Vale was born in Hollywood, California. His mother, Evelyn, was a former actress; his father, Eugene, was a novelist and screenwriter. He finished high school at Hollywood High School. For his grade 10 science project, he set up a laboratory at the basement of his home to investigate the circadian rhythmofbean plants. His guidance counselor contacted Karl Hammer at the University of California, Los Angeles, who allowed Vale to continue his experiments at his laboratory. His guidance counselor also encouraged Vale to submit his work to the Westinghouse Science Talent Search (now the Regeneron Science Talent Search), where he was selected as one of the top forty students in the US.[1]
While working on Nerve growth factor (NGF) receptors as a graduate student, Vale became interested in exploring the mechanism of how receptors and other molecules are transported in nerve axons. He then heard of the research of Michael Sheetz and James Spudich, who used a video camera on a microscope to film myosin-coated beads moving along actin filaments. In 1983, Vale and Sheetz decided to test whether the movement of myosinonactin was the source for organelle transport in axons, using the squid giant axon as a model. However, since no squid were caught that year at Stanford's Hopkins Marine Station, following Shooter's approval, they went to the Marine Biological Laboratory instead.[11]
At the Marine Biological Laboratory, Vale and Sheetz teamed up with Bruce Schnapp and Thomas J. Reese.[11] They found that membrane organelle transport occurred bidirectionally on a microtubule, and not actin filament as Vale had originally thought.[12] Vale further demonstrated that purified organelles by themselves rarely moved on microtubules, but movement was observed after adding the cytosol of the axon. He then discovered serendipitously that cytosol caused microtubules to translocate along a glass surface. Similarly, he found that cytosol-coated beads moved along microtubules. These two phenomena provided assays to study microtubule-based motility assay in vitro.[13] In 1985, Vale, Sheetz and Reese isolated the dominant motor protein in the cytosol, naming it "kinesin." They showed that kinesin only moved in one direction towards the plus ends of microtubules [14] and a second motor (later shown to be dynein by Richard Vallee) moved in the opposite direction. The results of Vale and colleagues on axonal transport were published in five papers in 1985.
Vale did not finish his MD, and joined the University of California, San Francisco as an assistant professor in 1986.[15] He was promoted to associate professor in 1992 and then to full professor in 1994.[7] In 1989, Vale, with Jonathan Howard and A. James Hudspeth developed a single molecular assay for kinesin. In 1991, he discovered the first protein that severed microtubules and later purified and named it katanin.[16][17] In 1996, Vale and colleagues solved the crystal structure of the kinesin motor domain.[18] and discovered unexpectedly that it is structurally similar to myosin.[19] In that same year, working with Toshio Yanagida, Vale developed a single-molecule fluorescence assay for kinesin. In 1999, using various techniques, Vale and co-workers developed a mechanical model for how the two motor domains of the kinesin dimer walk in a “hand-over-hand” model along a microtubule.
Since 2003, Vale has focused on dynein, a motor protein discovered by Ian R. Gibbons in 1965. Although its discovery occurred 20 years before kinesin, its large size hampered its investigation. In 2006, Vale's laboratory prepared recombinant dynein from yeast, and elucidated how it walked on microtubules using single-molecule microscopy.[20] He then worked with Gibbons to determine the structure of the dynein microtubule-binding domain.[21] His team also solved the structure of the dynein motor domain.[22] Vale has extended his research to other fields, including T-cell signalling[23] and RNA biology.[24]
Vale founded iBiology in 2006, a non-profit organization that produces and disseminates free online videos by leading biologists, speaking about biological principles and their research, and scientific training and professional development for practicing scientists. Vale recently[25][26] founded and produced The Explorer's Guide to Biology (XBio), a free online undergraduate "textbook" that provides a storytelling and discover-focused approach to learning biology.
Between 2004 and 2008, Vale and Tim Mitchison co-directed the Physiology Course at the Marine Biological Laboratory in Woods Hole, transforming it into an interdisciplinary training environment that brings together biologists, physicists and computational scientists.
In 2009, Vale established the Young Investigators' Meeting in India, which provides a mentoring and networking workshop for postdocs and junior faculty in India. He founded ASAPbio (Accelerating Science and Publication in Biology) in 2015, promoting the use of preprints and an open and transparent peer-review process.[11] Also in 2009, Vale founded the Bangalore Microscopy Course, held at the National Centre for Biological Research, which provides international training in light microscopy. He also organized an online microscopy course through iBiology.
Nico Stuurman and Vale also conceived of and developed Micro-Manager, a free and open-source microscopy software[27] that was supported for many years through the Vale laboratory and now operates through the University of Wisconsin.
^Vale, Ronald D.; De Lean, Andre; Lefkowitz, Robert J.; Stadel, Jeffrey M. (November 1982). "Regulation of insulin receptors in frog erythrocytes by insulin and concanavalin A. Evidence for discrete classes of insulin binding sites". Molecular Pharmacology. 22 (3): 619–626. PMID6759916.
^ abcAzvolinsky, Anna (September 2017). "Motor Man". The Scientist. Profile: 30988.
^Schnapp, Bruce J.; Vale, Ronald D.; Sheetz, Michael P.; Reese, Thomas S. (February 1985). "Single microtubules from squid axoplasm support bidirectional movement of organelles". Cell. 40 (2): 455–462. doi:10.1016/0092-8674(85)90160-6. PMID2578325. S2CID503297.
^Vale, Ronald D.; Schnapp, Bruce J.; Reese, Thomas S.; Sheetz, Michael P. (March 1985). "Organelle, bead, and microtubule translocations promoted by soluble factors from the squid giant axon". Cell. 40 (3): 559–569. doi:10.1016/0092-8674(85)90204-1. PMID2578887. S2CID23387327.
^McNally, Francis J.; Vale, Ronald D. (November 3, 1993). "Identification of katanin, an ATPase that severs and disassembles stable microtubules". Cell. 75 (3): 419–429. doi:10.1016/0092-8674(93)90377-3. PMID8221885. S2CID10264319.
