2nd October 2017 – Sandra Bustamante-Lopez, Swansea University, VEDAS CII

Sandra LopezSandra is a postdoctoral researcher who works with biosensors to continuously monitor analytes, such as glucose in the blood. She believes using cell-based sensors can transform how we monitor other human and animals maladies, track athletes performance, and detect plant pathogens. Sandra worked at Boston University, MIT and Texas A&M University in biomedical optics, biomaterials for drug delivery, immunology and oncology research.

As a part-time college student, full-time worker Sandra encountered countless “you will never finish that” yet she graduated from Boston University with a B.S. in Biomedical laboratory and clinical sciences. Her Ph.D. advisor relocated midway and Sandra followed the research from Texas, USA to Wales, UK. She received her Ph.D. in Biomedical Engineering from Texas A&M University.

Her interests includes biomedical applications of renewable nanomaterials, and microfluidic devices to load cells for biosensing and drug delivery. She was a finalist at Swansea FameLab 2016 and enjoys science communication in Spanish and English. In Colombia, Sandra works with Vedas Investigación e Innovación (@vedascii) a non-profit organization developing  local, and international collaborations and projects. Sandra is a foodie, and she is a fan of “Forensic Files”. Currently, She is based at Swansea University, UK and often travels back home to Medellin, Colombia and Boston, United States.


22nd May 2017 – Seth Barribeau, University of Liverpool

I’m an evolutionary ecologist who largely works on understanding how insects are able to do complicated things with what is generally considered a ‘simple’ immune system. Spoiler: it’s not that simple. I am fond of most animals, with the noticeable exceptions of ostriches (they have cruel, dead, eyes) and locusts (a childhood incident). I started out studying the what predisposes tadpoles to infection as a graduate student in New Zealand, and after a brief stint catching snakes, teaching English, and proof reading medical articles in Japan, moved on to studying aphids and fungus-growing ants at Emory University, and then bumblebees at the ETH in Zürich. After studying and postdoc-ing in several countries I recently started a position as the lecturer for eco-immunology at the Institute of Integrative Biology at the University of Liverpool.
My recent research has explored why aphids have a pretty rubbish immune system, why the costs of mounting an immune response differ among individuals, how diet influences the expression of immunity, how bumblebees respond differently to different genotypes of a common parasite, what makes immune memory, what does sociality do to the evolution of the immune system, and, most importantly, was Marvin Gaye right? Is there such a thing as sexual healing?