Mouse Embryonic Fibroblasts (MEFs) grown on glass coverslips coated with 10 ug/ml Fibronectin. CIL:7439 Image by Ana M. Pasapera and Clare M. Waterman



The Cell: An Image Library™ now has over 4,350 research quality cellular images, videos, and animations, and welcomes submissions and feedback. The open access Library* is supported by a Grand Opportunities grant Award Number RC2GM092708 from the National Institute of General Medical Sciences (NIGMS), National Institutes of Health (NIH). It was launched December 2010 by the American Society for Cell Biology. It features expert annotation and will showcase the most illustrative images with a new top ten feature.

The new repository of microscopy data gives researchers the opportunity to archive their data for their own use, as well as make that information available to other researchers. Ever wondered what to do with the images that guided your discovery but were not in the published paper? Now you can archive them in The Cell for your own future use and that of others. The U.S. National Science Foundation even requires that grantees have data management plans to provide open access to images, etc.

Please visit the site to find images of interest and submit images to develop the collection. Using the Library in your teaching or training? Please let us know.

For additional comments or questions, please contact David Orloff (dorloff@ascb.org), Manager, Image Library.

*The content is solely the responsibility of the authors and does not necessarily represent the official views of the NIGMS, NIH, or ASCB.

The much-anticipated National Ecological Observatory Network (NEON), which will collect data across the United States on the impacts of climate change, land use change, and invasive species on natural resources and biodiversity, is becoming a reality. The National Science Foundation is funding the $434 million construction of NEON, starting with $18 million in FY 2011. NEON plans to build 62 sites across the U.S., including two in locations familiar to MBL Ecosystems Center scientists: at Toolik Field Station in Arctic Alaska and at Harvard Forest in Massachusetts.

“There will be lots of opportunities for collaboration and interaction with NEON,” says MBL Senior Scientist Gaius Shaver, who directs the NSF’s Long-Term Ecological Research project at Toolik Field Station. MBL Distinguished Scientist Jerry Mellilo, who performs research at Harvard Forest, just rotated off the board of NEON.

For more information: http://www.neoninc.org/

Toolik Field Station on the North Slope of Alaska. Toolik is one of the new NEON (National Ecological Observatory Network) sites. Credit: Courtesy of Jim Laundre, MBL

MBL microbial oceanographer Julie Huber will study the microbial life in the erupting fluids from this undersea volcano, helping scientists understand how life adapts to some of the harshest conditions on Earth. http://bit.ly/mWr5TT

The manipulator arm of the ROV Jason prepares to sample the new lava flow that erupted in April 2011 at Axial Seamount, located off the Oregon coast. Photo courtesy of Bill Chadwick, Oregon State University; copyright Woods Hole Oceanographic Institution

Ron Vale may not be the next Woody Allen, but he seems at ease with the role of film director and, you might say, born to the part.

Vale, a Howard Hughes Medical Institute Investigator from the University of California-San Francisco, regularly spends his summers at the MBL as a Whitman Center researcher.

This year, Vale also transformed a conference room in Lillie Laboratory into a mini-Hollywood set. There, he has been videotaping scientists for a site called iBio Seminars, a free, open-access, educational resource Vale founded in 2007 that has blossomed into a treasure trove for anyone interested in the life sciences.

iBio Seminars founder/director Ron Vale frames a shot. Photo by Diana Kenney

iBio Seminars are videos of the world’s best biologists lecturing on topics of their expertise. Some are seminar length, while others are insightful nuggets just a few minutes long. They can be downloaded and used by professors, scientists, journalists, historians of science, or just perused by anyone seeking enlightenment on contemporary biology. A companion to the lectures is iBio Magazine, which has short videos that highlight “the human side of research.”

Vale’s father was a screenwriter, and his mother was an actress before her marriage. When I saw him bounding out of Lillie Laboratory wearing a Motörhead T-shirt the other day, I asked, “Have you always harbored a latent interest in filmmaking?”

“Absolutely not,” he replied firmly, and went on to joke that a modeling contract might be interesting.

Vale’s real rationale for founding iBio Seminars, he said, is that places like MBL, Harvard and UCSF “offer great opportunities to hear scientists talk about their work. It’s a privilege to have that available to us. With the Web, iBio provides a way for students and scientists around the world to hear these talks. The goal of iBio is to make science as available as possible.”

Vale confers with iBio's videographer/digital editor Isaac Conway-Stenzel. Photo by Diana Kenney

This summer at MBL, Vale videotaped a whole gallery of “stars” in biology, many of whom were on campus to teach, lecture or conduct research. They included Gary Borisy, Shinya Inoué, and Roger Hanlon of the MBL; Ed Taylor of University of Chicago; Alfredo Quiñonenes-Hinojosa of Johns Hopkins University; Jack Szostak, Matthew Meselson, Tim Mitchison, Andrew Murray, Xiaowei Zhuang, and Scott Edwards of Harvard University; Nancy Knowlton of Smithsonian Institution; Hugh Huxley of Brandeis University; Avram Hershko of the Technion in Haifa, Israel; and Melissa Moore of UMass Medical School. Vale also filmed a segment about BioBus, a biology classroom on wheels; and one about the state of Indian science and education with Satajit Mayor of NCMS, Bangalore, and Subhash Lakhotia of Banaras Hindu University.

One July morning found Vale prepping Ed Taylor and Gary Borisy (the MBL’s president and director) for an iBio taping. The topic? Their discovery of a fundamental structural protein in cells, now called tubulin, in the mid-1960s when Borisy was a Ph.D. student in Taylor’s lab.

Ed Taylor and Gary Borisy prepare for videotaping in iBio's "chroma key" studio set up in Lillie Laboratory. Photo by Diana Kenney

After a spontaneous and colorful discussion of how the two would enter the frame, Vale began coaching them on the do’s and don’ts of iBio conversations. One bump in the road soon appeared: Taylor and Borisy didn’t have the same version of the tubulin story in their heads. Their chronologies differed slightly; as Borisy noted, “Memories dim and we have different takes on things.”

Vale was nonplussed. “This could be a lot of fun!” he said. He positioned them in front of the “chroma key” green screen, a backdrop similar to what TV weather anchors use, upon which slides, maps, and other visuals would be displayed later, during editing. Vale then encouraged Taylor and Borisy to tell the story of their discovery, and to conclude with a message or lesson to young people about how science really happens.

Ed Taylor and Gary Borisy prepare to tell the story of the discovery of tubulin. Photo by Diana Kenney

With the camera rolling, Taylor and Borisy traveled back nearly half a century to a tale of discovery that included their mutual fascination with understanding how living cells divide, Borisy’s first visit to the MBL, tantalizing leads, intriguing paradoxes, several “red herrings and blind alleys” and ultimately, a fundamental discovery about cell structure that has had widespread and lasting importance.

Taylor’s takeaway lesson? “Choose an important problem when you are just starting out in science. Don’t work on a trivial problem. Then, if you succeed, you’ve really done something good.”

And Borisy’s: “Sometimes you encounter contradictory results, paradoxes. Don’t sweep those under the rug. Resolving those can bring you to your answer.”

Curious about the full story? You’ll just have to see the movie.

iBio Seminars is funded by the Howard Hughes Medical Institute, the American Society for Cell Biology, and the University of California-San Francisco.

A source of both constancy and continual change at the MBL is the Whitman Center for Research and Discovery. Every year, hundreds of researchers from other institutions migrate to the MBL (which they affectionately call “Woods Hole”) to rub elbows with colleagues from around the world, and collectively dive into an intense period of research. For some, their MBL stay lasts a few months, but for many, the relationship continues over years, decades or entire careers.

On Wednesday, a group of Whitman Center investigators gathered in the lobby of their “home away from home,” Rowe Laboratory, to celebrate the rich tradition of biological discovery that they are carrying into the future. MBL President and Director Gary Borisy noted that several of those in attendance wore a red carnation and a round lapel pin with the MBL’s double seahorse crest. These were Whitman investigators who have had a laboratory at MBL for the past 20 years or more. “You cannot buy this pin at any price! This is a precious pin, the MBL pin,” Borisy said, laughing, but most of those gathered would agree.

The leadership of the Whitman Center (from left): Gary Borisy, MBL; Joan Ruderman, Harvard Medical School; Peter Armstrong, University of California-Davis; Bob Goldman, Northwestern University. Photo by Beth Armstrong

Bob Goldman of Northwestern University, director of the Whitman Center, said he has been coming to the MBL since 1963, and that is what “turned me on to becoming a cell biologist.” Joan Ruderman of Harvard Medical School, who is speaker of the MBL Corporation, said she first came to the MBL as a student in the 1974 Embryology course and “it changed my life.” She then returned for many years as a Whitman investigator, when the program was conducted in the old Whitman Building. Eventually, she said, building renovations were necessary to stay abreast of advances in cell research technologies, and she applauded the $18 million transformation of Whitman to the cutting-edge Rowe Laboratory in the mid-2000s.

Yet one person in the crowd topped everyone with his MBL “stripes.” Peter Armstrong of University of California-Davis, who studies immunity in the horseshoe crab, said he “may have been conceived in Woods Hole in 1938.” (Peter’s father, Philip, was a researcher and later director of the MBL from 1950-1965, and he secured the federal funds to have the original Whitman Building constructed.) Peter’s early years as “an MBL brat” aside, he has been a principal investigator in the Whitman Center since 1975, “and its been an enormously successful place to be,” he said. “Half of my publications list the MBL as a place where the research was conducted.”

Borisy also recognized several Whitman investigators who, in the past, had laboratories for two decades and more. To conclude, Borisy announced the establishment of a $2 million Whitman Endowment fundraising initiative, with an initial $500,000 matching commitment from MBL. This endowment will support two strategies: continuous building enhancements to maintain Rowe Laboratory as a state-of-the-art facility, and fellowship funds to continue to bring the world’s best researchers into the Whitman Center fold.

“The Whitman Center is a critical part of the MBL,” Borisy said. “It is a crossroads, a place where scientific ideas germinate and are tried out. The MBL will celebrate its 125th anniversary in 2013, and since its very first year it has been a nexus for the world’s biologists. We aim to solidify support for the Whitman Center for the next 125 years.”

Some of the more than 200 Whitman investigators in 2011 gather on the steps of Lillie Laboratory. Those wearing red carnations have had a Whitman lab for the past 20 years or more. Photo by Beth Armstrong

By Amanda Rose Martinez

A Wednesday morning in Loeb Laboratory found the 2011 Summer Program in Neuroscience, Ethics & Survival (SPINES) students getting a lesson on the human brain. There to lead the cerebral tour was SPINES faculty member, Dr. Alfredo Quiñones-Hinojosa, a neurosurgeon, world expert on brain tumors and associate professor at the Johns Hopkins University School of Medicine.

Quiñones-Hinojosa described each brain region, all the while weaving in stories of their function and the history of their discovery. His pace was swift and rich with information, alive with his enduring fascination for what he calls “the most beautiful organ.” As he went, Quiñones-Hinojosa fired off questions to SPINES’ neuroscientists-in-training, compelling them to keep up.

“So where is memory formation?” Quiñones-Hinojosa asked. “Memory formation is right here in the hippocampus. So you can take one hippocampus out. What happens if you take them both out? No new memories. You can have the old memories, but no new ones.”

“You can barely see the curve right here,” he continued, tracing his way through the limbic system to a small, almond-shaped region called the amygdala. “That’s how movies play with us. They show you the movie “Silence of the Lambs” and they make you afraid. They make you feel fear for your life. They’re right here. They’re playing to the amygdala.”

At one point, Quiñones-Hinojosa paused to address the moment’s larger significance: “I get to touch human brains and human lives,” he said. “Not only do I give people hope in the operating room, but outside of the operating room, I get to do research. And I give them hope that one day we’ll find a cure for brain cancer. And then I come here and hang out with you guys. I mean this is the coolest thing I could do in the world.”

On Friday, July 8, Quiñones-Hinojosa will give a lecture entitled: “Bridging the Gap in the Fight Against Cancer: From the Operating Room to the Laboratory,” as part of the Friday Evening Lecture Series. The event will take place in Lillie Auditorium at 8:00 p.m. For more information, visit: http://www.mbl.edu/events/events_friday_07_08_11.html. Quiñones-Hinojosa’s lecture is supported by the Joe L. Martinez, Jr. and James G. Townsel Endowed Lectureship.

Keith Trujillo, co-director of SPINES, with students during a class led by Alfredo Quiñones-Hinojosa. Photo by Tom Kleindinst

@MBL is firing up the “Photo of the Week” series again! EVERYONE on the MBL campus is invited to participate. We’d love to feature your shots of life at the MBL: what’s unique, intriguing, beautiful, funny, classic. Please send “Photo of the Week” submissions to mblnews@mbl.edu, and include caption information (who, what, when, where, why). Please ask permission from anyone featured in your photos before you submit them.

Today’s Photo of the Week heralds a beloved Woods Hole tradition: the July Fourth Parade. In this photo taken on July 4, 1976 (the Unites States’ bicentennial year), leading the parade as Uncle Sam is the late Albert Szent-Györgyi, a longtime MBL scientist and trustee and a 1937 Nobel Prize laureate. To his right, playing the fife, is Phyllis Goldstein, who will be memorialized this Sunday at the MBL (please see blog post below for wonderful, musical tribute to Phyllis). Many thanks to Allen Rosenspire of Wayne State University, who was an Embryology student in 1976, for sending this photo to MBL Communications.

The 2011 July Fourth parade, which as always will feature whacky and whimsical floats dreamed up by MBL students, will start at noon on School Street at the Children’s School of Science and trumpet its way down Water Street to the MBL campus.

July 4, 1976 Woods Hole parade with Albert Szent-Györgyi (Uncle Sam) leading, and Phyllis Goldstein playing the fife. Photo by Alan Rosenspire

by Amanda Rose Martinez

At 7:15 PM on Tuesday, June 28, the long-cherished, Woods Hole tradition of Folk Singing Night returned to the MBL Club. For 47 years, Phyllis Goldstein, who passed away in January this year, led the event. Her legacy lives on both in the songs she left behind and the generations of folk singers she inspired. “Phyllis was very passionate about the music and about the tradition,” says Jeremy Korr, who grew up attending Folk Singing Night and will lead the event this season. “If I can help everyone sing half as strongly as Phyllis did, then I think Folk Singing will be in good shape.”

Watch the audio slideshow below for an interview with Jeremy Korr. A memorial service will be held for Phyllis this Sunday, July 3 at 4 PM in Lillie Auditorium.

By Beth Liles

The MBL hosted a meet-and-greet barbeque on the Swope Terrace for 23 undergraduates who will spend the summer up to their elbows in research in Woods Hole. Swapping stories around the picnic tables were 13 students in the Partnership in Education Program (PEP) and 10 in the Biological Discovery in Woods Hole/REU program.

PEP and BDWH students, standing, from left: Jacob Cravens (Boston College), Norian Caporale-Berkowitz (Brown University), Rachel Noyes (Ithaca College), Miles Borgen (Western Washington University), Morgan Kelly (Harvard University). Seated, from left: Kari Jackson (Morehouse College), Matt Birk (UNC Wilmington), Michelle Frank (St. Olaf), Emma Tran (University of Texas)

The Biological Diversity in Woods Hole program is a Research Experiences for Undergraduates initiative funded by the National Science Foundation.

PEP is a partnership between the Woods Hole Diversity Initiative (whose members include MBL, NOAA/National Marine Fisheries Service, Woods Hole Oceanographic Institution, USGS Woods Hole Science Center, SEA Education Association, and Woods Hole Research Center) and the University of Maryland Eastern Shore.

Front table, clockwise from lower left: Stephani Fogerson (William Jewel College), Cloe Howard (Spelman College), Andrew Klein (University of Maryland, College Park), Dr. Ambrose Jearld (PEP director; NOAA/NMFS), Joel Ramkhelawan (Universidad del Este, Puerto Rico), Jesse Diaz (UPR Cayey), Onjale Scott (PEP coordinator), Janeea Ventour (Tuskegee University)

Clockwise from lower left: Ann Thompson (Humboldt State University), Lakiah Clark (Tuskegee University), Jan-Alexis Barry (University of the Virgin Islands), James Lewis (University of Maryland, College Park), Al Mensinger (BDWH/REU program co-director; University of Minnesota, Duluth), Cassandra Ruff (Humboldt State University), Jamie Medina (Bridgewater State College), Katie Laushman (Earlham College), Alicia Perez (Humboldt State University)

From left: Allen Mensinger (BDWH/REU director; University of Minnesota, Duluth); George Liles (PEP program manager; NOAA/NMFS); R. Paul Malchow (BDWH/REU director; University of Illinois at Chicago); Ambrose Jearld (PEP director; NOAA/NMFS)

By Amanda Rose Martinez

Venture into the Grass Lab this summer on the second floor of Rowe and you’re liable to hear the amorous calls of singing fish.

This week, Liz Whitchurch, a 2011 Grass Fellow who hails from the University of Washington, was busy building the fictitious nests she’ll use to study the auditory behavior of plainfin midshipman, a type of fish that sings to attract its mates.

Grass Fellow Liz Whitchurch is building fictitious nests for her study species, the plainfin midshipman. Photo by Amanda R. Martinez

Whitchurch sets the scene. On spring nights all along the West Coast, randy, male midshipman flood the intertidal zone. They rapidly contract a muscle on their swim bladder, which results in a low, resonant hum that lady midshipman find irresistible.

“They’re calling to the females: ‘Come lay your eggs in my nest,’ ” says Whitchurch. “And the females, out there somewhere in the water, then have the task of localizing that call.” They zero in on the male whose call is most alluring and lay their eggs in his nest. The male then cares for the eggs for the rest of the summer. All told, not a bad deal.

Whitchurch will use a micro-electrode as thin as a strand of hair to measure the midshipman's response to mating calls. Photo by Amanda R. Martinez

“These fish are really interesting because they rely entirely on their auditory sense to reproduce,” Whitchurch explains. But while scientists have observed how the midshipman’s brain encodes sound underwater, to date, studies have only looked at immobilized fish.

“The whole idea is to understand how auditory cues are encoded in the brain while these fish are actually swimming around,” says Whitchurch, who plans to measure the phenomenon for the first time by monitoring midshipman in a six-foot-diameter tank in the MBL’s Marine Resources Center. “If you understand how fish navigate using sound, you can imagine building machines that navigate in the same way,” she says.

In a lab upstairs, Grass Fellow Raquel Vasconcelos, from the University of Lisbon, is investigating the behavior of a different singing fish—the toadfish. Emitting sounds that conjure a boat horn, male toadfish also depend on vocalizations to woo their would-be mates.

Raquel Vasconcelos prepares an electrode to measure the response of a Lusitanian toadfish to minute sound vibrations. Photo by Amanda R. Martinez

Hunched over a machine designed to mimic minute sound vibrations that occur in the ocean, Vasconcelos prepares to insert an electrode into the nerve of an anesthetized toadfish, staged on the machine’s surface. Richard Fay, an expert on fish hearing and a summer fixture at MBL since 1993, lends a hand.

“We think that the fish ear is stimulated not by sound pressure, as in human hearing, but by the motion of sound particles,” explains Fay. In the natural environment, when sound passes through the fish, it moves in the direction of that sound.

Richard Fay of Loyola University Chicago adjusts the accelerometer of a machine designed to mimic nanoscale sound vibrations that occur in the ocean. Photo by Amanda R. Martinez

In studying how toadfish nerves respond to sound vibrations, Vasconcelos hopes to better understand how the fish ear processes auditory feedback or background noise in the water, and how such feedback may affect the toadfish’s vocal, and thus, mating behavior. “There’ve been a lot of studies about auditory feedback in birds,” Vasconcelos said, “but as far as I know this would be the first that looked at fish.”

“Firsts” and other research innovations are an enduring theme at the Grass Lab, which for 14 weeks every summer since 1952 has served as an oasis for burgeoning leaders in the field of neuroscience. It’s an oasis in the sense that it affords its fellows the chance to fiercely pursue their research goals, while in the company of distinguished peers, using state-of-the-art equipment, and with little threat of distraction.

Felix Schweizer shows the Grass Lab's original door, a relic saved from the lab's former location in Lillie. Photo by Amanda R. Martinez

“What distinguishes it from their home labs,” says Felix Schweizer, a ‘94 Grass Fellow who currently serves as the Lab’s co-director, “is that the preparations they’re working on are all very different, which is exciting, right? Most of these preparations are things that we’ve heard about, like the toadfish. But in my lab, for instance, you would never see a toadfish. And then you come here and you see all of these classic things going on—people who do molecular work or maybe more biophysical work. And then suddenly they’ll hear something about animal behavior that they never really thought about.”

It’s this exposure to diverse disciplines that can profoundly impact the way that Grass Fellows think about their work. The result is often original perspectives and novel research methods that have bequeathed the Grass Lab its reputation for creativity. “It’s a very unique environment to do science in,” Schweizer says.

To apply for a Grass Fellowship, please visit: www.grassfoundation.org. Application deadline is December 5th.

Felix Schweizer expresses the Grass Lab's vibrant legacy. In the background, a portrait shows electrical engineer Albert Grass, who, along with his wife, Ellen, established the Grass Foundation in 1955. Photo by Amanda R. Martinez

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