Hence, the visitors of the exhibit enjoy the art and leave having learned some science via an artistic experience. While a few of the micrographs are exhibited as obtained by the students without much modification, most pieces are collages, mosaics, and/or mixed-media montages (containing actual devices) made by Folch. However, Folch considers each piece a "collaboration" between him and his students (who are always credited by name, as in a scientific publication). BAIT now consists of a free online gallery (with more than 1,000 images), a YouTube channel, and more than 60 printed or framed pieces. BAIT has produced six major exhibits. The largest exhibit was at the University of Washington's Allen Library in 2010. In 2013, BAIT was exhibited in the halls of the 2013 Biomedical Engineering Society meeting in the Seattle Convention Center. In 2014, six pieces from BAIT were exhibited during the Mahato Memorial at Duke University, the first time that BAIT was invited outside of Seattle. BAIT has been featured twice on TV (UWTV in January 2012 and NTN24 in November 2014 ). Folch's artistic activity extends into graphic design. He has designed the logo for the University of Washington's Bioengineering Department and Folch Lab's art has been used in a number of brochures of scientific venues. Literary activity Folch has written two general science books in Catalan (translated titles: Caught on the Internet and The Science in Soccer), a textbook in English (Introduction to BioMEMS), a book about soccer in English (For the Love of the Ball), and a microfluidics book in English (Hidden In Plain Sight - The History, Science, and Engineering of Microfluidic Technology). Caught on the Internet (Editorial Empuries, 1997) teaches what the Internet is about to computer-illiterate audiences, starting from bits and bytes and ending with issues such as social fairness and hackers. This book is in its second edition and an extract of it is used in a textbook for Catalan middle schoolers. The Science in Soccer (Editorial Empuries, 2004) uses soccer examples to convey science. The book is organized in chapters related to various soccer subjects ("The ball", "The field", "The player", etc.). Inside each chapter we find the answers to questions such as what it would be like to play soccer in each of the planets of the Solar System, why the ball is more than one meter ahead of where we think it really is in a