Sofía Rubio, Ph.D. student of the Inorganic Nanoparticles Group at ICN2, presented the thesis “Increasing the resolution at the nanobiointerface with engineering inorganic nanoparticles”, which was supervised by the Group Leader, Víctor F. Puntes. The presentation took place on September 23, at 11.30 am at the ICN2 Seminar Room.
Anna Laromaine was part of the Thesis Defense Committee.
Apart from interviewing the professor, Pere Estupinyà visited the lab and talked to the Ph.D. students and postdoc fellows that were working there. This is when he talked with Anna Laromaine about the projects she was developing: 3D cells culture, and paper strips as biosensors for diagnosis.
Anna also appeared in Pere Estupinyà’s blog “Apuntes científicos desde el MIT”: http://blogs.elpais.com/apuntes-cientificos-mit/2009/10/page/2/
In the last paragraph, Pere says “But I cannot end this post without mentioning the conversation with Anna over lunch. Anna perfectly represents the Spanish scientist eager to return home to do research, file patents, and help in the generation of both knowledge and wealth. After budget cuts a couple of weeks ago, she sees it increasingly difficult.” But she is back! Anna managed to go back to her country and be a scientist! Congratulations.
Anna Laromaine will give the talk “Multi structures using bacterial cellulose films” (Muling Zeng, Anna May-Masnou, Anna Roig, Anna Laromaine) in the Advances in Funcional Materials (AFM) Conference in Jeju, South Korea.
The talk will be on Tuesday, August 9th, at 4.05 pm, within the Symposium 1: Advances in Multifunctional Composite Materials, at the International Convention Center (ICC) in Jeju (South Korea). Anna will also be Chair of a previous session of the same Symposium.
June 21st-22nd is Self-Assembly at ICMAB (SELF2016), the conference on self-assembly within the ICMAB. The topics covered include self-assembly of nanoparticles, nanostructures onto surfaces, and organic molecules, and theory and simulation of self-assembly, among others.
Figure: Snapshots from simulations of three different stages of protein adsorption. (a) Contact between BSA and the nanoparticle (t = 0.07 ns), (b) spreading of the BSA over the nanoparticle (t = 3 ns), and (c) relaxation of the adsorbed BSA protein (t = 9 ns). (From the recently published article: Siming Yu, et al.”Albumin-coated SPIONs: an experimental and theoretical evaluation of protein conformation, binding affinity and competition with serum proteins”, Nanoscale, 2016, Advance Article”)
Anna Laromaine gave a seminar yesterday April 5th at the Facultat de Ciències-UAB, as part of the activities organized during the Festival of Nanoscience and Nanotechnology (10alamenos9), in which the ICMAB collaborated. The topic of the seminar was Nanomedicine, which, according to Anna, is “the use of the nanotechnology for medical applications”, such as diagnosis, medical therapies, drug delivery, tissue regeneration, and the understanding of cellular systems.
Other seminars during the festival included the following topics: Biosensors by Ma Isabel Pividori, Energy capture and thermoelectrics by Aitor Lopeandía (UAB), Nanoelectronics by Francesc Pérez-Murano (IMB-CNM), an Introduction to nanotechnology by Ma José Esplandiu (ICN2), and Nanotechnology and society by Jordi Pascual (UAB).
Next Monday, February 1st, at 12 pm, Dr. Anna Laromaine, member of our group, will give the ICMAB Periodical Lecture. Anna will talk about “Caenorhabditis elegans and bacterial cellulose: exploiting nature to build materials”.
Short abstract : Many researches have been inspired by nature, from the synthesis of materials mimicking our environment to the evaluation of materials using in vivo animal models. In this talk, I will briefly introduce two approaches that we have been working recently in the group. First, I will present the use of the small animal model, Caenorhabditis elegans (C. elegans). The characteristics of this model organism endorse this 1 mm long nematode as an ideal living system for the primary screening of engineered nanoparticles in a standard synthetic laboratory. I will present how using the worm, we assessed iron oxide nanoparticles in a simple and facile way. On the other hand, I will present how a bacterial strain can produce cellulose (named bacterial cellulose (BC)), of the same molecular formula as vegetal cellulose; however exhibiting a higher degree of polymerization and better crystallinity. BC also has high porosity, transparency in the UV-NIR and a high water holding capacity. I will show how we controlled its structure and fabricate nanocomposites that can respond to external stimulus.
“Caenorhabditis elegans and bacterial cellulose: exploiting nature to build materials” By: Dr. Anna Laromaine Date: Monday, 1st February Time: 12 pm Place: ICMAB Meeting room
Dr. Maria Alejandra Ortega graduated with a thesis in “Development and validation of an optofluidic ultra-sensitive platform for specific and selective detection of relevant tumor markers in oncology” at the The Institute of Photonic Sciences (ICFO).