MEDEXPERT Business Consultants Pvt. Ltd. hosted its 5th edition of MEDICALL 2010 at Chennai, India–The 5th edition of MEDICALL expo was inaugurated by the Vice Chancellor of Dr.MGR Medical University and Dr.Mayilvahanan Natarajan at Chennai Trade Centre on August 6th, 2010. Concurrent exhibitions on Rehabilitation products, Medicallab, Rehab Expo and laboratory equipments, was held during the MEDICALL expo. More than 8000 visitors including hospital owners, distributors, embassy officials, purchase mangers, hospital administrators and biomedical engineers visited the three-day event of Medicall expo. Trade delegation from West Africa, South Africa, Hong Kong, Taiwan, Srilanka and USA was the highlight of the show on visitor’s front.

Product Description

URIT-500C-Urine-Analyzer

Technical data:
Parameters: PH, Nitrite, Ascorbic Acid, Protein, Specific Gravity, Blood, Bilirubin, Urobilinogen, Ketone, Leucocytes
Principle: Dual-wavelength reflectance photometry
Wavelength: 550nm, 620nm, 720nm
Throughput: 420 samples/hour
Memory capacity: 1000 results
Strip: Uritest 10G\11G urine reagent strips

Features:
Easy maintenance design for daily cleaning
High test speed, up to 420 tests per hour, ideal for extensive sample laboratory
Fully automatic operation for ready-to-test
Internal calibration for sensitivity of strips
Cold light source facility with long life and high stability
Barcode reader & touch screen optional
URIT UQ-10 & UQ-11 Urinalysis Control

URIT-2900-Hematology-Analyzer

Product Description

Clinical hematology analyzer analysis is one of the oldest and most important sectors of clinical laboratory analysis. The hematology instrument and reagent market is centered around a group of instruments called hematology analyzers. The term clinical hematology analyzer usually refers to an automated instrument for determining the presence, number and type of cellular elements in easily collected body fluids, such as blood. However, it is not necessarily limited to these determinations. The hematology analysis always includes determination of non-cellular parameters in blood, such as hemoglobin and hematocrit. Other closely related areas of clinical interest are coagulation and flow cytometry. In fact, traditional specialization barriers, such as microbiology, hematology, blood banking, immunology and even anatomical pathology are rapidly fading both operationally and instrumentally. But for the sake of defining the subject to a reasonable size, the more traditional scope of clinical hematology analyzer will be the focus of this examination. The purpose of this TriMark Publications report is to describe the specific segments of the global clinical hematology analyzer instrumentation and reagent marketplace. The review covers those segments that are highly active in terms of innovation and growth. Specifically, this study examines the markets for small-lab, as well as highly-automated large-lab, platforms and accessory equipment, such as reagents, supplies and add-on equipment from original equipment manufacturers.

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Over the past decade, MRI or magnetic resonance mammography (MRM) has become a popular tool for high-risk patients when combined with mammography and ultrasound, Malcolm Kell of the Eccles breast screening unit at University College Dublin wrote in his editorial.

But being able to detect even the tiniest, harmless recurrence or extension of tumors isn’t necessarily a good thing, argued Kell.

“The use of this technology in early stage breast cancer may do more harm than good,” he wrote. “There is no compelling evidence that this technique should be routinely used in newly diagnosed breast cancer.”

In his argument, Kell cites a study of women with breast cancer who were being considered for treatment without surgery, which showed a 6 percent increase for mastectomies in women who had an MRI compared to women who did not. He argues the higher rate of surgery could be because MRM is so advanced it picks up things that conventional imaging would not.

“Magnetic resonance mammography identifies occult disease in the breast that may not be visible on other imaging modalities, and this may lead to inappropriate treatment decisions,” Kell argued.

What Kell does suggest is that the best way to manage early stage breast cancer and reduce the need for unnecessary, invasive surgery is through annual monitoring and drug treatment and radiotherapy as needed.

Technical Specifications of Hematology Analyzers ES 6180 :-
* Test Principle, Electrical resistance for counting and SFT melhod for HGB
* Test Flow Fully auto and the blood unrequired dilute or other process
* Quantity Technology : Ultra sound quantity method, resistance from disturb.
* Quantity Technology :Clot clear High voltage, Capacity and irradiated bled
* Throughput : 35 samples / hour
* Language . English
* QC Mode : X, X-R, X-B, L-J auto draw and print QC figure
* Calibration Mode : Auto mode and manual mode are selectable, provide original calibrator and control
* Reference Range Type : Newborn, Children, Male, Female and universal.
* Reagent : Provide original reagent
* Memory : Save more than 30000 samples’ details results including histrograms.
* Display : Large Colour LCD, show all parameters and histrograms at same screen.
* Input and Output Keyboard, mouse, Parallel Port, RS232 serial port can be connected to computer
* Printer: Inner thermal or man can be connecled to external computer and printer
* Working Environment. Temperature : 18′C – 35′C : Humidity. 40% RH – 80% RH.
* Voltage : AC 175 V -265 V. Auto acaption according to the input voltage.
* Dimension : 300 mm x 400 mm x 440 mm ( L x W x H )
* Net Weight: 17 Kg.

Different methods of putting samples through have been invented, but usually involve placing test tubes of sample into racks, which can be moved along a track, or circular carousels that rotate to make the sample available. To protect the health and saftey of laboratory staff many analysers feature closed tube sampling to prevent workers from direct exposure to samples.

Samples can be processed in batches, or continuously.

Routine Biochemistry Analysers

These are machines that process the bulk of the samples going into a hospital or private medical laboratory. And the results should be out as quickly as possible. There will often be a method that can get urgent specimens moved more quickly through.

The types of tests required are often enzyme levels (such as many of the liver function tests), ion levels (e.g. sodium and potassium), and other tell-tale chemicals (such as albumin or creatinine).

Simple ions are done with ion selective electrodes, that let one type of ion through, and measure voltage differences. Enzymes are measured by the rate they change one coloured substance to another; the results for enzymes are given as an activity, not a concentration of enzyme. Other tests use colorimetric changes to determine the concentration.

Turbidity (as created when an antibody reacts with a test compound) can also be measured with these machines.

Examples of these types of machines are:

• Hitachi 917
• Hitachi 912
• Abbott Aeroset
• Dade Dimension
• Beckman-Coulter LX

Immuno-based Analysers

Because many substances (such as hormones or drugs) have no colour, and cannot cause another substance to change colour, antibodies must be used to detect them.

The concentration of these compounds is often too low to cause a measurable increase in turbidity when bound to antibody, so other, more specialised, methods must be used.

Examples of these analysers include:

• Abbott Axsym
• Elecsys
• ACS-180
• Abbott TDx
• Abbott Architect
• Beckman-Coulter Access

Haematology Analysers

These are used to perform full blood counts, erythrocyte sedimentation rates (ESRs) or coagulation tests.

Top 10 Medical Equipment Trends in 2010 This new report, ´Top 10 Medical Equipment Trends in 2010´ is an essential source of information and analysis on the key trends expected to drive and influence the global medical equipment industry in 2010.

What are the different options available for the leading medical equipment companies at a time when funding is hard

American Institute of Consumer Studies  Medicals

to come by? What´s the key restructuring and diversification strategy? Will growth in the emerging companies offset the market maturity in the developed world? Which countries will attract the majority of medical tourists? Will the leading market participants intensify their efforts in home healthcare? Will DTC advertising continue to grab media attention? Which medical equipment markets will attract the most of PE/VC funding and why? What will be the impact of the recent government initiatives? These are among the many questions that will be answered with insightful analysis in this report. The report analyses the ten major trends expected to influence the future of the global medical equipment industry.
A strong understanding of the key trends to impact the medical equipment industry will prove to be a decisive factor in strategic planning and decision making for all involved in the value chain – investors, manufacturers, distributors, regulators, payer/providers and analysts tracking this industry.
Scope
- The report analyses the key trends expected to drive and influence the global medical equipment industry in 2010. Its scope includes.
- Analysis and review of the key events and milestones that will impact the future of medical equipment market globally. Each trend independently researched to provide qualitative analysis of what the implications on sectors are, and how are companies responding to these trends.
- Annualized market revenues data from 2001 to 2008, forecast forward for 7 years to 2015. Company shares data for 2008.
- Insightful review of key industry drivers, restraints and challenges which are likely to impact the global medical equipment industry in the long run.
- Key topics covered include expected market growth in the emerging economies, medical tourism, increasing importance of home healthcare, expected boost in the Healthcare IT market, DTC advertising, increasing importance of comparative effectiveness research, diversification efforts by the leading companies, increasing PE/VC funding within the in-vitro diagnostics market, intensifying consolidation and the impact of recession on the global diagnostic imaging market.
- Key companies mentioned in the report include GE Healthcare, Siemens Healthcare, Philips Healthcare, Roche, Medtronic, Cordis Corporation, Abbott, LifeScan, Bayer Healthcare, Becton, Dickinson and Company, AstraZeneca, GlaxoSmithKline, Novartis, Beckman Coulter, Cardinal Health, Covidien, St. Jude Medical, Boston Scientific Corporation and Beckman Coulter.
Reasons to buy
The report will enhance your decision making capability in a more rapid and time sensitive manner. It will allow you to:
- Design and develop your product development, marketing and sales strategies by identifying key areas of growth.
- Develop market-entry and market expansion strategies by identifying the emerging market categories and geographic markets poised for strong growth.
- Develop business strategies by understanding the trends shaping and driving the global medical equipment industry.
- Organize your sales and marketing efforts by identifying the prevalent and expected competitive landscape in different medical equipment markets.
- Identify key players who are best positioned to take advantage of the emerging market opportunities.
- Exploit in-licensing and out-licensing opportunities by identifying products that are most likely to ensure a robust return.
- What´s the next being thing in the medical equipment technology landscape? – Identify, understand and capitalize.
- Make more informed business decisions from the insightful and in-depth analysis of the global medical equipment industry and the factors shaping it.

Success again at India’s largest B2B event which recently concluded in Mumbai. The 16th MEDICAL FAIR INDIA, the most established multi-disciplinary fair in India for diagnostics and medical equipment came to a successful close at Bombay Exhibition Centre, Mumbai.. The fair was jointly organised by Messe Düsseldorf GmbH and its Indian subsidiary Messe Düsseldorf India Pvt Ltd.

MEDICAL FAIR INDIA was held from the 12th to 14th March 2010 and featured 234 exhibitors from 14 countries grossing over 7000 sqm in area with official group participation from Germany, China, Taiwan, USA, Korea and France,. Apart from the Indian participation, there was international participation from Brazil, Canada, Hong Kong, Italy, Russia, Singapore, Thailand and U.A.E.

MEDICAL FAIR INDIA has once again confirmed its leading position as the number one trade fair in the medical community. With 5659 registered trade visitors, the three-day event and the accompanying two-day conference attracted even more visitors than in the previous year. 16% of visitors came from abroad.

The 234 exhibitors who participated at MEDICAL FAIR INDIA presented a complete spectrum of new products, services and processes for use in medical field and hospitals. In addition to those areas which traditionally generate strong interest (such as medical device technology and electrical medicine), physiotherapeutic processes and medical IT in particular were met with increasing demand.

The 16th edition of MEDICAL FAIR INDIA lived up to its reputation of being India’s foremost event for decision-makers. Almost 90% of trade visitors who attended are involved in relevant investment decisions, at least in a consultative capacity, while 70% are decision-makers or have co-decision rights. The visitor of Medical Fair India 2010 could find a complete range of medical items and up to date information on latest medical technology which encourages them to invest in latest modern high tech equipments.

MEDICAL FAIR INDIA is characterised by its clear-cut business-to-business profile. The event is geared to the needs of the healthcare target groups. Visitors included traders, businessmen and doctors from all specialised disciplines, decision-makers from clinics and hospital administrations, members of the medical technology trade as well as qualified medical personnel.

A two-day conference was organised in parallel by Messe Duesseldorf India Pvt. Ltd. in association with the Comnet Conference on – Healthcare for the masses.

The next MEDICAL FAIR INDIA will be held from the 25th -27th March 2011 at Pragati Maidan, New Delhi.

Comparable with the other models of automatic blood cell counter, this BL 500 Automatic Blood Cell Counter is an excellent and ideal laboratory tool that can perform a complete blood count needed for accurate diagnosis and treatment of certain diseases.

This Automatic Blood Cell Counter is generally equipped with the most advanced and necessary features to provide reasonable application. It comes with a built-in thermal printer with three print formats, which automatically prints out the result of WBC, RBC and platelet count.

Apart from its many features, this automatic blood cell counter can perform rapid and accurate computation of blood samples at 30 seconds and requires a small amount of blood. It is specially designed with a large LCD to offer clear and comprehensive digital display of computed blood tests results.

This high-quality Automatic Blood Cell Counter is extremely valuable and applicable to perform various blood cell computations for clinical laboratories and testing rooms of the hospitals.

Parameters:

• WBC: Number Of White Blood Cells
• W SCC: Number Of Small White Blood Cells, Lymphocyte
• W MCC: Number Of Middle White Blood Cells, Monocyte
• W LCC: Number Of Large White Blood Cells, Gametocyte
• W SCR: Percent Ratio Of Small White Blood Cell
• W MCR: Percent Ratio Of Middle White Blood Cell
• W LCR: Percent Ratio Of Large White Blood Cell
• RBC: Number Of Red Blood Cells
• HGB: Hemoglobin Concentration
• HCT: Hemato
• WBC: Number Of White Blood Cells
• W SCC: Number Of Small White Blood Cells, Lymphocyte
• W MCC: Number Of Middle White Blood Cells, Monocyte
• W LCC: Number Of Large White Blood Cells, Gametocyte
• W SCR: Percent Ratio Of Small White Blood Cell
• W MCR: Percent Ratio Of Middle White Blood Cell
• W LCR: Percent Ratio Of Large White Blood Cell
• RBC: Number Of Red Blood Cells
• HGB: Hemoglobin Concentration
• HCT: HematoCRit Volume
• MCV: Mean Corpuscular Volume
• MCH: Mean Corpuscular Hemoglobin
• MCHC: Mean Corpuscular Hemoglobin Concentration
• RDW: Red Blood Cells Dimension Width
• PLT: Number Of Platelets
• PCT: Platelet Crit Value
• MPV: Mean Platelet Volume
• PDW: Platelet Dimensions Width

Histograms To Be Printed Out:

• WBC
• RBC
• Platelet
• DeteCTor Diameter: Approximately 80 MiCRometers
• Computation Time: About 30 Seconds

Measurement Method

• WBC, RBC, And PLT: EleCTric Resistance Method
• HGB: Cyanmethemoglobin Method Using Calorimetric Led 540mm
• HCT: Blood Cell Pulse Height Value DeteCTing Method
• MCV: Calculated From RBC And HCT
• MCH: Calculated From RBC And HGB
• MCHC: Calculated From HGB And HCT
• Sample Volume:
  1. Capillary Mode: 20 MiCRo Liters
• Sample Diluting Ratio:
  1. WBC, HGB: 1: 400 Times
  2. RBC, PLT: 1: 80000 Times
• Sample Volume:
  1. Whole Blood: 40 MiCRo Liters
• Sample Diluting Ratio:
  1. WBC, HGB: 1: 200 Times
  2. RBC, PLT: 1: 40000 Times
• Display: Lcd
• Printer: BuiLT In Thermal Printer With Three Print Formats
• Outside Dimension: 340 X 460 X 420mm
• Power: Ac 220 VoLTs Positive-Negative 10 Percent, 50 To 60 Hertz