage of high temperature, GRX9053A
  7. OrbiShaker™Jr with rubber mat platform (9.5x8), 100240V (European 2 prong plug) BT302, Benchmark USA
  8. Benchtop Variable Transilluminator for PhotoDocIt Imaging System
  9. Midi Horizontal Gel Unit 12.8*15cm , SCIPLAS
  10. Fume Hood
  11. AccuTherm Microtube Shaking Incubator, Labnet/USA , I4002HCS
  12. Medi Gel electrophoresis system, model: SubCell® Model 96 Cell BioRad, USA Configuration: Bffer tank (2), Safety lid with cables (2), Levelling bubble (2), Two 1.5mm thick combs: 26 & 51well combs (2), Gel caster (2), Casting gates (2), UVTP Tray 25x10cm (2), 1.5mm thick comb 51well comb cat# 1704529 (2)
  13. Basic Power Supply, BioRad 1645050
  14. Conventional PCR , BioRad T100™ Thermal Cycler
  15. Power supply CS300V
  16. Gene Pulser Xcell Total System
  17. Bio Rad BCmodule total system
  18. Bio Rad CEmodule total system
  19. MS 300 V Power SUPPLY , 300V/700mA, 150W.4Pairs of out let Terminator MAJMP300V Tawan
  20. OmniPAGE TETRAD MiniProtein Electrophoresis Package for 1mm selfcast gels, with blotting module, Manufacturer Cleaver ScientificU.K CVS10TETRAD1CBS
  21. Eppendrof Thermal Master Cycler, Gradient 5331
  22. Spectrophotometer, Boeco Model S22
  23. CO2 INCUBATER ESCO USA CCL170A8
  24. Sonicator BRANSONUSA, Model CPX3800HE
  25. Biosafety Cabinet, MRC, model : BSC13IIA2X
  26. Micropipettes + Multichannel Micropipette
  27. Tristat2 Analyser for HbA1c , Trinity BiotechUSA/EU
  28. Microcentrifuge Compact 6 places, MRC model: ECEN7
  29. Automatic Water Distiller 4 liter/hour Internal 8 liter storage tank With 20 liter gallon +stopcock Labtech Korea LWD3004
  30. Benson Burner
  31. Eppendorf Xplorer®, 8channel, variable, 50 – 1200 ul, green , Catalog No. 4861000163
  32. Refrigerator, Locally 1000L , with 3 glass doors Adjustable Temperature range: 2-8 c
  33. Multichannel pipette Finnpipette™ F1 Multichannel Pipettes 8 channel 10-100 ul Thermofisher Scientific , Model 4661020N
  34. S Repetitive, 10 different size of PDTips give a choice of volumes from 2 ul to 5ml (705110)
  35. pH,mV and Temp. bench meter , Hanna Instruments Italy , model 2211
  36. Velp Vortex Mixer , ScientificaItaly , model : classic F202A/0173
  37. Ice maker machine
  38. Frezzer (-20) Beko
  39. Deep freezer (-80)
  40. Heathrow Scientific RF3000® PIPETTE CONTROLLER
  41. Bench Top Refrigerated Centerifuge, Model: EPF12 Micro R
  42. Balance Digital ,PFB2003 , KERM , Germany
  43. Handheld Clinical Refractometer
  44. RAD7 ELECTRONIC RDON DETECTOR,COMPLETE WITH ACCESSORIES,IR PRINTER,15V POT
  45. Hot Plate with Magnatic Stirrer
  46. Homogenizer HOG160drive, H 370 Stand, DS160/5 shaft, Dispersing shaft 5mm, for solid/liquid media volumes from .150 ml
  47. Microplate Absorbance Reader, ELx808IU, BioTek, USA Configurations: Shaker # 1 , Incubation Module . Temperature control to 50 C #1, Filters: 405,450, 490, 560, 630nm #1, Gen5 Data Analysis Software #1

Researcher in Molecular Genetics

Researcher in Microorganisms, focusing his studies on Molecular Microbiology

Researcher in the field of Medicinal Chemistry and Nanomedicine, focusing his studies on:

  • Pharmaceutical Nanotechnology and the activation of carbon nanotubes, gold nanoparticles, graphene, and other nanomaterials for biomedical applications in cancer and infectious diseases.
  • Synthesis of complex molecular compounds and their applications in medicine.
  • Organic synthesis of biological molecules, particularly carbohydrate chemistry, for applications in viral and bacterial treatments.

Researcher in the field of Medicinal Chemistry, focusing his studies on:

  • Synthetic Medicinal Chemistry, Heterocyclic Synthetic Chemistry, Organic Chemistry, Pharmaceutical Medicinal Chemistry, Design and Discovery of Anticancer Agents, Medicinal Chemistry, and Pharmacognosy.

A researcher in the field of medicinal chemistry, focusing his studies primarily on the synthesis of new pharmaceutical molecules and the development of analytical methods for their characterization. During his research in chemical manufacturing, he gained extensive experience in the use of instruments such as microwave and flash chromatography. He has substantial expertise working with various analytical devices, including (NMR, HPLC, LCMS, and others).

A researcher in the fields of:

  • Pharmacognosy, phytochemistry, pharmaceutical chemistry, ethnopharmacology of natural medicines, isolation of natural medicines from medicinal plants, and the chemical and biological properties of natural essential oils.

A researcher in microbiology and immunology, focusing his studies on:

  • The spread of sexually transmitted diseases among the Palestinian population, microorganisms associated with acne, the prevalence of trichinosis among schoolchildren, the prevalence of intestinal worms among preschool-aged Palestinian children, the distribution of intestinal parasites among wild rodents, and sewage parasites in the Jenin Valley region.
  1. Antibacterial activity of Chlorophytum comosum extracts, a natural solution for bacterial pathogens and indoor air pollution.
  2. Investigating the biophysical properties of each AMPA receptor subunit using 3 (benzo[d][1,3]dioxol-5-yl)-N-(4-chloro-2,5-dimethoxyphenyl)-2-Methylpropane amide compounds in mice at different ages.
  3. Antibacterial and anticancer evaluation of benzodioxol-carboxamide derivative.
  4. Nano gel was based on natural oil (ravensara oil) and tested for its effectiveness against cancer and bacteria.
  5. Anti bacterial and anti cancer evaluation of carbazole derivative
  6. Characterization and investigation of Novel Benzodioxol derivatives as antidiabetic agent: an in vitro and in vivo study in an animal model.
  7. Detection of the antiangiogenic activity in several Palestinian herbs using mice aoretic model.
  8. Screening of Measles, Mumps and Rubella (MMR) between childhood.
  9. Tracking Legionella pneumophila: Five Years of Genomic and Epidemiological Data from the West Bank Hospitals and Germany.
  10. The prevalence of coronary artery calcification among hemodialysis patients and its association with other characteristics and biomarkers in The North of West Bank, Palestine.
  11. Mineral Alchemy: The Role of Calcium and Magnesium in Shaping Legionella pneumophila Growth Dynamics in the West Bank Hospital Waters, 2024. An experimental study.
  • PALGER2017 grant: Bilateral German-Palestinian Cooperation in Science & Research
  • Collaboration with Prof. Dr. Anke Hinney, University Duisburg, Essen, Germany

The laboratory offers training opportunities for students and researchers in the fields of molecular biology, immunology, and cell culture, with a focus on applying knowledge in the medical field.

Location: Building NO. (17), Ground Floor 17G0020 , Faculty of Medicine and Allied Medical Sciences, An-Najah National University.

Email: [email protected]