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News Article | June 29, 2017
Site: marketersmedia.com

— Introduction Globally the market for micro-pump is increasing rapidly. Micro-pumps have been playing a crucial role in the pharmaceutical industry for last few years. Especially in the processes such as drug discovery, development and delivery. The ability of micro-pump to provide a controlled flow of fluids and controlled delivery of drug dosage into the body of the patients are the major factors boosting the demand for such techniques. This has led to the improved healthcare management and better medical outcomes. Growing demand for micro-pump technology in the medical and pharmaceutical industry has played an important role in the growth of the micro-pump market. Do Inquiry Before Purchasing Report Here: https://market.biz/report/global-micro-pump-market-mrf/102071/#inquiry Micro-pump market has been segmented on the basis of types which comprises of mechanical and non-mechanical. On the basis of industry, market is segmented into pharmaceutical, medical devices, in-vitro diagnostics and others. Globally the market for micro-pump is expected to grow at the rate of about 17.2% from 2016 to 2027. Key Findings 1) The micro-pump global market and is expected to reach $5.28 billion by 2027. 2) Mechanical micro-pumps hold the largest share of 66.3% of the micro-pump market. 3) North America holds the largest market share of 55.2% of micro-pump market and is anticipated to reach $3.02 billion by the end of forecast period. 4) Pharmaceutical Industry holds the largest market share of 54.6% in 2015, and expected to continue the similar growth throughout the forecast period. Key Players for Global Micro-Pump Market: Some of the key players in this market are: Advanced Microfluidics SA, Alldoo Micropump, Bio-Chem Fluidics, Cole-Parmer Instrument Company LLC, Dolomite Centre Ltd, IDEX Corporation, KNF Neuberger Inc., Microfluidica LLC, Servoflo Corporation, Takasago Electric Inc., TOPS Industry & Technology Co. Ltd., World Precision Instruments, Xavitech and others. Target Audience 1) Micro pump manufacturers. 2) Micro pump equipment suppliers 3) Contract Research Organizations (CROs) 4) Research and Development (R&D) Companies 5) Government Research Laboratories 6) Independent Research Laboratories 7) Government and Independent Regulatory Authorities 8) Market Research and Consulting Service Providers 9) Academic Institutes and Universities About Us: Market.Biz consists of a highly motivated team of young and experienced individuals who are detail-oriented and highly focused on providing clients with the information they need. Information is king in the business world, and we specialize in providing that. Contact Info: Name: Lawrence John Email: inquiry@market.biz Organization: Market.Biz Address: S no. 51/14 First Floor, Office Number 4, Vishwa Arcade, Near Navale Lawns, Pune, Maharashtra, India 411041. Phone: +1(857)2390696 For more information, please visit https://market.biz/report/global-micro-pump-market-mrf/102071/


Ohlmeyer H.,Mittelhessen University of Applied Sciences | Ohlmeyer H.,TransMIT GmbH | Tobisch T.,TransMIT GmbH | Voncken M.M.A.J.,ASML B.V. | And 4 more authors.
Proceedings of SPIE - The International Society for Optical Engineering | Year: 2014

Silica-based multimode fibers with a step-index refractive-index profile are commonly used for light transportation from 185 nm (DUV) up to 2300nm (NIR). Core diameters of such mono fibers range from 100 to 600 μm and their clad-tocore- ratios (CCR) typically are 1.1 and larger. If bundles are required for applications in the UV- and VIS-region, fibers with smaller core diameter and thinner cladding thicknesses are desired to reduce coupling losses, as their light acceptance surface area is then relatively larger. However, using these bundles at higher wavelengths, e.g. in the NIR-region, change of light-guiding properties can be observed. In fiber-optic light delivery systems, the transmission including light acceptance and guidance can be described by the concept of pupil apodization. However in fiber characterization, the numerical aperture (NA) of specialty fibers is an useful key parameter, which will be determined using the inverse far-field method at two separate laser wavelengths with focused light excitation. With parallel light, skew rays/modes must be taken into account. In addition, the spectral fiber attenuation with Uniform Mode Distribution (UMD) illumination and mode-selective illumination will be discussed and compared with experimental NA results. As expected, the ratio of cladding thickness and wavelength is the most important parameter on the light-guiding properties in short-length applications with increasing wavelength. © 2014 Copyright SPIE.


Tu C.,Florida College | Scafa N.,World Precision Instruments Inc. | Zhang X.,World Precision Instruments Inc. | Silverman D.N.,Florida College
Electroanalysis | Year: 2010

The NO electrode and membrane inlet mass spectrometry (MIMS) have the advantage of being sensitive, direct, and real time detectors of NO in aqueous solution. They do not require reacting NO with labels or purging of NO with an inert gas. We show that the NO electrode and MIMS are comparable in sensitivity detecting NO concentrations to 0.5 nM in aqueous solution, and both give identical results in a biological measurement, the reactions of deoxyhemoglobin with nitrite.


Zimmer A.W.,Mittelhessen University of Applied Sciences | Raithel P.,Mittelhessen University of Applied Sciences | Raithel P.,TransMIT GmbH | Belz M.,World Precision Instruments Inc. | And 2 more authors.
Proceedings of SPIE - The International Society for Optical Engineering | Year: 2016

A novel experimental set-up for measuring the spectral dependency of light-guidance of specialty non-active multimodefibers will be introduced. Light coupling into the test fiber is realized and controlled with a micro-structured single mode (SM) fiber and an image-system based on a microscope objective The far-and near-field profiles of the SM-fiber will be shown. The inverse far field method is modified and improved by using three wavelengths simultaneously under the same input conditions; the coupling conditions into the test-fiber and the far-and near-field at fiber output are observed with cameras. The numerical aperture (NA) and mode-conversion or focal-ratio-degradation (FRD) are measured in respect to wavelength at three wavelengths in the VIS region. For the analysis, the patterns are captured at varying exposure times to increase the dynamic range and finally analyzed using image processing methods. Characteristic parameters, such as skew mode propagation and ray-conversion, of circular and non-circular MM-fibers will be discussed, taking the surface roughness into account. © 2016 SPIE.


Werner J.,TransMIT GmbH | Belz M.,World Precision Instruments Inc. | Klein K.-F.,Mittelhessen University of Applied Sciences
Progress in Biomedical Optics and Imaging - Proceedings of SPIE | Year: 2015

Optical key parameter of fiber optic flow cells for absorbance measurements are transmission and numerical aperture. In this work we introduce an experimental setup to determine the far field intensity profile of flow cells at different wavelengths in the UV and visible part of the light spectrum. Comparison to spectral transmission will be shown, too. © 2015 SPIE.


Xu T.,University of Science and Technology Beijing | Scafa N.,World Precision Instruments Inc. | Xu L.-P.,University of Science and Technology Beijing | Su L.,University of Science and Technology Beijing | And 5 more authors.
Electroanalysis | Year: 2014

Nitric oxide (NO) plays an important role in physiological processes and it has been confirmed some human diseases are related to its biological function. Electrochemical sensors provide an efficient way to explore the NO function in biological processes. This review details different kinds of electrochemical sensors used for NO concentration detection between 2008 and 2013 together with their application in biological samples. Four commonly used electrodes and different assisted analysis membranes used for contributions towards the development of the novel sensors were summarized. Electrochemical sensors employed to measure NO concentration in a single cell, cell culture, tissue homogenate, organ, in vivo, human being, as well as in plant were also detailed. The trends of developing novel NO sensors were outlooked in the last part. © 2014 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim.


Patent
World Precision Instruments Inc. | Date: 2011-04-07

A light emitting diode (LED) based detection system is employed for spectroscopy based applications. LEDs are used as monochromatic light sources for applications at specific and pre-defined wavelengths. Spectrographic information is generated using LEDs of different wavelengths ranging from 260 nm to 1400 nm. Multiple wavelength information is generated by coupling light from each LED into an intensity and mode mixing fiber bundle. A dual beam approach of using a reference and a sample photodiode ensures automatic drift correction. Interference filters at the LED input fiber reduce the spectral bandwidth of the monochromatic light emission to a useful 10 nm bandwidth by cutting off the LEDs trailing emission distribution allowing for absorbance measurements similar to typical spectrometers.


Patent
World Precision Instruments Inc. | Date: 2010-09-28

A method of rapidly and accurately identifying and analyzing thiol proteins in a sample using gold nanoparticles. Disclosed are embodiments of a flow device for isolation, fractionation and subsequent instrumental analysis of thiol containing proteins from various samples or tissue sources using gold nanoparticles. Also disclosed are embodiments of a flow device for detecting, isolating and fractionating S-nitrosated proteins and peptides for subsequent analysis, including identification of S-nitrosation sites.


The scientific characterization of cellular contractility and cell movement, such as muscle function in particular is, to a large extent, carried out on intact tissue preparations for example using whole intact muscles from animals. Typical indices of muscle function may include isometric force, contractility under external force (load) and spatio-temporal determination of internal calcium concentration under strictly controlled conditions of length and applied force. The major advance of the described apparatus is that the common characterization of cellular contractility can be performed on a single cell rather than an entire tissue or whole animal. As such the apparatus described improves on and eliminates known limitations of currently considered state-of-the-art approaches.


Patent
World Precision Instruments Inc. | Date: 2011-12-07

An electrochemical sensor for measurement of hydrogen sulfide is described. The electrochemical sensor comprises an electrolyte; an electrolyte container comprising a hydrogen sulfide permeable membrane; a working electrode and a reference electrode both disposed in the electrolyte; and an instrument capable of maintaining a fixed DC potential in the range of 0 mV to 1,000 mV between the working electrode and the reference electrode. Also a method of detecting hydrogen sulfide in a sample. The method comprises providing an electrochemical sensor; at least partially immersing the gas permeable membrane in the sample; and detecting hydrogen sulfide in the sample. The detection may be qualitative or quantitative.

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