The Society for the Improvement of Science (SACSIS) is a scientific organization founded to promote scientific research and technological innovation at the highest levels. We help innovative companies and researchers to get EU funding for their innovation and R&D projects.

I am thrilled to share that I am a co-founder of Limnopharma (https://www.limnopharma.com), a groundbreaking startup on a mission to combat ocular diseases that affect millions worldwide. Our primary focus? Tackling Age-related Macular Degeneration (AMD) and Retinitis Pigmentosa (RP).A few highlights about Limnopharma:- Founded in March 2019, our vision is to develop innovative therapies for retinal diseases, many of which currently lack effective treatments or are associated with costly and invasive procedures.- Our journey began with the pioneering research of Dr. David Alcantara, Dr. Juan Carlos Morales Sánchez and Dr. Francisco Díaz Corrales. Our discoveries led to the development of compounds LIM21 and LIM109, which have shown promising results in animal models.- We hold exclusive global rights to two patents stemming from this research.- Our goal is to navigate the early stages of drug development, aiming to complete preclinical phases and clinical trials (phases I & II) for our compounds.The future looks bright, and I am filled with gratitude for our incredible team and the trust of our stakeholders. Together, we are one step closer to a world where ocular diseases are a thing of the past.For more insights, visit our website: https://www.limnopharma.com#Limnopharma #AMD #RetinitisPigmentosa #OcularDiseases #Innovation #StartUp

Expert evaluator for different programmes in Horizon 2020 and Horizon Europe like MSCA (ITN, postdoctoral fellowhips), SME-intrument, etc.

As the founder of "The All Results Journals," I spearheaded a transformative movement in the realm of scientific publishing. Recognizing the critical importance of negative results and their overlooked value in the scientific community, I established a series of journals dedicated to shedding light on these pivotal findings. Our platform challenges the traditional publication bias, promoting transparency, and fostering a holistic understanding of scientific phenomena across various disciplines. Through this initiative, we've empowered researchers worldwide, ensuring that every result, regardless of its nature, contributes to the collective knowledge of our global scientific community.

Una herramienta educativa para que todos puedan aprender la tabla periódica de los elementos químicos en forma de juego.

Landing my second MSCA-PF (Marie Skłodowska-Curie Actions Postdoctoral Fellowship) at the Bionand Research Center in Málaga, Spain, wasn't just a win for me—it was a groundbreaking achievement for Spanish researchers. In fact, I became the first Spaniard to secure two consecutive MSCA-PF grants under the FP7 programme. But let's get to the juicy part: my work aimed at revolutionizing breast cancer diagnostics. I focused on developing sensors based on magnetic nanoparticles for the quick and precise detection and subclassification of breast tumors. Imagine walking into a specialist's office and, within minutes, having a tailored treatment plan based on rapid, cost-effective sensor technology. That's exactly what we set out to do. With this swift diagnostic information, clinicians can immediately determine the best course of action for their patients, optimizing treatment from day one. It's not just science; it's science with an urgent sense of humanity. 🏥🔬🎗️

With my first MSCA-PF I became a black belt in problem-solving as every imaginable challenge came my way.For starters, just before arriving at my new lab, I discovered the bosses had split up (and nobody told me...). So, there I was in a new place, with a lab that needed to be set up almost from scratch, and a big decision to make – which boss to choose? Luckily, my field study with the staff from both labs helped me gain valuable insights and make the perfect choice for a mentor.Then, another curveball: during my research, some initial results pointed in a direction opposite to the funded MSCA project's starting hypothesis. So, I had to negotiate with my European Project Officer to change the project's direction and propose new objectives. After intense negotiations, I managed to readjust the entire project and complete it in record time. In the process, my European project management skills skyrocketed (along with many extra hours of work, haha).One of my most significant achievements was developing magnetic nanoparticles with fluorochromes (red) that intercalate with DNA (green) to form microaggregates detectable by magnetic resonance at low cycle numbers (published in Angewandte Chemie). I also published a couple more related articles and a patent that was licensed in just three months, showcasing the technology's potential.During this time, I also helped a couple of friends prepare their MSCA postdoctoral grants and provided technical support in their scientific projects, and in areas researchers often consider less important (but trust me, they're not!). To my delight, they both secured their MSCA-PF grants. And as if that wasn't enough, I welcomed my first child into the world (fellow parents, you know what I mean about mastering chaos management, right?).

Stepping into my postdoc role in the picturesque city of Bordeaux, France, felt like opening a new chapter in a thrilling scientific saga. There, I delved into the cutting-edge field of contrast agents for cell imaging using MRI. My work extended beyond synthesis to perfecting my skills in primary cell cultures, Surface Plasmon Resonance (SPR), optical imaging, and, of course, MRI itself. Think of it as a blend of chemistry, biology, and physics, all coming together like a well-aged Bordeaux wine. The experience was transformative, broadening my scientific palette and refining my abilities to perform versatile, multidisciplinary research. By elevating my skills, I didn't just observe cells; I brought them into sharper, more illuminating focus than ever before, offering a groundbreaking lens through which scientists and clinicians can explore the very building blocks of life. 🍷🔬🧪

After completing my Ph.D., I embarked on a journey as a Staff Researcher, diving into the fascinating world of antioxidants. I focused on the design and synthesis of new antioxidants based on resveratrol and hydroxytyrosol—compounds celebrated for their health-promoting properties. But here's the twist: these weren't just ordinary antioxidants. They had broad applications, spanning from the food industry to the medical realm. Imagine creating natural antioxidants that not only keep our food fresh longer but also hold the promise of combating retinal diseases. Yes, that's right, we're talking about the eyes—the windows to the soul! This experience allowed me to wear multiple hats as a researcher, innovator, and problem-solver, pushing the boundaries of science to make a real-world impact. It was exhilarating to bridge the gap between food science and medicine, and I couldn't be prouder of the strides we made in both fields. 🍇👁️

During my doctoral research, I focused on the design and synthesis of magnetic glyconanoparticles, exploring their potential applications as contrast agents in magnetic resonance imaging (MRI). This innovative approach has the potential to revolutionize the field of diagnostic imaging by enhancing image clarity and providing valuable information to healthcare professionals.

Análisis de aguas en Spas