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| BIOMEDICAL ENGINEERING |
| BIOMEDICAL ENGINEERING,MEDICAL IMAGING,BIOMECHANICS,Anatomy-Physiology,Angiography,Angioplasty,ByPass Surgery,Cath Lab,Clinical Lab,Defibrilator,Dental Machine,Digital Signal Processing,ElectroCardiography,Endoscopy,Fluoroscopy,Medical Radiation,Radiology,Ultrasound,Xrays, Video pill |
| Language: English |
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| LabVIEW WEBSITE |
| 2008-05-06 09:00:00 |
A new blog www.biolabview.blogspot.com has been launched. It deals about the applications of LabVIEW software in biomedical engineering.To Look at this excellent website, visit here
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| LINEAR ACCELERATOR (LINAC) |
| 2008-04-30 09:37:00 |
A linear particle accelerator (also called a linac) is an electrical device for the acceleration of subatomic particles. This sort of particle accelerator has many applications, from the generation of X-Rays in a hospital environment, to an injector into a higher energy synchrotron at a dedicated experimental particle physics laboratory. The design of a linac depends on the type of particle that is being accelerated: electron, proton or ion. They range in size from a cathode ray tube to the 2-mile long Stanford Linear Accelerator Center in California.CONSTRUCTION & OPERATIONA linear particle accelerator consists of the following elements:1.)The particle source. The design of the source depends on the particle that is being accelerated. Electrons are g...
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| JAIPUR FOOT |
| 2008-04-26 01:34:00 |
The Jaipur leg is a rubber-based prosthetic leg produced under guidance of Dr. P. K . Sethi by Masterji Ram Chander in 1969 for victims of landmine explosions. Designed in, and named for Jaipur, India; the prosthetic leg was designed to be inexpensive, quick to fit and manufacture, and to be water-resistant. The jaipur foot is fitted free of cost by Bhagwan Mahavir Viklang Sahyata Samiti, founded by Devendra Raj Mehta. It costs approxamately U.S. $28.For more details , click here
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| UAE STUDENT DEVELOPED LOW-COST PROSTHETIC ARM |
| 2008-04-26 01:33:00 |
An united arab emirates (UAE) engineering student has developed an artificial hand known as the Myoelectric Hand Prosthesis. The prosthetic hand costs just 500 Dirhams whereas a similar device would cost 30,000 Dirhams in Europe. Abdul Hafidh Al Zubaidi, who is in his twenties and set to complete his senior Bio-Medical Engineering project, was inspired to design a prosthetic hand after seeing some of his friends who lost their limbs in car accidents."The prosthetic hand I created is available in the UAE but it is mass produced in Europe, and commands a high price.""The good thing about my robotic hand is that it is affordable. I would love to help many poor people out there who need a myoelectric arm. If I can manage mass production of these devices it wo...
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| WORKING PRINCIPLE OF FIRST BIONIC ARTIFICIAL ARM |
| 2008-04-26 01:31:00 |
(CLICK PICTURE TO ENLARGE)A woman fitted with the world's first "bionic arm" controlled by thought alone has been given back a sense of feeling. Claudia Mitchell, 26, a former US marine, regained the ability to carry out simple tasks such as cutting up food when she was fitted with the prosthetic arm last year.Now doctors have re-routed the ends of arm nerves to a patch of skin on her chest — allowing her to regain the sensation of having her lost hand touched.A new study of her wrist, hand and elbow function found she could use the artificial limb intuitively and could perform tasks four times quicker than with a conventional prosthesis.Ms Mitchell, who had her left arm amputated after a motorcycle accident, told doctors: "I just think about movin...
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| CONNECTING BRAINS TO ARTIFICIAL BRAIN |
| 2008-04-26 01:26:00 |
Northwestern University researchers of washington have pioneered a technique called targeted muscle reinnervation (TMR), which allows an artificial limb to respond directly to the brain’s signals, making it much easier to use than traditional motorized body parts.The technique, which is still under development, allows wearers to open and close their artificial hands and bend and straighten their artificial elbows nearly as naturally as their own arms.“The idea is that when you lose your arm, you lose the motors, the muscles and the structural elements of the bones. But the control information should still be there in the residual nerves,” said Dr Todd A Kuiken, a physiatrist at the Rehabilitation Institute of Chic...
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| GAMMA KNIFE |
| 2008-04-26 01:20:00 |
Gamma Knife is a neurosurgical device used to treat brain tumors with radiation therapy. The device was invented by Lars Leksell, a Swedish neurosurgeon, in 1967 at the Karolinska Institute in Sweden.The Leksell Gamma Knife device contains 201 cobalt-60 sources of approximately 30 curies (1.1 TBq) each, placed in a circular array in a heavily shielded assembly. The device aims gamma radiation through a target point in the patient's brain. The patient wears a specialized helmet that is surgically fixed to their skull so that the brain tumor remains stationary at target point of the gamma rays. A killing dose of radiation is thereby sent through the tumor in one treatment session, while all surrounding brain tissues receive less than a killing dose.FEATURES OF GAMMA KNIFERadiosurgery uses hi...
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| TEMPERATURE PILL |
| 2008-04-25 08:20:00 |
The radio pill relies on a temperature-sensitive quartz crystal oscillator whose vibration frequencies are well known for temperatures ranging from 60 °C to 150 °C. For instance, the crystal oscillates at 262.25 kilohertz at the normal body temperature of 37 °C. The electronic components calculate the temperature and transmit the data as a digital signal. Power comes from a silver oxide hearing aid battery that holds enough energy for nine days of temperature readings. The capsule remains in the body for only 24 to 36 hours before it is eliminated.The temperature readings are transmitted wirelessly to a handheld receiverdata recorder. As the digital signal induces a voltage on the pill's communication coils, this voltage creates a quasistatic magnetic field with a radius of ab...
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| ABBREVIATIONS IN LASER ENGINEERING - D |
| 2008-03-25 07:27:00 |
D* detectivityDBR distributed Bragg reflectorDCG dichromated gelatinDCPBH double channel planar buried heterostructureDFB distributed feedbackDFDL distributed feedback dye lasersDIN Deutsche Institu¨t fu¨r NormungDM depth of modulationDODCI diethyloxadicarbon-cyanine iodideDOES double heterostructure optoelectronic switchesDoF depth of focusD-MQW diluted multi-quantum wellDUT device under testDWDM dense wavelength division multiplex
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| ABBREVIATIONS IN LASER ENGINEERING - C |
| 2008-03-25 07:25:00 |
C/S coupler/ splitterCAD computer-aided designCAIBE chemically assisted ion-beam etchingCARS coherent anti-stokes Raman spectroscopyCBE chemical beam epitaxyCCD charge coupled deviceCDRH Center for Devices and Radiological Health (of FDA)CET Cooperative Energy TransferCh choroidCID charge-injection deviceCIE Commission International de I’EclairageCMBH capped mesa buried heterostructureCOD catastrophic optical damageCPM colliding-pulse mode-lockedCSBC channel substrate buried crescentCSO composite second ordercw continuous wave
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| ABBREVIATIONS IN BIOMEDICAL ENGINEERING - D |
| 2008-03-25 07:22:00 |
DAC Digital-to-analog converterDAS Data acquisition systemdB DecibelDB Direct bodyDBMS Data base management systemDBS Deep brain stimulationdc Direct currentDCCT Diabetes control and complications trialDCP Distal cavity pressureDCS Dorsal column stimulationDDC Deck decompression chamberDDS Deep diving systemDE Dispersive electrodeDEN Device experience networkDERS Drug exception ordering systemDES Diffuse esophageal spasmd.f. Distribution functionDHCP Distributed Hospital Computer ProgramDHE Dihematoporphyrin etherDHEW Department of Health Education andWelfareDHHS Department ofHealthandHuman ServicesDHT Duration of hypothermiaDI Deionized waterDIC Displacement currentDIS Diagnostic interview scheduleDL Double layerDLI Difference lumen for intensityDM Delta modulationDME Dropping mercury ele...
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| ABBREVIATIONS IN BIOMEDICAL ENGINEERING - C |
| 2008-03-25 07:17:00 |
CA Conductive adhesivesCABG Coronary artery by-pass graftingCAD/CAM Computer-aided design/computer-aided manufacturingCAD/D Computer-aided drafting and designCADD Central axis depth doseCAI Computer assisted instruction, Computer-aided instructionCAM Computer-assisted managementCAMP Cyclic AMPCAPD Continuous ambulatory peritoneal dialysisCAPP Child amputee prosthetic projectCAT Computerized axial tomographyCATS Computer-assisted teaching system; Computerized aphasia treatment systemCAVH Continuous arteriovenous hemofiltrationCB Conjugated bilirubin; Coulomb barrierCBC Complete blood countCBF Cerebral blood flowCBM Computer-based managementCBV Cerebral blood volumeCC Closing capacityCCC Computer Curriculum CompanyCCD Charge-coupled deviceCCE Capacitance contact electrodeCCF Cross-correlatio...
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| SCHOLARSHIP TIPS FOR PhD APPLICATION |
| 2008-03-24 11:20:00 |
ScholarshipsA surprising number of students fail to see that identifying scholarships can be one of the most important parts of the successful scholarship search. There are thousands and thousands of scholarships available to students through internet searches and scholarship guides, but no one student will ever qualify for all of them. Even if one person were to qualify for all of them, most students probably would not have the time to apply for each and every one. For this reason, a well-defined scholarship search can be invaluable to students looking for some extra money to fund their education.The best and cheapest way to run a scholarship search is to find a good, reliable scholarship search engine (like fastweb.com or srnexpress.com). Intern...
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| TOP TEN SCHOLARSHIP TIPS FOR YOUR PhD RESEARCH |
| 2008-03-24 10:52:00 |
Tip 1: Give concrete examples.If your answer to an essay question is abstract, support it with a concrete example that illustrates your point. The scholarship sponsor wants to see evidence that you satisfy their criteria, not just unsupported statements.Tip 2: Apply only if you are eligible.Read all the scholarship requirements and directions carefully, and make sure that you are eligible before you send in your application. Your application will not be considered if you are not qualified to apply.Tip 3: Identify the sponsor's goals.Try to understand the sponsor's motivation in offering the award. Do they want to promote interest in their field? Do they want to identify promising future researchers and busine...
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| PhD SCHOLARSHIPS(BIOMEDICAL ENGINEERING) IN IMPERIAL COLLEGE,UK |
| 2008-03-24 10:38:00 |
The Institute of Biomedical Engineering is a new focus for interdisciplinary research at Imperial College encouraging collaboration between engineers, scientists, clinicians and medical researchers to tackle major challenges in modern healthcare.The Institute's core research themes are in the enabling technologies of bionics, tissue engineering, image analysis and bionanotechnology, which will form the basis for advances in areas such as personalised healthcare, regenerative medicine and biomedical imaging. Details of the research programme and current projects, can be found at www.imperial.ac.uk/biomedeng/research .It welcomes applications from students with first or masters de...
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| ABBREVIATIONS IN LASER ENGINEERING - B |
| 2008-03-24 10:24:00 |
BEFWM - Brillouin enhanced four wave mixingBFA - Brillouin fiber amplifierBH - Buried heterostructureBLIP - Background-limited infrared performance
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| ABBREVIATIONS IN LASER ENGINEERING - A |
| 2008-03-24 10:15:00 |
2DEG- two-dimensional electron gas2PA - two photon absorptionIII-V -Group III, group V of periodic table3HG - third harmonic generationAEL - accessible emission limitAFRRG - Active Fiber Ring Resonator GyroscopeAM - amplitude modulationAMVSB - Amplitude Modulation—Vestigal Side BandANSI - American National Standards InstituteAO - acousto-opticAON - All Optical NetworksAPD - avalanche photodiodeAPDs - avalanche photodiodesAPM - additive pulse mode lockingAR - anti reflectionARFG - Active Reentrant FiberGyroscopeASE - amplified spontaneous emissionAWG - arrayed waveguide grating
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| INTERMITTENT POSITIVE PRESSURE BREATHING (IPPB) |
| 2008-03-22 15:05:00 |
IPPB remains a technique used to provide shortterm or intermittent mechanical ventilation for the purpose of augmenting lung expansion, delivering aerosol medication, or assisting ventilation.IPPB can include pressure- and time-limited, as well as pressure, time, and flow-cycled ventilation. IPPB may be delivered to artificial airways and nonintubated patients.INDICATIONS1.)The presence of clinically significant pulmonary atelectasis when other forms of therapy have been unsuccessful (incentive spirometry, chest physiotherapy, deep breathing exercises, positive airway pressure) or the patient cannot cooperate.2.)Inability to clear secretions adequately because of pathology that severely limits the ability to ventilate or cough effectively and failure to...
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| ABBREVIATIONS IN BIOMEDICAL ENGINEERING - B |
| 2008-03-22 13:29:00 |
BA - Biliary atresiaBAEP - Brainstem auditory evoked potentialBAPN - Beta-amino-proprionitrylBAS - Boston anesthesis systemBASO - BasophilBB - Buffer baseBBT - Basal body temperatureBCC - Body-centered cubicBCD - Binary-coded decimalBCG - BallistocardiogramBCLS - Basic cardiac life supportBCRU - British Commitee on Radiation Units and MeasurementsBDI - Beck depression inventoryBE - Base excess; Binding energyBET - Brunauer, Emmett, and Teller methodsBH - Bundle of HISBI - Biological indicatorsBIH - Beth Israel HospitalBIPM - International Bureau of Weights and MeasurementsBJT - Bipolar junction transistorBMDP -Biomedical ProgramsBME - Biomedical engineeringBMET - Biomedical equipment technicianBMO - Biomechanically optimizedBMR - Basal metabolic rateB...
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| ABBREVIATIONS IN BIOMEDICAL ENGINEERING - A |
| 2008-03-22 13:10:00 |
AAMI - Association for the Advancement of Medical InstrumentationAAPM - American Association of Physicists in MedicineABC - Automatic brightness controlABET - Accreditation board for engineering trainingABG - Arterial blood gasesABLB - Alternative binaural loudness balanceABS - Acrylonitrile–butadiene–styreneac - Alternating currentAC - Abdominal circumference; Affinity chromatographyACA - Automated clinical analyzerACES - Augmentative communication evaluation systemACL - Anterior chamber lensACLS - Advanced cardiac life supportACOG - American College of Obstetrics and GynecologyACR - American College of RadiologyACS - American Cancer Society; American College of SurgeonsA/D - Analog-to-digitalADC - Agar diffusion chambers; Analog...
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| MEMS KIDNEY |
| 2008-03-22 01:01:00 |
The National Institute of Biomedical Imaging and Bioengineering awarded Shuvo Roy, Ph.D., a $3.2 million, three-year grant today to develop a bio-artificial kidney that can be used instead of dialysis.Dr. Roy and his team are using MEMS (microelectromechanical systems) technology to create an implantable, self-regulating bio-artificial kidney that will filter toxins and absorb necessary salts and water like human kidneys. The team includes physicians and engineers from the Lerner Research Institute‚s Department of Biomedical Engineering and Cleveland Clinic's Department of Nephrology."We are bringing together the necessary multidisciplinary expertise to focus on critical technical hurdles to develop an implantable hemofilter and cell bioreactor, which are the integral components of the b...
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| Calibration of an orientation sensor for freehand 3D ultrasound and its use in a hybrid acquisition system |
| 2008-01-24 08:25:00 |
AUTHORS : James Housden , Graham M Treece , Andrew H Gee and Richard W Prager Abstract (provisional)BackgroundFreehand 3D ultrasound is a powerful imaging modality with many potential applications. However, its reliance on add-on position sensors, which can be expensive, obtrusive and difficult to calibrate, is a major drawback. Alternatively, freehand 3D ultrasound can be acquired without a position sensor using image-based techniques. Sensorless reconstructions exhibit good fine scale detail but are prone to tracking drift, resulting in large scale geometrical distortions.MethodWe investigate an alternative position sensor, the Xsens MT9-B, which is relatively unobtrusive but measures orientation only. We describe a straightforward approach to calibrating the sensor, and we measure th...
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| EMU8086 - MICROPROCESSOR 8086 EMULATOR & ASSEMBLER SOFTWARE |
| 2008-01-23 09:58:00 |
Microprocessor Emulator and Assembler is a 8086 microprocessor simulator.Assembler with Microprocessor Simulator 8086 is the perfect solution to debug short programs and to study assembly language programming as part of a computer science course.Emulator runs programs on a Virtual Machine, it emulates real hardware, such as screen, memory and input/output devices. 8086 instruction set is the ABC for all modern computing, it's the base of all microprocessors including Pentium and Athlon. 8086 is the computer DNA code.Though internal assembler is primitive compared to those developed by Borland and Microsoft, all Intel's instructions and even some MASM and TASM directives are supported.It's ideal for Computer Architecture study.Emu8086 combines an advanced...
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| CONFOCAL LASER SCANNING MICROSCOPY |
| 2008-01-22 04:55:00 |
Confocal laser scanning microscopy (CLSM or LSCM) is a technique for obtaining high-resolution optical images. The key feature of confocal microscopy is its ability to produce in-focus images of thick specimens, a process known as optical sectioning. Images are acquired point-by-point and reconstructed with a computer, allowing three-dimensional reconstructions of topologically-complex objects.DESCRIPTIONIn a confocal laser scanning microscope, a laser beam passes through a light source aperture and then is focused by an objective lens into a small (ideally diffraction limited) focal volume within a fluorescent specimen. A mixture of emitted fluorescent light as well as reflected laser light from the illuminated spot is then recollected by the objective len...
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| INTERNATIONAL CONFERENCE IN BIOMEDICAL ELECTRONICS AND DEVICES, PORTUGAL |
| 2008-01-22 03:35:00 |
The purpose of the International Conference on Biomedical Electronics and Devices is to bring together researchers and practitioners from electronics and mechanical engineering, interested in studying and using models, equipments and materials inspired from biological systems and/or addressing biological requirements. Monitoring devices, instrumentation sensors and systems, biorobotics, micro-nanotechnologies and biomaterials are some of the technologies addressed at this conference.for more details, click here(FUNCHAL, MADERIA OF PORTUGAL)
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| BIOMEDICAL CONFERENCE IN SRM UNIVERSITY, INDIA |
| 2008-01-22 03:20:00 |
National Conference on Improving Health Care Using Sophisticated Medical Equipments Theme of the Workshop It is designed to bring together students, scientists of Biomedical Engineering, medical doctors, and researchers for panel discussions, technical sessions, and informal extended exchange of reviews about the vital roll of various medical equipments in providing improved patient’s health care. The technical program of the conference consists of invited talks by eminent scientists, researchers, and medical doctors. A separate poster session for students will be arranged during the conference.Abstracts can be submitted on any one of the following topics: Medical Devices, Measurement, and Instrumentation, Medical Image Processing, and Biosignal Proc...
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| FREE COURSE FOR WRITING BIOMEDICAL PAPERS |
| 2008-01-22 03:04:00 |
A free course is designed to help professionals successfully publish biomedical papers in English. It provides a full outline of the preparation of manuscripts with regards to planning, style, structure and composition.For details of free course, click here
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| CONFOCAL MICROSCOPY |
| 2008-01-22 01:33:00 |
Confocal microscopy is an optical imaging technique used to increase micrograph contrast and/or to reconstruct three-dimensional images by using a spatial pinhole to eliminate out-of-focus light or flare in specimens that are thicker than the focal plane. This technique has been gaining popularity in the scientific and industrial communities. Typical applications include life sciences and semiconductor inspection.Confocal microscopy enables the visualization and imaging of fixed as well as living cells and tissues that contain fluorescent probes (antibodies, green fluorescent proteins, dyes, substrates). This technique allows sharply defined optical sections to be collected, from which three dimensional rendering and movies can be created.(Human cytomegalovirus infected human endothelial c...
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| DIGITAL ISSUE OF OPTICS & LASER JAN 2008 |
| 2008-01-21 09:54:00 |
HIGHLIGHTS OF THIS DIGITAL EDITION :FIBRE LASER MARKET REPORT: Fibre laser developers face tough challenges in 2008 as the lasers move into markets where they have less of a cost or performance advantage. Tom Hausken provides an overview of the fibre laser market.PHOTOVOLTAICS: OLE speaks to Steve Eglash about investment trends and emerging technologies in today's solar market.SILICON PHOTONICS: OLE asks Mario Paniccia of Intel what developments he expects to see in 2008.QUANTUM CRYPTOGRAPHY: Momentum is building in the quantum cryptography market. id Quantique discusses real-world applications and new product releases that will widen the technique's reach.PHOTONICS WEST PREVIEW: OLE provides a sneak preview of some of the
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| COIN OPERATED X-RAY MACHINE OF YEAR 1900 |
| 2008-01-20 10:20:00 |
The glass case contains the x-ray tube and high voltage coil. stick you hand in the slot about and view your hand bones through the double eyepiece on top
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| NATIONAL SPACE BIOMEDICAL RESEARCH INSTITUTE (NSBRI) |
| 2008-01-18 10:03:00 |
Established in 1997 through a NASA competition, the National Space Biomedical Research Institute is working on countermeasures to the health-related problems and physical and psychological challenges men and women will face on long-duration missions. The research consortium's primary objective is to ensure safe and productive human spaceflight. Projects also address key technologies required to enable and enhance exploration. In particular, NSBRI scientists and physicians are developing technologies to provide medical monitoring, diagnosis and treatment in the extreme environments of the moon and Mars. NSBRI discoveries impact medical care on Earth. ...
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| 3D IMAGE OF LIVING CELL |
| 2008-01-18 09:22:00 |
A new imaging technique developed at MIT has allowed scientists to create the first 3D images of a living cell, using a method similar to the X-ray CT scans doctors use to see inside the body.The technique, described in a paper published in the Aug. 12, 2007 online edition of Nature Methods, could be used to produce the most detailed images yet of what goes on inside a living cell without the help of fluorescent markers or other externally added contrast agents, said Michael Feld, director of MIT's George R. Harrison Spectroscopy Laboratory and a professor of physics."Accomplishing this has been my dream, and a goal of our laboratory, for several years," said Feld, senior author of the paper. "For the first time the functiona...
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| MS(Biomedical Materials) in Alfred University, New York |
| 2008-01-18 08:20:00 |
Undergraduate PreparationApplicants to the MS program in Biomedical Materials Engineering Science should have a 4-year Bachelor of Science degree in engineering or the physical sciences (including biology). Graduation RequirementsThe program requires 30 credit-hours beyond the bachelor’s level, as follows:Biomedical Materials (3 credits) Advanced Biomedical Materials Engineering (3 credits) Graduate-level materials science electives (9 credits) Graduate-level biology electives (8 credits) Graduate Seminar (0 credit, mandatory every semester) Thesis research (6 credits) Research Seminar (1 credit) Candidates for the degree must submit and successfully defend a Master’s thesis based on work completed as part of the 6 credit-hours of thesis research. I...
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| HEALING BROKEN BONES BY NANOTUBES |
| 2008-01-16 06:37:00 |
Scientists have shown for the first time that carbon nanotubes make an ideal scaffold for the growth of bone tissue. The new technique could change the way doctors treat broken bones, allowing them to simply inject a solution of nanotubes into a fracture to promote healing.(PICTURE OF CARBON NANOTUBES)The report appears in the June 14, 2005 issue of the American Chemical Society's journal Chemistry of Materials. ACS is the world's largest scientific society.The success of a bone graft depends on the ability of the scaffold to assist the natural healing process. Artificial bone scaffolds have been made from a wide variety of materials, such as polymers or peptide fibers, but they have a number of drawbacks, including low strength and the potential for reje...
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| DIGITAL IMAGES |
| 2008-01-13 05:15:00 |
DIGITAL IMAGES & PIXELS A digital image is a representation of a two-dimensional image as a finite set of digital values, called picture elements or pixels. The digital image contains a fixed number of rows and columns of pixels. Pixels are the smallest individual element in an image, holding quantized values that represent the brightness of a given colour at any specific point.EXAMPLE :IMAGE TYPES1.)BINARY (BI-LEVEL) IMAGEA binary image is a digital image that has only two possible values for each pixel. Binary images often arise in digital image processing as masks or as the result of certain operations such as segmentation, thresholding, and dithering. Some input/output devices, such as laser printers, fax machines, an...
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| SINGAPORE INTERNATIONAL GRADUATE AWARD (SINGA) |
| 2008-01-13 02:35:00 |
The Singapore International Graduate Award (SINGA) is a collaboration between the Agency for Science, Technology & Research (A*STAR), the National University of Singapore (NUS) and the Nanyang Technological University (NTU). PhD training will be carried out in English at your chosen lab at A*STAR Research Institutes, NUS or NTU. Students will be supervised by distinguished and world-renowned researchers in these labs. Upon successful completion, students will be conferred a PhD degree by either NUS or NTU. SINGA brings together top scientists from A*STAR, NUS, and NTU. These scientists have made a mark in the international R&D landscape and are currently pursuing research work here at A*STAR, NUS, or NTU. ...
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