RIVAX

Mecwins best oral presentation award

By | 2017, Events, News | No Comments

Mecwins has funded an oral presentation award to an early stage researcher attending Biointerfaces session at RIVA-X conference.

The Mecwins Award consists of a certificate and a cash prize of 300 EUR. According to the elegibility rules, the prize must recognize the scientific contribution of an early stage researcher reflected on an oral presentation. Among the eligible candidates, the prize was awarded to Chloé Rodríguez from Universidad Autónoma de Madrid (Spain) in recognition to her contribution entitled “Impedance biosensor interface based on nanostructured porous silicon“.

Chloe_award

Mecwins attended 69th AACC Annual Meeting & Clinical Lab Expo

By | 2017, Events, News | No Comments

The Annual Meeting & Clinical Lab Expo (AACC) is the world’s largest community of clinical laboratory scientists. Mecwins, as one of the players offering an ultrasensitive technology for protein detection, has attended the 69th AACC scheduled to be held from July 30 – August 3, 2017 at San Diego, CA USA.

Mecwins’ representatives, Oscar Ahumada and Rosalía Calleja, had very interesting and fruitful meetings with representatives from global leaders in clinical chemistry, diagnostics and medical devices who showed strong interest in moving forward and keep on discussing a possible partnership.

Mecwins is proud member of the American Association of Chemical Chemistry and AACC annual meeting is one of our can’t-miss events.

logo_vijases

Mecwins enters agreement with VIJASES for promotion of SCALA in Southeast Asia

By | 2017, News | No Comments

Mecwins has entered into an agreement with VIJASES (Viet Nhat Science Equipment and Services), giving Vijases the ability to promote SCALA in Southeast Asia. Vijases, headquarted in Hanoi, is a company specialized in science and technical consulting, providing scientific instrumentation and transferring their know-how about Electronic Technology in Vietnam. Under this agreement, Vijases will promote Mecwins technology not inly in Vietnam, as in Singapore, Thailand, Malaysia, Indonesia and Philippines.

About Viet Nhat Science Equipment and Services Company Limited – Vijases Co., Ltd
VIJASES is known as a reliable partner of many oversea technology firms as well as domestic companies.

Combining Demands and Resources in home with foreign modern sciences and technologies, we always make a great effort to bring customers not only the best products at the most reasonable price but also the best customer services and support.

Vision
Our vision is to be one of the most reliable and professional partners in consulting, providing science equipment, training and transferring Electronic Technology in Vietnam.

Mission
Provide optimal solutions which bring customers the most modern, appropriate technology
Continuously enhance staff‘s knowledge and skills in order to provide customers with professional services.
Build up working environment with friendliness and solidarity.

Source: Vijases.com

ncentech

Pleased to be part of NACENTECH project

By | 2017, News | No Comments

IMG-20170524-WA0013IMG-20170524-WA0009During these days, our General Manager Dr. Oscar Ahumada and Head of SCALA Manufacturing, Mr. Antonio Salvador are supporting intallation and training of one of our systems SCALA in Hanoi. Mecwins is really proud of being part of innovative project NACENTECH (National Center for Technological Progress). NACENTECH’s missions are to research and apply new high technologies by acquiring advanced technologies, renovating and mastering technologies, creating and transferring technology by satisfying requirements of modernization and industrialization, ensuring Vietnamese national defense. NACENTECH has successfully maintained and developed the cooperation relationship with countries all over the world receiving several awards during the last years.

instalacion_nacentechNacentech_Mecwins_tshirts

We hope that Mecwins technology may contribute to improve this great research activity. We are extremely happy to be involved in such exciting project. We so highly appreciate the kindness and hospitality of researchers at our arrival. For further information about the project, please click here. You can also look at information regarding our stay in NACENTECH by clicking here (available only in Vietnamese).IMG-20170522-WA0002

We also want to thank to people from Acetech for their support during installation and training of SCALA. Thank you so much for taking care of our team during their stay in Hanoi. Vietnamese people are really frienly and, as in our past visits to the country, willing to come back to Vietnam.

New visit to People Republic of China

By | 2017, News | No Comments

During the last week of April, our colleagues Dr. Oscar Ahumada and Rosalía Calleja visited People Republic China again. This time, a really tight agenda was waiting for them, as well as one demo-machine SCALA mini sent some weeks ago. The demo-platform will help us to promote our technology in China, as well as introduce the new SCALA mini into the International market.

They had the opportunity of visiting some potential customers as Beijing Institute of Semiconductors (CAS), Changchun Institute of Applied Chemistry and at University of Science and Technology of China in Hefei. Making a demo to these scientists will help us to better make understood our technology; and show the awesome capabilities of this instrument for MEMS characterization.

Last publication about HIV detection receives huge media coverage

By | 2017, Media, News | No Comments

Major national and international newspapers, radio, tv and online sources have echoed the last research from Bionanomechanics Lab about HIV detection within a week of infection.

The technology, patented by CSIC and licensed to Mecwins, is also being applied in the early detection of some types of cancer.

Due to the huge media coverage of the results, we have selected just a few links for further information:

Developing a biosensor for detecting HIV at first week after infection

By | 2017, News, Publications | No Comments

Early detection of HIV infection is the best way to prevent spread of the disease and to improve the efficiency of the antiretroviral therapy. Nucleic acid amplification tests (NAAT) have become the gold-standard for detecting low-concentrations of the virus in blood. However, these methods are technically demanding and cost-prohibitive in developing countries. Immunoassays are more affordable and can be more easily adapted for point-of-care diagnosis. However, the sensitivity so far of these methods has been too low. The research, published on February 15th in the journal PLOS ONE, reports the development of a sandwich immunoassay that combines nanomechanical and optoplasmonic transduction methods for detecting the HIV-1 capsid antigen p24 in human serum. The immunoreactions take place on the surface of a compliant microcantilever where gold nanoparticles are used as both mechanical and plasmonic labels. The microcantilever acts as both a mechanical resonator and an optical cavity for the transduction of the mechanical and plasmonic signals. The limit of detection of the immunoassay is 10−17 g/mL that is equivalent to one virion in 10 mL of plasma. This is 5 orders of magnitude better than last generation of approved immunoassays and 2 orders of magnitude better than NAAT. This technology meets the demands to be produced en masse at low cost and the capability for miniaturization to be used at the point-of-care.

journal.pone.0171899.g001

Schematic representation of the p24 sandwich immunoassay.

(a) The top surface of the cantilever is functionalized with capture antibodies against HIV-1 p24 antigen (top schematic). Antifouling molecules are immobilized on the bottom surface of the cantilever and voids between the antibodies to minimize nonspecific interactions. The cantilever is then immersed in the human serum sample to allow specific binding of p24 to the cantilever surface (middle schematic). Finally, the p24 antigen captured on the cantilever is specifically linked to 100-nm-diameter gold nanoparticles that carry detection antibodies. (b) Scanning electron microscopy image of the silicon microcantilever arrays used in this work. (c). Schematics of the 96-well microtiter plate format, in which the immunoassays were carried out

Source: Kosaka PM, Pini V, Calleja M, Tamayo J (2017) Ultrasensitive detection of HIV-1 p24 antigen by a hybrid nanomechanical-optoplasmonic platform with potential for detecting HIV-1 at first week after infection. PLoS ONE 12(2): e0171899. doi:10.1371/journal.pone.0171899

You can access to the publication in PLOS ONE journal by clicking here.