SQUID-based systems for co-registration of ultra-low field nuclear magnetic resonance images and magnetoencephalography von Matlashov, A.N., Burmistrov, E., Magnelind, P.E., Schultz, L., Urbaitis, A.V., Volegov, P.L., Yoder, J., Espy, M.A.

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Toward early cancer detection using superparamagnetic relaxometry in a SQUID-based ULF-MRI system von Magnelind, P E, Kim, Y J, Matlashov, A N, Newman, S G, Volegov, P L, Espy, M A

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Dark field proton radiography von Freeman, M. S., Allison, J. C., Aulwes, E. F., Broder, B. A., Davis, M. G., Espy, M., Magnelind, P. E., Mariam, F. G., Martinez, L. I., Medina, J. J., Meijer, W. Z., Merrill, F. E., Morris, C., Neukirch, L. P., Prestridge, K. P., Saunders, A., Schurman, T., Sidebottom, R. B., Tainter, A. M., Tang, Z., Trouw, F. R., Tupa, D., Tybo, J. L., Wilde, C. H.

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Exploring the Limits of Overhauser Dynamic Nuclear Polarization (O-DNP) for Portable Magnetic Resonance Detection of Low γ Nuclei von Yoder, J. L., Magnelind, P. E., Espy, M. A., Janicke, M. T.

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SQUIDs in biomagnetism: a roadmap towards improved healthcare von Körber, Rainer, Storm, Jan-Hendrik, Seton, Hugh, Mäkelä, Jyrki P, Paetau, Ritva, Parkkonen, Lauri, Pfeiffer, Christoph, Riaz, Bushra, Schneiderman, Justin F, Dong, Hui, Hwang, Seong-min, You, Lixing, Inglis, Ben, Clarke, John, Espy, Michelle A, Ilmoniemi, Risto J, Magnelind, Per E, Matlashov, Andrei N, Nieminen, Jaakko O, Volegov, Petr L, Zevenhoven, Koos C J, Höfner, Nora, Burghoff, Martin, Enpuku, Keiji, Yang, S Y, Chieh, Jen-Jei, Knuutila, Jukka, Laine, Petteri, Nenonen, Jukka

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A high-TC SQUID based magnetophysiology system von MAGNELIND, P. E, IVANOV, Z, TZALENCHUK, A. Ya, TARTE, E. J, LÖHMUS, A

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High Tc SQUID systems for magnetophysiology von Tarte, E.J, Magnelind, P.E, Tzalenchuk, A.Ya, Lõhmus, A, Ansell, D.A, Blamire, M.G, Ivanov, Z.G, Dyball, R.E

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Co-Registration of Interleaved MEG and ULF MRI Using a 7 Channel Low- T SQUID System von Magnelind, P E, Gomez, J J, Matlashov, A N, Owens, T, Sandin, J H, Volegov, P L, Espy, M A

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Ultra-Low Field NMR of rm UF 6 for 235 rm U Detection and Characterization von Magnelind, P E, Matlashov, AN, Volegov, P L, Espy, MA

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High T sub(c) SQUID systems for magnetophysiology von Tarte, E J, Magnelind, P E, Tzalenchuk, A Ya, Lohmus, A, Ansell, D A, Blamire, M G, Ivanov, Z G, Dyball, R E

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Contrast-enhanced proton radiographic sensitivity limits for tumor detection von Sidebottom, Rachel B, Allison, Jason C, Aulwes, Ethan F, Broder, Brittany A, Freeman, Matthew S, Magnelind, Per E, Mariam, Fesseha G, Merrill, Frank E, Neukirch, Levi P, Schurman, Tamsen, Sinnis, James, Tang, Zhaowen, Tupa, Dale, Tybo, Joshua L, Wilde, Carl H, Espy, Michelle

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HTS SQUID measurements of evoked magnetic fields from transverse hippocampal slices von Magnelind, P., Winkler, D., Tarte, E., Hanse, E.

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Magnetophysiology of Brain Slices Using an HTS SQUID Magnetometer System von Magnelind, Per, Winkler, Dag, Hanse, Eric, Tarte, Edward

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