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5. The Phaeodactylum genome reveals the dynamic nature and multi-lineage evolutionary history of diatom genomes

Author

Bowler, Chris, Allen, Andrew E., Badger, Jonathan H., Grimwood, Jane, Jabbari, Kamel, Kuo, Alan, Maheswari, Uma, Martens, Cindy, Maumus, Florian, Otillar, Robert P., Rayko, Edda, Salamov, Asaf, Vandepoele, Klaas, Beszteri, Bank, Gruber, Ansgar, Heijde, Marc, Katinka, Michael, Mock, Thomas, Valentin, Klaus, Verret, Frederic, Berges, John A., Brownlee, Colin, Cadoret, Jean-Paul, Chiovitti, Anthony, Choi, Chang Jae, Coesel, Sacha, Martino, Alessandra De, Detter, J. Chris, Durkin, Colleen, Falciatore, Angela, Fournet, Jerome, Haruta, Miyoshi, Huysman, Marie, Jenkins, Bethany D., Jiroutova, Katerina, Jorgensen, Richard E., Joubert, Yolaine, Kaplan, Aaron, Kroeger, Nils, Kroth, Peter, Roche, Julie La, Lindquist, Erica, Lommer, Markus, Martin-Jezequel, Veronique, Lopez, Pascal J., Lucas, Susan, Mangogna, Manuela, McGinnis, Karen, Medlin, Linda K., Montsant, Anton, Secq, Marie-Pierre Oudot-Le, Napoli, Carolyn, Obornik, Miroslav, Petit, Jean-Louis, Porcel, Betina M., Poulsen, Nicole, Robison, Matthew, Rychlewski, Leszek, Rynearson, Tatiana A., Schmutz, Jeremy, Parker, Micaela Schnitzler, Shapiro, Harris, Siaut, Magali, Stanley, Michele, Sussman, Michael J., Taylor, Alison, Vardi, Assaf, Dassow, Peter von, Vyverman, Wim, Willis, Anusuya, Wyrwicz, Lucjan S., Rokhsar, Daniel S., Weissenbach, Jean, Armbrust, E. Virginia, Green, Beverley R., Peer, Yves Van de, and Grigoriev, Igor V.

Subjects
Phaeodactylum genome, diatom genomes
Abstract

Diatoms are photosynthetic secondary endosymbionts found throughout marine and freshwater environments, and are believed to be responsible for around one-fifth of the primary productivity on Earth. The genome sequence of the marine centric diatom Thalassiosira pseudonana was recently reported, revealing a wealth of information about diatom biology. Here we report the complete genome sequence of the pennate diatom Phaeodactylum tricornutum and compare it with that of T. pseudonana to clarify evolutionary origins, functional significance and ubiquity of these features throughout diatoms. In spite of the fact that the pennate and centric lineages have only been diverging for 90 million years, their genome structures are dramatically different and a substantial fraction of genes (40percent) are not shared by these representatives of the two lineages. Analysis of molecular divergence compared with yeasts and metazoans reveals rapid rates of gene diversification in diatoms. Contributing factors include selective gene family expansions, differential losses and gains of genes and introns, and differential mobilization of transposable elements. Most significantly, we document the presence of hundreds of genes from bacteria. More than 300 of these gene transfers are found in both diatoms, attesting to their ancient origins, and many are likely to provide novel possibilities for metabolite management and for perception of environmental signals. These findings go a long way towards explaining the incredible diversity and success of the diatoms in contemporary oceans.

Published
2008

10. Genetic Perturbation of the Maize Methylome

Author

Li, Qing, Eichten, Steven R., Hermanson, Peter J., Zaunbrecher, Virginia M., Song, Jawon, Wendt, Jennifer, Rosenbaum, Heidi, Madzima, Thelma F., Sloan, Amy E., Huang, Ji, Burgess, Daniel L., Richmond, Todd A., McGinnis, Karen M., Meeley, Robert B., Danilevskaya, Olga N., Vaughn, Matthew W., Kaeppler, Shawn M., Jeddeloh, Jeffrey A., and Springer, Nathan M.

Published
2014

14. New Biologic Agents for the Treatment of Cutaneous T-Cell Lymphoma

Author

Vittorio, Carmela C., Junkins-Hopkins, Jacqueline M., McGinnis, Karen S., Shapiro, Michael, Wysocka, Maria, Zaki, Mohamed H., French, Lars E., Rook, Alain H., Schlag, P. M., editor, Senn, H.-J., editor, Kleihues, P., editor, Stiefel, F., editor, Groner, B., editor, Wallgren, A., editor, Dummer, Reinhard, editor, Nestle, Frank O., editor, and Burg, Günter, editor

Published
2002
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20. WITHDRAWN: COVID Toes

Author

Burke, Katherine T, McGinnis, Karen Sylvia, and Petronic-Rosic, Vesna

Subjects
Dermatology, COVID-19: Important Updates and DevelopmentsEdited by Franco Rongioletti, MD and Leonard Hoenig, MD
Abstract

More than 40 million people have been infected with the SARS-CoV2 virus since the first infection was reported in December 2019 in Wuhan, China. Multiple reports of cutaneous manifestations of the virus have been described, including a pernio-like eruption. Here we report a case of a healthy 16-year-old girl with a classic presentation of perniosis, now colloquially termed “COVID-toes.” The theories behind the pathogenesis of the condition are reviewed, including possible explanations for why most of the patients affected have minimal systemic symptoms and test negative for COVID-19.

Published
2020
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21. An RNA-dependent RNA polymerase is required for paramutation in maize

Author

Alleman, Mary, Sidorenko, Lyudmila, McGinnis, Karen, Seshadri, Vishwas, Dorweiler, Jane E., White, Joshua, Sikkink, Kristin, and Chandler, Vicki L.

Abstract

Author(s): Mary Alleman [1, 2]; Lyudmila Sidorenko [1]; Karen McGinnis [1]; Vishwas Seshadri [1, 2]; Jane E. Dorweiler [1, 2]; Joshua White [1, 2]; Kristin Sikkink [1]; Vicki L. Chandler [...]

Published
2006
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22. Transcriptionally silenced transgenes in maize are activated by three mutations defective in paramutation

Author

McGinnis, Karen M., Springer, Catherine, Lin, Yan, Carey, Charles C., and Chandler, Vicki

Subjects
Corn -- Genetic aspects, Plant mutation -- Research, Biological sciences
Abstract

Plants with mutations in one of three maize genes, mop1, rmr1, and rmr2, are defective in paramutation, an allele-specific interaction that leads to meiotically heritable chromatin changes. Experiments reported here demonstrate that these genes are required to maintain the transcriptional silencing of two different transgenes, suggesting that paramutation and transcriptional silencing of transgenes share mechanisms. We hypothesize that the transgenes are silenced through an RNA-directed chromatin mechanism, because mop1 encodes an RNA-dependent RNA polymerase. In all the mutants, DNA methylation was reduced in the active transgenes relative to the silent transgenes at all of the CNG sites monitored within the transgene promoter. However, asymmetrical methylation persisted at one site within the reactivated transgene in the rmr1-1 mutant. With that one mutant, rmr1-1, the transgene was efficiently resilenced upon outcrossing to reintroduce the wild-type protein. In contrast, with the mop1-1 and rmr2-1 mutants, the transgene remained active in a subset of progeny even after the wild-type proteins were reintroduced by outcrossing. Interestingly, this immunity to silencing increased as the generations progressed, consistent with a heritable chromatin state being formed at the transgene in plants carrying the mop1-1 and rmr2-1 mutations that becomes more resistant to silencing in subsequent generations.

Published
2006

29. Transgene-Induced RNA Interference as a Tool for Plant Functional Genomics

Author

McGinnis, Karen, primary, Chandler, Vicki, additional, Cone, Karen, additional, Kaeppler, Heidi, additional, Kaeppler, Shawn, additional, Kerschen, Arthur, additional, Pikaard, Craig, additional, Richards, Eric, additional, Sidorenko, Lyudmila, additional, Smith, Todd, additional, Springer, Nathan, additional, and Wulan, Tuya, additional

Published
2005
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30. The Phaeodactylum genome reveals the evolutionary history of diatom genomes

Author

Bowler, Chris, Allen, Andrew E., Badger, Jonathan H., Grimwood, Jane, Jabbari, Kamel, Kuo, Alan, Maheswari, Uma, Martens, Cindy, Maumus, Florian, Otillar, Robert P., Rayko, Edda, Salamov, Asaf, Vandepoele, Klaas, Beszteri, Bank, Gruber, Ansgar, Heijde, Marc, Katinka, Michael, Mock, Thomas, Valentin, Klaus, Verret, Fréderic, Berges, John A., Brownlee, Colin, Cadoret, Jean-Paul, Chiovitti, Anthony, Choi, Chang Jae, Coesel, Sacha, De Martino, Alessandra, Detter, J. Chris, Durkin, Colleen, Falciatore, Angela, Fournet, Jérome, Haruta, Miyoshi, Huysman, Marie J. J., Jenkins, Bethany D., Jiroutova, Katerina, Jorgensen, Richard E., Joubert, Yolaine, Kaplan, Aaron, Kröger, Nils, Kroth, Peter G., La Roche, Julie, Lindquist, Erica, Lommer, Markus, Martin-Jézéquel, Véronique, Lopez, Pascal J., Lucas, Susan, Mangogna, Manuela, McGinnis, Karen, Medlin, Linda K., Montsant, Anton, Secq, Marie-Pierre Oudot-Le, Napoli, Carolyn, Obornik, Miroslav, Parker, Micaela Schnitzler, Petit, Jean-Louis, Porcel, Betina M., Poulsen, Nicole, Robison, Matthew, Rychlewski, Leszek, Rynearson, Tatiana A., Schmutz, Jeremy, Shapiro, Harris, Siaut, Magali, Stanley, Michele, Sussman, Michael R., Taylor, Alison R., Vardi, Assaf, von Dassow, Peter, Vyverman, Wim, Willis, Anusuya, Wyrwicz, Lucjan S., Rokhsar, Daniel S., Weissenbach, Jean, Armbrust, E. Virginia, Green, Beverley R., Van de Peer, Yves, and Grigoriev, Igor V.

Published
2008
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41. Additional file 10: of Distinct tissue-specific transcriptional regulation revealed by gene regulatory networks in maize

Author

Huang, Ji, Juefei Zheng, Yuan, Hui, and McGinnis, Karen

Abstract

Effect of gene expression (calculated by CPM) on the number of interactions for TFs in (A) Leaf GRN, (B) Root GRN, (C) SAM GRN, (D) Seed GRN. Linear regressions were plotted in blue lines with a grey band as the 95% confidence intervals. R2 and p-values were calculated from the linear models by lm() function in R. (PDF 914 kb)

Published
2018
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43. Additional file 9: of Distinct tissue-specific transcriptional regulation revealed by gene regulatory networks in maize

Author

Huang, Ji, Juefei Zheng, Yuan, Hui, and McGinnis, Karen

Abstract

Comparison of tissue-specific GRNs and atlas GRNs on percentage of overlap between GRN predicted targets and ChIP-Seq identified targets. Leaf, root, SAM and seed GRNs are networks in this study. mRNA and protein networks were constructed by Walley et al. Medium networks (light grey) are the targets within top 1 million edges. Small networks (dark grey) are the targets within top 100,000 edges. (PDF 77Â kb)

Published
2018
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44. Expanded indications for laser-assisted balloon angioplasty in peripheral arterial disease

Author

Harrington, Martin E., Schwartz, Myron E., Sanborn, Timothy A., Mitty, Harold A., Miller, Charles A., McGinnis, Karen, and Harrington, Elizabeth B.

Subjects
Transluminal angioplasty -- Evaluation, Peripheral vascular diseases, Lasers in surgery -- Evaluation, Surgery -- Innovations, Health
Abstract

Laser-assisted balloon angioplasty has been used successfully to open blockages of the femoral and popliteal arteries in the leg. In balloon angioplasty, a catheter is fitted with a tiny balloon at its end, which is inflated inside the vessel to open blockages. Lasers can be used to generate heat at the site of the lesion in conjunction with balloon angioplasty, to destroy the material causing the blockage. Although this blood vessel procedure has been widely used, its usefulness for treating other blood vessels of the extremities is unknown. Patients with single or multiple areas of stenosis (narrowing) and occlusion (complete blockage) were treated with laser therapy to determine the effectiveness of this procedure in peripheral vascular disease of the lower extremities. Successful recanalization confirmed by radiography was achieved in 62 of 77 limbs, or 81 percent of all cases. Thermal-tipped lasers improved the patency rate of standard balloon angioplasty, keeping the vessel open and functioning. Patency can be improved by laser removal rather than displacement of atherosclerosis (the build-up of fatty plaques) and reduction in the adherence of platelets (cells involved in clotting) along the vessel walls. Patients who benefit the most from this combination technique are those in whom it is difficult to pass the guide wire through the vessel with the lesion. Sole laser therapy also offers the potential for improved results; however, there is not enough evidence to support its use as a replacement to standard treatment with balloon angioplasty. Laser thermal angioplasty must continue to be evaluated to determine its usefulness and degree of improvement over conventional successful treatment methods. (Consumer Summary produced by Reliance Medical Information, Inc.)

Published
1990

48. Genome-wide analyses of alternative splicing in plants: opportunities and challenges

Author

Barbazuk, W. Brad, Yan Fu, and McGinnis, Karen M.

Subjects
Genomics -- Research, Messenger RNA -- Research, Genetic engineering, Health
Abstract

The article explains the importance and the applicability of the several genome-wide analyses that are conducted for the analysis of alternative splicing (AS) in plants, as well as animals. The impact of AS on domestication, as well as trait selection is also discussed.

Published
2008

50. Treatment of Skin Disease Previous Edition Contributors

Author

Abrouk, Michael, Accordino, Robert E., Admani, Shehla, Adriaans, Beverly, Agarwal, Sanjay, Ahad, Tashmeeta, Ahmed, Imtiaz, Akhavan, Arash, Al Quran, Hanadi Abdallah, Albert, Sandra, Alberta-Wszolek, Lauren, Allen, Caroline, Allen, Robert A., Al-Qari, Haltham, Al-Suwaidan, Sami, Alwan, Wisam, Amini, Sadegh, Angit, Caroline, Anhalt, Grant J., Anyanwu, Cynthia O., Aouthmany, Mouhammad, Asch, Sarah, Ashourian, Neda, Ashton, Richard, Aslam, Arif M., Bader, Eanas, Bain, E. Eugene, III, Bakkour, Waseem, Bala, Harini Rajgopal, Balasubramaniam, Periasamy, Baltz, Julia, Banerjee, Abhijit, Bank, Ali, Bardhan, Ajoy, Bartlett, Brenda L., Bartsch, Megan, Basu, Tanya N., Belazarian, Leah, Bello, Ysabel M., Benton, E. Claire, Berbis, Philippe, Berger, Jeffrey, Berkowitz, Eric, Bernhard, Jeffrey D., Bernstein, Daniel, Bewley, Anthony, Bhushan, Monica, Bialy, Tracy, Bibi, Yuval, Bilsland, David J., Blackwell, Verity, Bornstein, Elana, Borysiewicz, Catherine, Bos, Jan D., Bowman, Paul H., Brauner, Gary J., Brooke, Rebecca C.C., Bruce, Alison J., Buchholz, Robin, Burd, Robert M., Burge, Susan M., Byrd-Miles, Katina, Campbell, Caren, Carruthers, Robert, Carucci, John A., Castelo-Soccio, Leslie, Cave, Bridgette, Centurion, Santiago A., Chachkin, Samuel L., Chadwick, Preston W., Chalmers, Robert J.G., Chang, Yuchl C., Chayavichitsilp, Pamela, Chen, Chen “Mary”, Cheung, Lawrence, Zhen Chiang, Nicole Yi, Chiaravalloti, Anthony J., Chong, Alvin H., Chu, Anthony C., Clark, Sheila M., Clayton, Timothy H., Cliff, Sandeep H., Cockrell, Clay J., Conrad, Nicole, Cooper, Susan M., Correnti, Christina M., Council, M. Laurin, Cowper, Shawn E., Cox, Neil H., Craven, Nicholas M., Creamer, Daniel, Cunliffe, William, Curry, Mary L., Dalton, Jack F., Dasgeb, Bahar, Davis, Rosie, Dawber, Rodney, Deng, Min, Desai, Avani D., Desai, Nisha C., Devlin, Georgina, Diamantis, Stephanie A., Diaz, Camilo, Dick, Sarah E., DiRusso, Lori M., Doctoroff, Alexander, Dortzbach, Kathryn, Dowd, Pauline, Drage, Lisa A., Dyche, Jacqueline A., Eke, Ure, Ellis, Natalie N., Emer, Jason J., Eminger, Lindsay A., Ensanyat, Shaheen H., Faergemann, Jan, Falabella, Anna F., Fanelli, Matthew, Farquharson, Nina R., Farsani, Terry T., Feingold, Anat, Felner, Alyssa M., Ferguson, James, Fernández, Geover, Ferzli, Pascal G., Fiandeiro, Pamela, Firoz, Elnaz F., Fischer, Michael, Fitzpatrick, James E., Fleischmayer, Raul, Frankel, Stacey, Friedlander, Philip, Fuchs, Brian S., Gagna, Claude E., Levine, Erika Gaines, Galan, Anjela, Galaria, Noreen Ahmad, Gamboni, Sarah E., Gardner, Loma S., Garg, Amit, Garza, Reed M., Gelfand, Joel M., Geller, Lauren, Gelmetti, Carlo M., Ghazi, Elizabeth, Ghunawat, Sneha, Ghura, Harvinder, Gibbs, Sam, Gibson, Gillian E., Goldenberg, Gary, Gonzales, Darrell W., Goodfield, Mark J.D., Gordon, Marsha L., Gordon, Patricia Mary, Gordon, Rachel A., Grabell, Daniel A., Graham-Brown, Robin A.C., Greaves, Malcolm W., Green, Justin J., Grelck, Kurt W., Griffiths, Christopher E.M., Gropper, Jaime R., Gruber, Pascale, Guidry, Jacqueline A., Gupta, Arpeta, Gupta, Girish, Gurtman, Alejandra, Hadi, Ahmed S., Hafejee, Abdul, Hague, Joanne, Haimowitz, Julia E., Handfield-Jones, Susan E., Zhu, Tian Hao, Harper, Natasha, Harper, John, Harris, Ronald M., Harrison, Shannon, Hatch, Michael M., Hawk, John L.M., Heagerty, Adrian H.M., Fernandez, Kristen Heins, Helms, Amy E., Henderson, Catriona A., Henry, Patricia A., Higgins, Claire L., Higgins†, Elisabeth M., Hodulik, Sarah, Hönigsmann, Herbert, Houk, Laura, Houpt, Karen R., Hruza, George J., Hui, Andrea, Humphreys, Frances, Huo, Ran, Hwang, Linda Y., Ilchyshyn, Andrew, Ilyas, Erum N., Ismail, Dina, Jablonska, Stefania, Javed, Aysha, Jing, Wei, Jolliffe, Victoria, Jones, Stephen K., Jorizzo, Joseph L., Junkins-Hopkins, Jacqueline M., Kaffenberger, Jessica, Kamenshchikov, Aleksey, Kannee, Carmen E., Kantor, Jonathan, Kasparis, Christos, Kaur, Manjit, Kaye, Keith, Kazlow, Dana, Keefe, Martin, Kellen, Roselyn, Khan, Murtaza, Kia, Kevin F., Skelsey, Maral Kibarian, Kihiczak, George G., Kim, Ho Jin, Kim, Sam, Kirby, Brian, Kirtschig, Gudula, Klein, Rachel S., Kleinerman, Rebecca, Kleydman, Kate, Kluk, Justine, Knopp, Eleanor A., Knowles, Sandra R., Kohorst, John J., Kopf, Alfred W., Korman, Neil J., Krafchik, Bernice R., Krishnan, Anjeli, Krupnick, Amy, Kupetsky, Erine A., Lamba, Sumedha, Lambert, W Clark, Langmuir, Peter, Langtry, James A.A., Larian, Amir A., Larocca, Cecilia A., Lawrence, Clifford M., Layton, Alison, Lee, Andrew D., Lee, Chai Sue, Lee, Robert E., Lessin, Stuart R., Levin, Joshua M., Levin, Robin M., Li, Hong, Liu, Kristina J., Loftus, Frances, Loosemore, Michael P., Lui, Edward, Lushniak, Boris D., Macedo, Chrystalla, Maderal, Andrea D., Mailhot, Jeffrey, Majewski, Slawomir, Majmudar, Vallari, Mann, Ranon, Manning, Jamie R., Mansouri, Yasaman, Margolis, David J., Markoff, Sarah, Marks, Ronald, Marmur, Ellen S., Marraiki, Najat A.Y., Marsden, Jeremy R., Marsland, Alexander, Martin-Clavijo, Agustin, Martinez, Anna, Matiz, Catalina, McAllister, Susan Coutinho, McDonagh, Andrew J.G., McFadden, John, McGinnis, Karen S., McKenna, Dermot B., McKerrow, Kevin, Mehmi, Manjeet, Mendonca, Corinna, Metz, Brandie J., Millard, Leslie G., Miller, James E., Miller, Jason H., Millett, Christian R., Milligan, Alex, Mimouni, Daniel, Minni, John, Mirza, Sultan A., Molin, Sonja, Montie, Dwayne, Morales-Burgos, Adisbeth, Morel, Patrice, Morison, Warwick L., Mortimer, Peter S., Motley, Richard J., Mowad, Christen M., Mowbray, Megan, Muncaster, Anna E., Murakawa, George J., Murray, Stuart C., Nabatian, Adam S., Nalluri, Rajani, Nasca, Maria R., Nawas, Zeena Y., Nayeemuddin, Farzana, Nazarlan, Rachel, Neill, Sallie, Newton-Bishop, Julia, Shim, Tang Ngee, Nguyen, Adam V., Nguyer, Patricia, Nousari, Carlos H., O’Brien, Jack C., O’Donoghue, Nuala, O’Driscoll, John B., O’Shea, Sally Jane, Ogboll, Malobl, Ogden, Stephanie, Owen, Caroline M., Paller, Amy, Palmer, Roy A., Pan, Michael, Panting, Katherine, Pappas-Taffer, Lisa, Patalay, Rakesh, Patel, Gopi, Patel, Nisha C., Paul, Jose, Payette, Michael, Piliang, Melissa Peck, Peck, Gary L., Pena, Sandra, Peranteau, Jarad, Pereira, Frederick A., Perkins, William, Perlis, Clifford S., Piraccini, Bianca Maria, Pittelkow, Mark, Pop, Samantha R., Porcu, Pierluigi, Pote, Amy, Powell, James B., Prok, Lori D., Pyle, Tia M., Qazaz, Surod, Rajkomar, Vikram, Rajpar, Sajjad F., Ramirez, Claudia C., Rapini, Ronald P., Ravitskiy, Larisa, Reddick, Tanya, Regula, Christie G., Reynolds, Rachel V., Richard, Elisabeth, Roberts, Brandie J., Roberts, David T., Rogers, Roy S., III, Rogge, Megan, Roling, Daniel, Rosenfeld, David, Payne, Christopher Rowland, Rubin, Adam I., Rubin, Courtney, Rudikoff, Donald, Ruzicka, Thomas, Sahu, Malini, Salvaggio, Heather L., Samimi, Sara, Sanchez, Miguel R., Sapadin, Allen, Scarff, Cate, Schachner, Lawrence A., Scheinfeld, Noah, Schlosser, Bethanee J., Schofield, Olivia M.V., Kirby, Joslyn Sciacca, Segal, Elana T., Selkin, Bryan A., Sexton, Daniel J., Seymour, Jamie, Shaver, Christine M., Shergil, Bav, Siegel, Julia, Silverman, Robert, Singer, Elisha, Singh, Saurabh, Sladden, Chris, Sladden, Michael, Smith, Andrew G., Smucker, Joanne E., Somani, Najwa, Sommerlad, Mary, Soon, Christine, Sopkovich, Jennifer A., Spencer, James M., Spielvogel, Richard L., Stalkup, Jennifer R., Staughton, Richard C.D., Stege, Helger, Sterling, Jane C., Stibich, Adam S., Suchin, Elliot, Suchin, Karen, Summey, Brett T., Jr, Takwale, Anita, Talhari, Carolina, Tan, Jianyou, Tan, Mei-Hing, Tarlow, Mordechai M., Taylor, Lynsey, Telfer, Nicholas R., Ter Poorten, Maryanna C., Thai, Keng-Ee, Thiers, Bruce H., Thomas, Lucy J., Thomson, Michelle A., Thornton, Cody R., Tobin, Anne-Marie, Tremaine, Anne Marie, Tripp, Jackie M., Tristani-Firouzi, Payam, Tsatsou, Fragkiski, Tucker, William F.G., Udkoff, Jeremy, Unger, Robin H., Unger, Walter P., Utz, Sarah, Valbuena, Martha C., Vangipuram, Ramya, Veitch, David, Venning, Vanessa, Versteeg, Sarah G., Vidal, Claudia Irene, Viera, Martha, Vlachou, Christina, Waldorf, Heidi A., Wali, Gorav N., Wallach, Frances, Wan, Joy, Ward, Jon R., Weidmann, Anja K., Wesley, Carlos K., West, Dennis, Wharton, James R., Whittaker, Sean J., Wiener, Adam H., Wilkin, Nathaniel K., Williams, Jason, Boucher, Kari Williamson, Winhoven, Sandra M., Wiss, Karen, Witkowski†, Joseph A., Wojnarowska, Fenella, Wong Millsop, Jillian W., Wong, Henry K., Woodall, Timothy, Wriston, Cooper C., Wu, Benedict C., Wulkan, Adam, Yates, Victoria M., Lam, Wing Yin, Young, Helen S., Zaghloul, Sameh S., Zeichner, Joshua A., Zell, Deborah, and Zouboulis, Christos C.

Published
2022
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