Tag Archives: technology

New Exhibit: The Radiologic Imaging Laboratory Archive

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Visionary Bioengineering: The Radiologic Imaging Laboratory Archive                       UCSF Library, 530 Parnassus Avenue, 3rd floor, San Francisco, CA                             Now through May 2016                                                                                                   Free and open to the public during library hours

Image of MRI scan prepared for scientific publications and sales meetings, circa 1985, RIL records, MSS 2002-08

Image of MRI scan prepared for scientific publications and sales meetings, circa 1985, RIL records, MSS 2002-08

Come visit the UCSF Library and view our “sneak peek” exhibit on the history of the Radiologic Imaging Laboratory (RIL). The RIL was founded in the late 1970s by a team of UCSF scientists and engineers. The team’s goal was to create a clinically viable diagnostic tool using nuclear magnetic resonance imaging, later called MRI. Over the course of 25 years, the lab developed innovative MRI technology that transformed the way doctors diagnose and treat patients worldwide.

RIL graduate student researcher Tim Mills with imaging machine, 1986, Photograph collection

RIL graduate student researcher Tim Mills with imaging machine, 1986, Photograph collection

View images and original documents from the RIL records and learn how the lab combined entrepreneurship and biotechnology research. Join us again in the coming year for the full exhibit where we’ll further explore the RIL’s growth and technological discoveries.

Researchers and technicians Lawrence Crooks, Bob McCree, Ian Duff, and Roger Littlewood, circa 1981, Photograph collection

Researchers and technicians Lawrence Crooks, Bob McCree, Ian Duff, and Roger Littlewood in laboratory, circa 1981, Photograph collection

We’re excited to share this archive with the public. To learn more about using the RIL records (MSS 2002-08) for research, contact the UCSF Archives and Special Collections.

Preserving MRI Developments at UCSF

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For the next year, I’ll be processing the records of the Radiologic Imaging Laboratory (RIL), 1969-2000. This laboratory pioneered advancements in magnetic resonance imaging (MRI) and helped develop technology that’s now used in hospitals and clinics throughout the world. The collection showcases bioengineering in action and highlights the relationships among industry, research, and education at UCSF.

In process boxes from the RIL records.

In process boxes from the RIL records.

RIL founder and electrical engineer Lawrence E. Crooks gifted the collection to the archives in the early 2000s. It includes over 80 cartons of material ranging from lab notebooks with early scan images to patient records and marketing presentations.

Lawrence Crooks lab notebook, 1979-1983, from the RIL records, MSS 2002-08

Lawrence Crooks lab notebook, 1979-1983. From the RIL records, MSS 2002-08

The material traces the RIL’s growth through different funding agencies and corporate affiliations, including Pfizer, Diasonics, and Toshiba. There are even some personal items, like photographs of lab members celebrating Mardi Gras during a conference in New Orleans!

In process marketing slides from the RIL records. The collection includes various image types, including slides, Polaroids of scan images, negatives, and photographs.

In process marketing slides from the RIL records. The collection includes slides, Polaroids of scan images, negatives, and photographs.

Currently, the collection is cataloged (MSS 2002-08) and has a preliminary inventory, though much of the material lacks intellectual control. My goals are to complete the collection’s processing, create a detailed online finding aid, and digitize a large portion of the material. I will also help curate an exhibit at the UCSF library and a companion online exhibit.

In process tapes from the RIL records. The collection includes various kinds of media, including tapes, floppy disks, and videotapes.

In process tapes from the RIL records. The collection includes tapes, floppy disks, and videotapes.

I’m really excited about the project and hope that it will help users better access the material. The collection is rich in research potential and I can’t wait to see the unique projects it inspires.