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118:(CSIC). She has written more than 250 highly consulted scientific publications and she is the owner of 8 families of Patents – several has been transferred to the industry through the spin-off companies SENSIA, S.L. and BIOD, S.L.-. She has been part of almost 85 Research projects, most of then international ones, and she is an active scientific promoter.
233:
established at the end of
January 2020 in an effort to tackle the emerging pandemic. Lechuga developed the idea within ten days, making use of her experience building optical biosensors. The test is based on a nanoscale optical sensor and includes a receptor protein (antibody) that is capable of
250:. If the saliva contains SARS-CoV-2, it will bind to the antibodies, and, in turn, change the transmission of a beam of light passing through the optical sensor. Once the light has been analysed the resulted will be transmitted to a smart phone or
858:
Dey, Priyanka; Fabri-Faja, Nuria; Calvo-Lozano, Olalla; Terborg, Roland A.; Belushkin, Alexander; Yesilkoy, Filiz; Fà brega, Anna; Ruiz-Rodriguez, Juan Carlos; Ferrer, Ricard; González-López, Juan José; Estévez, Maria Carmen (25 January 2019).
383:
Prieto, F; SepĂşlveda, B; Calle, A; Llobera, A; DomĂnguez, C; Abad, A; Montoya, A; Lechuga, L M (2 July 2003). "An integrated optical interferometric nanodevice based on silicon technology for biosensor applications".
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204:, opto-nano-mechanical sensors and magnetoplasmonic sensors. She looks to apply these sensors in clinical settings, for the diagnosis of cancer and other diseases, as well as
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702:"Editor's Pick: Simple, Low-Cost, and Timely Optical Biosensors for the Detection of Epigenetic Biomarkers: The Future of Cancer Diagnosis"
526:"ORC Seminar Series "PHOTONIC NANOBIOSENSORS FOR LAB-ON-A-CHIP APPLICATIONS" | Optoelectronics Research Centre | University of Southampton"
218:. The device contained microarrays printed onto high performance nanoplasmonic substrates, and could even be used by non-expert personnel.
336:
Estevez, M.C.; Alvarez, M.; Lechuga, L.M. (26 September 2011). "Integrated optical devices for lab-on-a-chip biosensing applications".
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When
Lechuga returned to Spain in 1995, she was appointed head of the biosensor group at the Microelectronics National Center from the
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861:"Label-free Bacteria Quantification in Blood Plasma by a Bioprinted Microarray Based Interferometric Point-of-Care Device"
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who is a biosensor researcher and full professor. She leads the
Nanobiosensors and Bioanalytical Application Group at the
162:
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157:(Andalusia), where she was inspired to pursue a career in research. Lechuga completed her doctoral research at the
307:
Sepúlveda, Borja; Angelomé, Paula C.; Lechuga, Laura M.; Liz-Marzán, Luis M. (2009). "LSPR-based nanobiosensors".
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1090:"Laura Lechuga talks about CONVAT, the project for a faster and cheaper diagnose of COVID-19 | Nanbiosis"
1061:"Laura Lechuga, la cientĂfica que creará detectores inmediatos del Covid-19: "Trabajamos a contrarreloj""
1006:"El proyecto europeo CoNVat, liderado desde España, diseñará un sistema de diagnóstico para el Covid-19"
834:"An interferometric point-of-care device for fast and sensitive bacteria quantification – Biotech Spain"
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Chocarro-Ruiz, Blanca; Fernández-Gavela, Adrián; Herranz, Sonia; Lechuga, Laura M (1 June 2017).
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1111:"Prof. Laura Lechuga receives the Physics, Innovation and Technology RSEF-FBBVA Award – ICN2"
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161:. After earning her PhD in 1992, Lechuga was appointed as a postdoctoral researcher at the
251:
627:"Recent advances in nanoplasmonic biosensors: applications and lab-on-a-chip integration"
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Lopez, Gerardo A.; Estevez, M.-Carmen; Soler, Maria; Lechuga, Laura M. (6 January 2017).
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1136:"Laura M. Lechuga, galardonada en los Premios de la FĂsica de la RSEF-FundaciĂłn BBVA"
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943:"Laura Lechuga coordina uno de los proyectos europeos para estudiar el coronavirus"
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918:"ICN2 leads a European project to diagnose the COVID-19 disease in 30 minutes"
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platform. She has developed different types of sensors, including; photonic
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Lechuga developed a simple, low-cost and fast optical biosensor to detect
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Lechuga develops silicon based biosensors which can be integrated into a
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testing system. Her proposal came out of a rapid grant scheme that the
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749:"Professor Laura Lechuga: New Analyst Associate Editor – Analyst Blog"
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She was director of the
Department of Sensors and Biosensors of the
860:
81:
III-V semiconductor
Schottky diodes for gas sensing and biosensing
145:, in 1962. Whilst she was at high school she became interested in
771:"Nanophotonic label-free biosensors for environmental monitoring"
181:
in
Barcelona. In 2012 was appointed an adjunct professor at the
259:
255:
254:, in a process that takes less than 30 minutes. Complementary
675:"Photonic nanobiosensors early diagnostics, Laura M. Lechuga"
234:
detecting the coronavirus. The sensor itself consists of a
179:
Catalan
Institute of Nanoscience and Nanotechnology (ICN2)
109:
Catalan
Institute of Nanoscience and Nanotechnology (ICN2)
61:
Catalan
Institute of Nanoscience and Nanotechnology (ICN2)
700:
Huertas, CĂ©sar S.; Lechuga, Laura M. (24 November 2017).
1035:"Coronavirus: CoNVaT diseñará un sistema de diagnóstico"
780:. Energy biotechnology • Environmental biotechnology.
922:
Barcelona
Institute of Science and Technology – BIST
212:
device for the fast and sensitive quantification of
208:. In 2018 she demonstrated an interferometry-based
74:
56:
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34:
116:IMM-CNM at the Spanish National Research Council
225:Lechuga developed a simple, low-cost and fast
8:
990:: CS1 maint: numeric names: authors list (
238:interferometer. It makes use of sample of
185:, and in 2013 a visiting professor at the
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679:European Conference on Integrated Optics
289:Physics, Innovation and Technology Award
45:Spanish National Research Council (CSIC)
1212:Complutense University of Madrid alumni
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296:The Portal to Excellent Women Academics
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970:Un possible detector del coronavirus
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1161:"Prof. Laura Lechuga – AcademiaNet"
163:MESA+ Institute for Nanotechnology
25:
175:Spanish National Research Council
778:Current Opinion in Biotechnology
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283:Real Sociedad Española de FĂsica
177:(CSIC). In 2008 she move to the
159:Complutense University of Madrid
258:probes will identify the viral
431:Una cientĂfica saltando vallas
1:
1067:. Europa Press. 12 March 2020
338:Laser & Photonics Reviews
790:10.1016/j.copbio.2017.03.016
321:10.1016/j.nantod.2009.04.001
202:Mach–Zehnder interferometers
706:Emj Oncol Oncology 5.1 2017
528:. University of Southampton
1228:
1012:(in Spanish). 1 April 2020
877:10.1021/acssensors.8b00789
719:10.33590/emjoncol/10311704
505:Optical Society of America
406:10.1088/0957-4484/14/8/312
246:to detect the presence of
601:"Laura M. Lechuga – ICN2"
275:2014 Elected a Fellow of
264:Polymerase chain reaction
90:
49:
1202:Spanish women scientists
652:10.1515/nanoph-2016-0101
433:. Plataforma Editorial.
206:environmental monitoring
133:Early life and education
1197:Spanish microbiologists
429:Lechuga, Laura (2021).
1207:Spanish women chemists
350:10.1002/lpor.201100025
187:University of Campinas
97:Laura M. Lechuga GĂłmez
65:University of Campinas
27:Spanish microbiologist
552:journals.elsevier.com
301:Selected publications
262:without the need for
103:, 1962) is a Spanish
501:"OSA: Laura Lechuga"
183:University of Tromsø
155:Universidad de Cádiz
69:University of Tromsø
643:2017Nanop...6..101L
398:2003Nanot..14..907P
292:2017 Inducted into
277:The Optical Society
231:European Commission
169:Research and career
681:. 14 November 2016
270:Awards and honours
838:biotech-spain.com
440:978-84-18582-82-0
223:COVID-19 pandemic
147:molecular biology
123:COVID-19 pandemic
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51:Scientific career
16:(Redirected from
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149:. She studied
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1069:. Retrieved
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1041:(in Spanish)
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221:During the
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1186:Categories
449:References
309:Nano Today
248:SARS-CoV-2
198:Biosensors
814:206971308
798:0958-1669
661:2192-8614
422:137122027
414:0957-4484
376:123203743
368:1863-8880
329:1748-0132
285:(RSEF) –
236:waveguide
151:chemistry
143:Andalusia
105:scientist
1115:icn2.cat
1039:Consalud
986:citation
903:54482228
895:30525470
832:ZonaIT.
806:28458110
728:13870411
605:icn2.cat
227:COVID-19
127:COVID-19
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