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Qatar Precision Health Institute

Qatar Precision Health Institute (QPHI) is a national center for research and implementation under Qatar Foundation.

Its primary focus is to enhance precision healthcare quality and value through comprehensive study of genomics and multi-omics.

QPHI was conceptualized to leverage more than 10 years of valuable data collection, research, and ecosystem development accomplished by Qatar Biobank and Qatar Genome . The goal is to lead in preventing and curing health issues through personalized approaches, and consequently empower and enable precision health practices leading to healthy and vibrant communities.

• Phone +974 4454 1177
• Email [email protected]

• Weill Cornell Medicine

Qatar: Weill Cornell in Qatar

Established in 2001 as a joint venture between Cornell University and Qatar Foundation, WCMC-Q is part of Weill Cornell Medical College in New York and shares its mission of dedication to excellence in education, patient care and research. 

The first medical school in Qatar and a pioneer of coeducation at the university level, WCMC-Q offers an integrated program of pre-medical and medical studies leading to the Cornell University MD degree. It is the first time an American University has offered its MD degree overseas. Teaching is by Cornell and Weill Cornell faculty, including physicians at Hamad Medical Corporation (HMC) who hold Weill Cornell appointments.

Learning to examine a patient, WCMC in Qatar. (Photo taken by Martin Marion) 

Enrollment has grown rapidly, from 25 first year Pre-medical students in the fall of 2002 to over 240 students from more than 30 countries as we entered our seventh year of operation in September 2008. Covering 335,000 square feet, the WCMC-Q building provides generous accommodation and a superb environment for all the operations of the Medical College.

The Pre-medical Program at WCMC-Q comprises courses in the sciences basic to medicine and seminars in the humanities (medical ethics and writing.) The Program is delivered by a variety of methods:  lectures, small group work and sessions in the lab.  

The Medical Program replicates the highly successful curriculum at WCMC-NY.  With a variety of learning methods and early introduction to patient care, the program is strongly motivational for students.  It features:

• Problem-based learning in small groups:  treating the student as an adult learner, developing critical thinking skills
• Evidence-based medicine:  keeping in touch with the latest research
• Lab sessions:  developing skills of practice and analysis
• Lectures:  including video streaming of lectures by experts at WCMC-NY, supplemented by interactive videoconferences with them
• Observation and experience of patient care:  attending clinics from the first year, under the guidance of HMC preceptors - a gradual, comfortable preparation for the clinical clerkships and electives at HMC hospitals in the third and fourth years
• Objective structured clinical examinations:  using laymen and women trained to act as standardized patients, medical students learn to practice the art and science of medicine in a consistent way

Qatar Foundation and WCMC-Q have launched a major initiative to establish a world-class biomedical research program, the first of its kind in the Middle East.  

The program aims to form a bio-medical research infrastructure, developing a scientific and technical workforce for the benefit of the region at large. 

Laboratory in Qatar. Photo taken by Martin Marion.

Central to this endeavor is a partnership approach, bringing together institutions that have overlapping missions in medical education, research and healthcare. 

Specific objectives include:

• Development of first rate, translational and clinical research projects that establish Qatar as a center of excellence with a focus on improving the health of the population
• Development of the bio-medical research infrastructure to include laboratories, compliance and regulatory functions
• Creation of a critical mass of research faculty in Qatar and developing a regional scientific and technical workforce
• To draw on the strengths of existing and future organizations in the Qatar healthcare sector such as HMC and Sidra Medical and Research Center
• To create a conduit for commercialization of discoveries through the Qatar Science and Technology Park (QSTP)

In five years, approximately 120 people will be engaged in the program, establishing a critical mass which will give Qatar a sustainable scientific research community. These include principal investigators, post doctorates, technicians, admin staff for shared use core facilities, clinical and translational investigators and clinical research support staff. 

The program will support high quality research in the fields of genetic and molecular medicine, women's and children's health, gene therapy, stem cells, and vaccine development. Specific disease areas important in the Gulf region, namely diabetes, heart disease, and cancer will be a focus of investigation. 

Meanwhile, WCMC-Q students have opportunities to take part in biomedical investigations in Qatar, guided by faculty and funded by the Undergraduate Research Experience Program of Qatar National Research Fund (QNRF).

Patient Care

Delivering top-quality patient care is central to our mission.  We maintain close links with HMC, the premier, not-for-profit healthcare provider in the State of Qatar established by Emiri decree in 1979.  It manages five hospitals in Doha, one hospital in Al-Khor and a network of primary healthcare centers across the country.  Since its establishment, HMC has developed specialized medical facilities that offer levels of diagnosis and treatment that were previously only available overseas. HMC has also embarked on a major expansion of facilities in recent years.

In addition, the Qatar Foundation's Sidra Medical and Research center due to open in 2011, will form, together with WCMC-Q, an academic medical and research center of the highest quality. Specializing in women's and children's conditions, it will be a model of outstanding health care for the country and the region with WCMC-Q faculty and students working in it. Having a teaching hospital and medical college on one site represents one of the most ideal situations in healthcare. Joining forces with HMC, Sidra and WCMC-Q will unite in a collaborative effort providing one program in multiple institutions for the benefit of all who live in the country.

Weill Cornell Medicine Center for Global Health 402 East 67th Street, 2nd Floor New York, NY 10065 Phone: (646) 962-8140 Fax: (646) 962-0285

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The Sidra Medicine Media Center is regularly updated. Here you can catch up on current events, read stories from patients who had their lives changed by Sidra Medicine, and contact us with any questions you may have about our medical services. 

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The Architecture of Sidra Medicine

Housed in a modern structure of steel, glass and white ceramic tile, Sidra Medicine has been purposefully designed to be a benchmark for healing environments throughout the world.

The design is the creation of world-renowned architect Cesar Pelli, designer of prestigious international projects such as the World Financial Center in New York, the Petronas Towers in Malaysia and the International Finance Centre in Hong Kong.

Pelli and his team at United States-based architecture firm Pelli Clarke Architects, conceived a signature design anchored by three towering sails. Tranquil healing gardens filled with greenery and water are dramatically housed within the quiet, naturally lit space these atriums provide. A separate outpatient clinic is connected to the main hospital by glass walkway that is similarly surrounded gardens and a reflective pool.

At the unveiling of the design in March 2007, Pelli remarked that the Sidra Medicine facility will be one of the most important medical and research centers in the world.

The three atriums of the Sidra Medicine hospital design were inspired by the sails of dhows, the small wooden boats that were traditionally used by the fishermen and pearl divers of Qatar.

The mosque located near the main hospital of Sidra Medicine, provides visual harmony, as well as visual variety, through the use of form, stone and architectural details. The abundance of natural light and calming colors in the interior space creates a welcoming, peaceful environment for contemplation and prayer.

Sidra Mosque is open 24 hours, 7 days a week and is located behind Hospital Building, between Tower A and Outpatient Clinic.

Please contact your nurse for non-Muslim religious service support.

The Al Thani House

The Al Thani Heritage House is a historic house that belonged to Sheikh Abdallah bin Thani bin Jassim bin Muhammad Al Thani (1856-1943), also known as the Sheikh of Al Gharafa.

It is a reflection of Qatar’s traditional past and proudly sits side by side next to one of the most iconic high-tech facilities in the country – Sidra Medicine. It is located in front of the Outpatient Clinic. The building has been preserved as a heritage site to showcase Qatari traditional architecture and the layout of majlises and houses during early the 1900s.

General Infection Prevention and Control Guidance

Infections can be introduced and spread by patients and visitors in the hospital.

• Please do not bring pets into the hospital.
• Any patients and visitors with symptoms of infections such as fever, new rash, cough, fever, and diarrhea and/ or vomiting should not visit the hospital.
• Visitors are requested to contact the unit before they visit if they have any symptoms of illness or have been in contact with someone with an infectious condition such as COVID-19, chickenpox, or measles so that they may be given advice about visiting.
• No flowers are allowed in any critical care areas.
• Any flowers brought in for the patient must all be kept in their room.  
• Where patients and their escorts choose to use their own bed linen, these items must be changed daily. Clean linen must be used every day. Our laundry department offers a chargeable laundry service.
• No furniture is allowed to be brought from home.  
• Patients and visitors must ensure that any personal items brought into hospital are taken home on discharge.

• Research and Graduate Studies
• Biomedical Research Center

Molecular Biology Lab Facility

NanoDrop Lite

The NanoDrop Lite performs basic microvolume measurements. The surface tension allows sample to be pipetted directly onto the optical measurement surface. After measurement the sample is wiped off the measurement surface with a lint free lab wipe.

• Measures nucleic acid concentration at 260nm and purity using the 260/280 ratio
• Measures purified protein concentration at 280nm
• Employs the unique NanoDrop microvolume sampling technology
• Delivers the accuracy and reproducibility expected from NanoDrop instruments
• Uses built-in controls and software–no computer required
• Optional accessory printer for cryogenic labels available

Useful Information

• Sr. Lab Technologist Tel : (+974) 4403-7183 Email: [email protected]
• BRC Administration Tel: (+974) 4403-6818 Email: [email protected]

Mic Real-Time PCR System

Mic is a very compact, 48-wells, light-weight real-time PCR cycler that can complete runs in under 25 min, ensuring fast and highly accurate results.

The system is very portable and truly plug and play and does not require calibration ever!

It uses a patented magnetic induction technology to heat your samples and fan forced air for cooling.

The Mic tube format uses 0.1 mL strips of four tubes and matching caps, supporting volumes of 5 to 30 µL. A tab on the first tube ensures correct orientation of tubes at all times.

Applications: Relative Quantification, Absolute Quantification, Genotyping, and Presence/Absence.

ABI ™ 7500 Real-Time PCR Instrument-Applied Biosystems

The Applied Biosystems 7500/7500 Fast Real-Time PCR System is a 96-well, five-color platform that uses fluorescence-based polymerase chain reaction (PCR) reagents to provide:

• Quantitative detection of target nucleic acid sequences (targets) using real-time analysis.
• Qualitative detection of targets using post-PCR (endpoint) analysis.
• Qualitative analysis of the PCR product (achieved by melt curve analysis that occurs post-PCR)
• The powerful, five-color platform is calibrated for the broadest range of dyes available: FAM™/SYBR® Green I, VIC®/JOE™, NED™/ TAMRA™/ Cy3™, ROX™/Texas Red®, and Cy5™ dyes
• The specialized optical system enables easy and accurate calibration to accommodate new dyes without the addition of new filter sets
• Advanced multi-component algorithm minimizes spectral crosstalk – superior for multiplexing
• User-friendly software includes plate setup wizards, multiple data viewing capabilities, and advanced analysis tools to make data processing simple and straightforward
• Thermal cycling block (size 0.2ml) is built into the body of the system to reduce environmental exposure and contamination risk

QuantStudio ™ 5 Dx Real-Time PCR System

The Applied Biosystems™ QuantStudio™ 5 Dx Real-Time PCR System an in vitro diagnostic (IVD) quantitative PCR system is designed with the clinic in mind—delivering a modern, interactive diagnostic instrument. . The QuantStudio 5 Dx instrument incorporates multimode software that allows it to be used in development mode for assay development, and in IVD mode for routine in vitro diagnostic testing. The QuantStudio 5 Dx system is well suited for any clinical laboratory.

• Detect differences in target quantity as small as 1.5-fold in singleplex reactions and obtain 10 logarithmic units of linear dynamic range
• Thermal block format: 96-well (0.2-mL block)
• Excitation source: Bright white LED
• Filter or color combinations: 6 decoupled filters, CMOS camera
• Excitation/detection range: 450–680 nm/500–730 nm
• Multiplexing: 5-plex + 1 passive reference, 6-plex with no passive reference
• Compatible dyes: FAM, SYBR Green, VIC, ABY, NED, TAMRA, JUN, ROX, Mustang Purple, Cy5
• Multiplexing and filters: Up to 6 targets; 21 filter combinations

GENEAMP 9700 PCR SYSTEMS- Applied Biosystems

The Applied Biosystems GeneAmp 9700 PCR system is specifically designed for high sample volume amplification of nucleic acids. The heated lid and unique thermal isolation frame ensures oil free operation in the 0.5µl format. These PCR’s are designed for use with 0.2ml reaction tubes/plates for all routine PCR applications. It features an easy to use graphic interface with intuitive programing, and fast, uniform thermal response.

• Location: D127

iBright™ CL1000 Imaging System

The iBright™ CL1000 Imaging System provides for imaging of chemiluminescent Western blots, DNA and RNA gels stained with fluorescent nucleic acid stains, and visible protein gels with high resolution images. The instrument can be run directly from the touchscreen to start and create images, while also providing on-board software for image analysis.

• Capture crisp, clear images with a 9.1MP camera with Smart Exposure technology

Qsonica is used for shearing Chromatin and DNA, by inserting a small probe directly into a sample, Energy is transmitted from the probe directly into the sample and the entire volume is processed very quickly.

At BEC we have the Q800R3 Sonicator: A Sonicator specially designed for DNA and Chromatin shearing. Obtain highly reproducible fragment sizes with low deviation. Ideal for fragment sizes 150bp to 3kb. Needed volume is 50 µl - 1 ml

• Location: D110

ProFlex™ 96-well PCR System and 3x32-well PCR System

The ProFlex™ PCR System is a thermal cycler, That allows you to:

• Run three experiments at once with 3 independently controlled 32-well modules; 0.2-mL block( 3 different users or same user)
• Optimize your PCR quickly and efficiently with better-than-gradient VeriFlex™ blocks

VeriFlex™ blocks are controlled by multiple Peltier elements (2 separate Peltier elements per 32-well module) and (6 separate Peltier elements per 96-well module) This gives you the ultimate control of your block for precise, 'better-than-gradient' optimization experiments, and for running multiple reaction conditions at once for precise incubations and other non-PCR workflows.

“This machine is not only a gradient PCR but it is a combination of three different PCR machines in one. In this PCR machine, we can run three different protocols anytime. Also, three of each different grid has gradient platform which facilitates even more optimization in a single experiment.”

• Location: D137

QuantStudio™ 6 Flex Real-Time PCR System

The systems can detect differences as small as 1.5-fold in singleplex reactions with 10 logs dynamic range.

Interchangeable 96-well (0.1 and 0.2 mL), 384-well, plus TaqMan Array card blocks (only the 0.1ml Block format is available at BRC)

Multiplexing and filters: Up to 5 targets

• Available dyes: FAM,SYBR Green, VIC/JOE, NED/ TAMRA/Cy3, ROX/ Texas Red
• Affordable price allows you to obtain a high performance instrument with minimal upfront capital investment
• Compatible with over 8 million TaqMan® assays for gene expression, genetic variation, gene regulation, or protein expression experiments
• The intelligent design of the QuantStudio™ platform combined with Applied Biosystems® instrument reliability and accuracy
• Easy-to-use software, responsive touch-screen, and effortless block exchange without the need for any tools

Qubit Fluorometric Quantitation

The Qubit™ 4 Fluorometer is a benchtop fluorometer that can be used for the quantitation of DNA, RNA, microRNA, and protein, as well as for the measurement of RNA integrity and quality using the highly sensitive and accurate fluorescencebased Qubit™ assays. Additionally,You can also use the Qubit™ 4 Fluorometer to directly measure the fluorescence of samples or to create new assays using the MyQubit software preprogrammed into the instrument.

• Location: D136

2100 Bioanalyzer Instrument

The system integrates an instrument, data processing software, reagents, and a microfluidic chip specific for DNA, RNA, or protein analysis. It is suitable for next-generation sequencing (NGS), gene expression, biopharmaceutical, and genome editing workflows, delivering highly precise analytical evaluation of various sample types. Advantages of microfluidics-based automated electrophoresis over traditional gel electrophoresis include dramatically reduced sample (1 µL for nucleic acids, 4 µL for proteins) and reagent consumption, significantly faster analysis time, and less hands-on activities during sample preparation and data analysis.

Biometra Tadvanced

The TAdvanced Twin allows two different users to run two different PCR protocols at the same time.

The Biometra Twin thermal cycler includes two independent blocks in one instrument. Both multiuser environments as well as users with lower sample numbers but different samples will enjoy this model. The twp-block design and the specific Temperature Optimization Step function support the fast optimization of ideal annealing temperatures.

Its features include:

• The combination of ultra-fast heating and cooling rates and excellent temperature homogeneity for constant conditions across all sample positions, the wide range of exchangeable block modules and the professional user management system.
• Designed for error-free use in versatile laboratory environments: universal block design and heating lid with High-Performance Smart Lid (HPSL) technology for unrestricted use of different plastic containers and plates
• Easily optimize your PCR protocols using the Linear Gradient Function (LGT)
• Location: D111

Blue light transilluminators - Biometra (BL STAR 16)

Blue light transilluminators are a quite interesting alternative to UV transilluminators as there is no risk of sample damage during illumination. Blue light excitation is applicable for fluorescent dyes for nucleic acid or protein stains with excitation wavelengths around 470 nm. Examples of compatible stains are: SYBR® Green, GelGreen™, SYBR® Safe, SYBR® Gold or SYPRO® Ruby. The amber lid of the instrument allows direct viewing of the fluorescent samples. There is no need for separate glasses. For gels up to size of 16 cm x 20 cm.

Animal Cell Culture Lab

CO 2 Incubator (ECIS Z0) SL Shellab

This incubator is connected to ECIS™ Z-Theta, which is an instrument with a distinct method of accurately measuring cellular behaviors including proliferation, migration, barrier function, attachment. The ECIS Z-Theta capable of a multitude of assays, all done in real time, giving it the edge in impedance-based assays.

Forma Direct Heat CO 2 Incubator model 361

ThermoScientific Forma Direct Heat CO2 Incubator combine high capacity and dependable performance in an easy to use design, for researchers who prefer the convenience of direct heat temperature control technology.

Heraeus CO 2 Incubator with hypoxia chamber (D-63450)- Function line

This incubator can facilitate experiment for cells in hypoxic conditions.

Heracell™ 240i CO 2 Incubator

Clean, reliable and easy to use, with fast recovery characteristics optimizing cell growth and a convenient touchscreen user interface. It has a dual temperature probes with over temperature protection. Pan-less system provides recovery rates up to 5X faster than traditional water pans. Ability to connect an N2 cylinder as well.

It features a ContraCon 90°C moist heat disinfection cycle

• On-demand cycle simplifies cleaning and eliminates the need to separately autoclave components
• Operation is push-button simple and does not require removal of sensors or other components

Invitrogen countess ™ II FL

The Countess™ II FL Automated Cell Counter is a fully automated, 3-channel cell counter and assay platform that uses EVOS™ light cube technology, state-of-the-art optics, and image analysis algorithms to analyze fluorescently labeled cells or trypan blue stained samples in suspension

Tali® Image Cytometer

The Tali™ Image-Based cytometer is perfect for:

• Rapid analysis of GFP/RFP vector transfection efficiency
• Identification of GFP and/or RFP positive cells
• Simple two color apoptosis assays
• Accurate cell viability population analysis
• Quick verification of samples prior to sorting or high-end flow cytometry analysis

Forma Series II Water-Jacketed CO 2 Incubators

Precisely control the CO 2 and temperature with Thermo Scientific™ Forma™ Series II 3110 Water-Jacketed CO 2 Incubators, which combine precise control with a TC sensor. Featuring superior parameter recovery characteristics with innovative, continuous contamination control technology.

• Location: D139

Liquid Nitrogen Locator

ThermoScientific liquid nitrogen locator provides outstanding temperature uniformity: samples are stored below -180 degree C, even when less than 2" of liquid nitrogen remains in the vessel. It is with a monitor which provides continuous LED readout of liquid nitrogen level.

• Location: D134

Biological Safety Cabinet

Purifier Logic+ Class II, Type A2 Biosafety Cabinets provide personnel, product and environmental protection from hazardous particulates such as agents that require Biosafety Level 1, 2 or 3 containment. Other appropriate applications include work with antineoplastic drugs, genetic material, carcinogens, allergens and additional substances that generate hazardous airborne particulates.

• Location: D138-D139

Imaging and Microscopy

BioTek Cytation 5 Cell Imaging Multimode Reader

Cytation 5 combines automated microscopy and conventional microplate detection platform. The microscopy module offers up to 60x magnification in fluorescence, brightfield, high contrast brightfield, color brightfield, and phase contrast to address many applications and workflows.

The multimode detection modules include filter- and monochromator-based fluorescence detection, luminescence, and UV-Vis absorbance detection. Gen5 software provides complete control over all imaging and data capture, plus powerful image and data analysis.

• Information on cell morphology, localization of signal, cell count and more is obtained with Cytation 5’s imaging mode.
• Plate reading: absorbance, fluorescence; luminescence; advanced read modes
• Imaging: fluorescence; phase contrast; HC brightfield; brightfield; color brightfield
• Fully automated microscopy tasks, from slide scanning to time-lapse live cell assays, and flexible hardware increase productivity and reduce manual labor
• Combination of monochromator and filter optics delivers flexibility and performance to microplate assays, and choice of optics allows you to read microplates in a wide range of applications

Available Filters at BRC on this instrument:

• Absorbance filters: Monochromator

EVOS® XL Core Imaging System

The EVOS® XL Core Imaging System has two types of controls: manual and onscreen. Manual controls include the illumination wheel, focus knobs, Freeze and Save buttons, objective turret, and the optional mechanical stage X-Y axis knobs. Onscreen controls appear at the bottom of the screen when the mouse rolls over the controls area. Using a mouse is optional; you can operate the EVOS® XL Core Imaging System using only manual controls.

• Location: D128

Chemiluminescence Imaging GeneGnome

The GeneGnome is a dedicated high performance bio imaging system for chemiluminescence applications. GeneGnome's has the ability to image and produce an analysis of the most complex chemiluminescent filters.

ZEISS SteREO Discovery.V12 Microscope

The motorized components of your SteREO Discovery.V12 are fully integrated into your microscope software ZEN and AxioVision: measure and document your samples reproducibly. Observe your Drosophila or zebrafish embryos, stents or circuit boards with an enhanced three-dimensional impression over the whole 12:1 zoom range. Capture images that are crisp and rich in contrast, have excellent color fidelity and simply contain more information. SteREO Discovery.V12 enhances resolution and contrast in biology and quality assurance. The external touch panel SYCOP controls all essential functions of SteREO Discovery.V12: magnification, focus, contrast, brightness and more.

• Location: D130

ZEISS Stemi 508

Equipped with apochromatic optics you acquire images of outstanding image contrast and color accuracy. Its mechanics is designed for heavy workloads. With the large up to 36 mm object field you always keep the overview of your sample. The 8:1 zoom then allows to bring details up to 50× magnification. Add interchangeable optics and observe an area of up to 122 mm. Stemi 508 offers better ergonomics than any other Greenough-type stereo microscope: The low viewing angle of 35° lets you keep a relaxed posture even after hours of work.

• Location: D117

IX73 Inverted Microscope

The IX73 inverted microscope system sets new standards in advanced live cell imaging with its compact frame, outstanding optical performance and exceptional flexibility. Manual encoded or semi-motorized options enable a variety of component combinations. The IX73 is available as a one-deck system with a low, ergonomic stage or as a two-deck system with additional expansion capabilities. Both provide the ability to perform a multitude of imaging applications, from fast advanced fluorescence imaging and other demanding techniques to routine testing and documentation.

Zebrafish Aquatic System

Aquaneering System

The Aquaneering system features a tubular stainless steel welded rack. The open frame design allows maximum visibility without sacrificing structural integrity. The onboard water delivery and drainage system are easily removable for cleaning and maintenance. Individual valves, allowing a variety of flow rates to individual tanks, precisely meter water flow. Drain troughs and piping are constructed from clear PVC for convenient monitoring of waste water flows.

• Lab Technologist Tel : (+974) 4403-5653 Email: [email protected]

ZebraBox Revolution

The Zebrabox is the first ever high-throughput monitoring enclosure to analyze zebrafish behaviors. The 4th generation of ZebraBox is a complete system, designed for the high-throughput analysis of zebrafish larvae in multi-well plates with a total control over the experiment environment. ZebraBox is a component of ZebraLab and allows the automated observation and tracking of larval zebrafish, and zebrafish embryos. ZebraBox is capable of analyzing zebrafish larvae in multi-well plates, up to 96 individuals simultaneously.

Controlling the environment during a behavioral experiment is the key to success. ViewPoint has developed a new cubicle enclosure to control light, sound and vibration. ZebraCube is an individual apparatus that makes it easy to set your experiments up without requiring a full room.

Picoliter Microinjector (PLI-100A)

The PLI-100A Pico-Injector reliably delivers injections from femtoliters to nanoliters through micropipettes by applying a regulated pressure for a digitally set period of time.

NARISHIGE PC-10 Puller

The method used by this puller is to pull the glass capillary vertically, using the gravitational force of its own weight. For more versatility, two modes are provided: a single pull, which pulls at one stretch, and a double pull in which the setting is changed in mid-process. The PC-10 can therefore produce long, thin micropipettes for injection purposes, and firm microelectrodes for patch clamping. The change of setting in the double pull mode can be preset and then performed automatically, which represents a drastic saving of labor over conventional methods. Digital values, with the maximum output of the electromagnet and heater represented as 100, are shown on the display and the heater output is continually increased, making accurate mass production easier. This puller has several simple features to enhance ease of use, such as the employment of two weights (light and heavy) for tension adjustment.

Shake 'N Bake Digital Incubator

The Shake ?N Bake Incubator shelves provide a gentle up and down motion which is ideal for hybridization and wash procedures as well as conventional incubations. The unit features digital temperature setting and display plus a PID temperature controller for rapid heat-up and excellent temperature stability. Timer not included.

ZEISS Stemi 2000-C Stereo Microscope

The Zeiss Stemi 2000-C stereo microscope offers a wide variety of standard features and options that will meet the most rigorous application demands. The sharp, distortion-free 3D images produced by the Greenough optical system, along with a 7.7X to 1X click stop or continuous zoom range, sets the Stemi 2000-C Zeiss Microscope apart from other stereo microscopes. The included 10X eyepieces provide a 6.5X to 50X magnification range yielding a field of view from 35.4mm down to 4.6mm. By adding supplemental lenses and 25X eyepieces, magnifications of 1.95X to 250X can be achieved for this Zeiss Microscope.

Chick Embryo Facility

Doppler Signal Digitizer

The Indus Doppler Flow Velocity System is a high frequency, real-time pulsed Doppler measurement device with integrated data analysis software designed for measuring cardiovascular function in small animals. The high sampling rates grant excellent temporal resolution, making this the ideal system for studying fast heart rates and rapid blood accelerations present in small animals.

1588 Hova-Bator Incubator

The Genesis Hova-Bator is pre-set for bird eggs. Simply plug it in, then add water and eggs. Nothing to set up or adjust. This circulated air Hova-Bator comes with a thermometer, plastic bottom liner, and is pre-set to 99. F (38 C). Like all incubators, the 1588 requires a stable room temperature and should not be used in areas like sheds or barns.

Egg Incubator (Digital Thermostat Equipped)

Biosafety Level 3 (BSL3)

BSL3 is a self-sustained facility consist of two isolation labs. It is fully equipped for viral- and bacterial research on risk group 3 pathogens. It is applicable to clinical, diagnostic, teaching, research where work is performed with indigenous or exotic agents that may cause serious or potentially lethal disease through the inhalation route of exposure. The BSL-3 laboratory has special engineering and design features. It has enclosures for aerosol generating equipment, single-pass air, double door entry, HEPA filtration of the exhaust, effluent decontamination, personnel showers, and pass-thru autoclave.

• Location: On the east side of H10 Building
• Dr. Hashim Alhussain Tel : (+974) 4403-6698 Email: [email protected]

Spectrometry/Immunoassay

Multiskan™ FC Microplate (ELISA) Reader

The Multiskan FC has a 340–850 nm wavelength range, enabling a wide variety of applications from enzyme kinetic studies to Lowry assays. The instrument provides fast and accurate measurements enabling complete 96-well plate reading in less than seven seconds. The instrument is also equipped with linear shaking as standard.

• Proven performance and reliable day-to-day results through patented optical design and in-built self-diagnostics
• A broad wavelength range of 340–850 nm; equipped with an eight-position filter wheel with three standard filters, 405 nm, 450 nm and 620 nm, preinstalled
• A comprehensive range of easy-to install additional filters available for order
• Fast and accurate measurement of both 96- and 384-well plates for various throughput requirements
• Ease of use through the large color screen and a variety of language versions
• Visual and logical SkanIt software for comprehensive instrument control and data handling

Recommended for:

Immunoassays (ELISA), Protein assays, Endotoxins, Cytotoxicity and proliferation assays, Enzyme assays, Growth curves

• Location: D138

DYNEX DS2 system (2-plate ELISA Processing system)

Is a dynamic, precise and cost-effective processing systems.

• Fully automated open system
• Automated sample distribution, incubation, reagent addition, washing and detection steps of assays. Also can customize assay parameters, assay steps, OD read settings, result calculations, quality control checks and report formats.
• Reagent Pipetting Volume: 20 μL – 1,000 μL
• Sample Pipetting Volume: 10 μL – 250 μL
• Photometric Range: 0.100 – 3.0 OD
• Spectral Range: 405 nm – 690 nm
• Washer Programmable Volumes: 50 µL – 1,000 µL

LUMINEX® 200™- Multiplexing up to 100 analytes in a single well of a microtiter plate

The Luminex 200 Instrument System sets the standard for multiplexing, providing the ability to perform up to 100 different tests in a single reaction volume on a flow cytometry-based platform. The Luminex 200 system is compatible with ProcartaPlex multiplex immunoassays and QuantiGene Plex multiplex gene expression assays.

the Luminex MAGPIX system can do:

• Multiplexing up to 80 analytes per sample using magnetic microspheres
• Read time: 96-well plate in ≤ 45 min (up to 12,800 tests/hour)

Infinite®; 200 PRO Microplate Reader

The Infinite 200 PRO is a user-friendly and affordable multimode reade. The reader at BRC is a filter-based technology ( F Plex multimode ).The Infinite 200 PRO offers excellent sensitivity, multiplexing capabilities and high format flexibility, including 6- to 384-well microplates, PCR plates, and Tecan's patented NanoQuant Plate™ for low sample volumes.

It can perform Absorbance, fluorescence top and bottom and luminescence reading

The available filters are as follow:

Absorbance filters are:

• Position 1: 260 nm (5 nm bandwidth)
• Position 2: 280 nm (3 nm bandwidth)
• Position 3: 340 nm (10 nm bandwidth)
• Position 4: 540 (10 nm bandwidth)
• Position 2: 520 (20 nm bandwidth)
• Position 3: 450 (10 nm bandwidth)
• Position 4: 620 (10 nm bandwidth)

Fluorescence filters are:

• Excitation: 560 (20 nm bandwidth)
• Emission: 590 (20 nm bandwidth)

Epoch Microplate Spectrophotometer

Epoch™ has a monochromator-base UV-Vis wavelength selection, offering expanded options for the life science laboratory without using interference filters, building in inherent cost savings. With its 200 nm to 999 nm wavelength range and 6- to 384- microplate reading capability, controlled with the Gen5 Data Analysis software interface, Epoch fills a void in today's laboratory through smart design and superior features. This robust, low maintenance microplate spectrophotometer ensures even greater value over time. BioStack and 3rd party automation capability is available with the optional Epoch R model.

Sequencing Unit

The sequencing unit at the Biomedical Research Center has successfully established and deployed three high-throughput sequencing platforms: Illumina-MiSeq, MGI-G50, and ONT-GridION. These sequencing platforms provide massively parallel sequencing experiments on various applications starting from targeted sequencing and metagenomics to whole-genome sequencing. The sequencing unit's mission is to conduct state-of-the-art research in genomics, with a focus on the genomics of local habitats and infectious pathogens. The team specializes in the design and development of protocols that offer rapid and accurate identification and characterization of any pathogen of interest. In complementation with other facilities in the center, we were successfully able to isolate, sequence, and characterize viruses from different origins to serve both research and diagnostic purposes. As we are keen to improve infectious disease research in Qatar, the sequencing unit has extended its services to benefit other researchers at Qatar University, Hamad Medical Corporation, and the Ministry of Municipality and Environment. During the COVID-19 pandemic, the sequencing team has led the national efforts to sequence SARS-CoV-2 and has so far sequenced more than 8000 samples. The team has offered outstanding efforts to strengthen the national efforts to control the introduction and spread of SARS-CoV-2 variants by sharing the sequencing data with local authorities and public databases. The team is actively involved in the development of new techniques for whole bacterial genome sequencing, virus genotyping, and metagenomics. in addition to many other massively parallel genetic assays. We also support other researchers through offering consultations on experiment design including sample preparation, library construction, quality check, and analysis of generated sequencing data.

The MiSeq System

The MiSeq System offers the first DNA-to-data sequencing platform integrating cluster generation, amplification, sequencing, and data analysis into a single instrument. The MiSeq System leverages Illumina sequencing by synthesis (SBS) chemistry, a proven next-generation sequencing (NGS) technology responsible for generating more than 90% of the world's sequencing data. the MiSeq System is the ideal platform for rapid and cost-effective genetic analysis.

OXFORD Nanoporetechology (MinION & GridION)

The new generation of sensing technology that uses nanopores - nano-scale holes - embedded in high-tech electronics, to perform precise molecular analyses. The only sequencing technology to combine scalability from portable to ultra-high throughput formats with real-time data delivery and the ability to elucidate accurate, rich biological data through the analysis of short to ultra-long fragments of native DNA or RNA. The sensing platform has the potential to be adapted for the analysis of other types of molecules, for example proteins.

MGISP-960- High-throughput Automated Sample Preparation Platform

The MGISP-960 accomplishes plate to plate transfers for high speed microplate processing applications like library prep, ELISA assays, screening and many more. Equipped for 96 well plate.

MGISP-960 has validated methodology and a library kits including:

• Exome/Target Sequencing
• RNA / Transcriptome Sequencing
• Tumor mutation gene detection
• Amplicon Sequencing

BIOMIC V3 is an open system utilizing digital imaging to automate the reading and CLSI/EUCAST interpretation of clinical microbiology tests and QC from various manufacturers. Systems are customized with optional modules including Broth Microdilution, Disk Diffusion, MIC Strip, Organism ID, Colony Count, Agar Dilution and Urine Screen. BIOMIC V3 provides a digital record of test results and high resolution images.

Autoclave Autester ST dry PV III (J. P.Selecta)

The autoclave Complies with current regulations for pressure vessels and safety standards. It has also a Control panel with temperature and pressure indicator, current program parameters, graphical representation of the process in real time. It can be fully configurable 9 programs.

Omega plate reader- Filter-based multi-mode microplate reader

The FLUOstar Omega is a versatile multi-mode microplate reader with sidderent detection modes: fluorescence intensity (including FRET and TRF),and UV/vis absorbance. It utilizes an ultra-fast UV/Vis CCD-spectrometer for absorbance as well as highly sensitive filters for all other detection modes. The FLUOstar Omega is the ideal plate reader for all life science applications.

• UV/Vis Absorbance Spectra– complete spectra or individual wavelengths from 220-1000nm. complete spectra or individual wavelengths from 220-1000nm; Unlike a monochromator, the spectrometer allows you to capture the entire UV/Vis spectrum of a sample in approximately one second per well – no scanning needed.
• Fluorescence Intensity – including FRET and TRF
• For Fluorescence based assays: up to 8 filters for the excitation and up to 8 filters for the fluorescence emission can be installed.
• Upgradable for Luminescence reading
• Upgradeable to Fluostar Polarstar Omega

Available filters at BRC omega plate reader are :

Octet ® RED96e System

From screening biologics candidates to uncovering new insights into biophysics and cellular signaling, Octet RED96e system uses a Bio-Layer Interferometry (BLI) to measure binding interactions of small molecules, proteins, antibodies, and even cells, determine specificity, calculate titer, characterize affinity, and more. Assays can be performed over a wider temperature range of 15-40°C on the Octet RED96e system, allowing for kinetics measurement of unstable proteins at lower temperatures, or biologically relevant molecules at physiological temperatures.

Optima™ XE Ultracentrifuge

The Large touch-screen display displays more data. Easy to read and navigate. Viewable from across the lab. Energy efficient, Regenerative braking returns energy to local circuit reducing utility costs. Highly efficient thermoelectric cooling results in lower power consumption. Uses the same amount of power as a 60-watt light bulb while idling.

Milli-Q® Ultrapure Water Solutions | Type 1

Milli-Q® systems offer a unique combination of optimized water purification and monitoring technologies. The selection of the proper ultrapure water system for your laboratory will depend on several parameters such as: feed water available, daily volume needs, monitoring requirements, certification levels expected and any other specific requirements you may have. Application Specialists are available to discuss and help you design the laboratory water system best adapted to your needs.

Stomacher 400 Circulator

Stomacher 400 Circulator is blender for food microbiologists, used for easy and effective processing of multiple samples, without the risk of cross contamination and the digital control panel provides Simple control of processing features such as paddle speed and processing time, essential for consistent results.

• Location: D131

RE301 Digital Rotary Evaporator-Yamato

This rotavap with digital control pane has the essential features, which give you the freedom and convenience you need at the lab. With one touch, you can easily lower or raise this digital rotary evaporator because of its motorized lift. You can also quickly adjust its rotary joint within 80mm and remove the flask by turning the flask release nut.

• Available in BRC with an oil bath
• Stable rotation at low and high speeds
• Unique durable vacuum seal for up to 2L flasks
• One-touch electric lift for easy up-and-down movement
• Digital display of rotary evaporator’s motor speed (rpm)
• Removable bath for easy cleaning and water replacement
• Easy-to-remove evaporation flask via built-in flask remover
• Anti-liquid stagnation and backflow glass condenser design
• Faster distillation
• Adjustable rotary joint locking position within 80 mm.

Labconco™ FreeZone™ 2.5L −84°C Benchtop Freeze Dryers

FreeZone Benchtop Freeze Dryers are designed for lyophilizing light to moderate sample loads; Freeze-drying is a process typically used to remove residual solvent from a material to produce a dry powder.

Specifications:

• Type: Freeze Dryer/Lyophilizer
• Capacity (Metric): 2.5 L (before defrosting)
• Temperature Range (Metric): -84°C
• Temperature Range (English): -119°C

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Sidra Medical and Research Center

Health & Medical / Public Health Care / 4.6 1218 Rating

Sidra Medicine is a 400-bed women’s and children’s hospital, medical education and biomedical research center in Doha, Qatar. The hospital first opened its outpatient facility in 2016, followed by its inpatient hospital in January 2018.

Sidra Medical and Research Center will be an ultra-modern, all-digital academic medical center which is being designed and planned to the best international standards in sciences. It will offer specialty care for women and children.

Part of a collaborative effort entitled “one program in multiple institutions,” Sidra will work closely with Weill Cornell Medical College in Qatar and Hamad Medical Corporation in regard to all three missions, raising the standard of health care throughout the country and providing valuable opportunities for research and learning.

First announced in June 2004, Sidra represents the vision of Her Highness Sheikha Moza bint Nasser. The high tech facility will not only provide world class patient care but will help build Qatar’s scientific expertise and resources. Sidra will be funded by a US$7.9 billion endowment from Qatar Foundation, the largest endowment of a medical and research center anywhere in the world.

Sidra Medical and Research Center is located in Doha on Qatar Foundation’s 2,500 acre Education City campus. It will initially have 388 beds with infrastructure to enable expansion to 550 beds in a subsequent phase.

• Patient Rooms
• Clinical Rooms
• Healing Gardens
• Children's Play Area

Working Hours

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Al Gharrafa St, Baladiyat ar Rayyan, Ar Rayyan, Qatar

+974 40033333

[email protected]

https://www.sidra.org/

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• Location   Education City Doha, Qatar
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Sidra is an ultramodern, all-digital academic medical center which will set new standards in patient care for women and children in Qatar, the Gulf region and internationally. It encompasses three essential missions: World-Class Patient Care, Medical Education and Biomedical Research. Sidra will provide patients with world-class healthcare services in an innovative and ultramodern facility specially designed to promote healing. In particular, it will initially address the growing need for more comprehensive patient-focused medical services for women and children in Qatar and throughout the region. Sidra will provide a diversity and quality of care conducive to training medical students and highly-skilled clinicians, and will be a pioneer in clinical and translational biomedical research of value to the population of Qatar and the world.

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