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19 results on '"Hammer, Liat"'

1. A Phase I Trial of Neoadjuvant Stereotactic Body Radiotherapy Prior to Radical Prostatectomy for Locally Advanced Prostate Cancer

Author

Hammer, Liat, Jiang, Ralph, Hearn, Jason, Lashbrook, Jack, Mitchell, Amyre, Daignault-Newton, Stephanie, Dess, Robert T., Jackson, William C., Reichert, Zachery, Alumkal, Joshi J., Kaffenberger, Samuel, George, Arvin, Montgomery, Jeffrey, Salami, Simpa S., Morgan, Todd M., Miller, David, Wittman, Daniela, Hollenbeck, Brent, Mehra, Rohit, Davenport, Matthew S., Sun, Yilun, Schipper, Matthew, Palapattu, Ganesh, and Spratt, Daniel E.

Published
2023
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3. Abstract 2244: Association of chromosomal instability with poor prognosis in metastatic hormone sensitive and castrate-resistant prostate cancer

Author

Rebernick, Ryan J., primary, Hammer, Liat, additional, McFarlane, Matthew, additional, Westbrook, Thomas, additional, Hazime, Munna, additional, Hammoud, Tanya, additional, Chiu, Pin-en, additional, Wu, Yi-Mi, additional, Robinson, Dan, additional, Spratt, Daniel Eidelberg, additional, Alva, Ajjai S., additional, Jackson, William C., additional, Reichert, Zachery R., additional, Chinnaiyan, Arul, additional, Alumkal, Joshi J., additional, Dess, Robert T., additional, and Cieslik, Marcin, additional

Published
2023
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4. Clinical impact of mutations in driver oncogenes and TP53/RB1 in advanced prostate cancer.

Author

Hammer, Liat, primary, Rebernick, Ryan, additional, McFarlane, Matthew, additional, Westbrook, Thomas, additional, Hazime, Munna, additional, Hammoud, Tanya, additional, Chiu, Pin-en, additional, Xavier, Owens, additional, Wu, Yi-Mi, additional, Robinson, Dan R., additional, Spratt, Daniel Eidelberg, additional, Alva, Ajjai Shivaram, additional, Jackson, William C., additional, Reichert, Zachery R, additional, Alumkal, Joshi J., additional, Chinnaiyan, Arul, additional, Cieslik, Marcin, additional, and Dess, Robert Timothy, additional

Published
2023
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7. Coeliac plexus radiosurgery for pain management in patients with advanced cancer : study protocol for a phase II clinical trial

Author

Jacobson, Galia, primary, Fluss, Ronen, additional, Dany-BenShushan, Amira, additional, Golan, Talia, additional, Meron, Tikva, additional, Zimmermann, Camilla, additional, Dawson, Laura A, additional, Barry, Aisling, additional, Miszczyk, Marcin, additional, Buckstein, Michael, additional, Diaz Pardo, Dayssy, additional, Aguiar, Artur, additional, Hammer, Liat, additional, Dicker, Adam P, additional, Ben-Ailan, Maoz, additional, Morag, Ofir, additional, Hausner, David, additional, Symon, Zvi, additional, and Lawrence, Yaacov R., additional

Published
2022
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8. A new function for the serine protease HtrA2 in controlling radiation‐induced senescence in cancer cells

Author

Hammer, Liat, primary, Levin‐Salomon, Vered, additional, Yaeli‐Slonim, Naama, additional, Weiss, Moria, additional, Dekel‐Bird, Naama P., additional, Olender, Tsviya, additional, Porat, Ziv, additional, Winograd‐Katz, Sabina, additional, Savidor, Alon, additional, Levin, Yishai, additional, Bialik, Shani, additional, Geiger, Benjamin, additional, and Kimchi, Adi, additional

Published
2022
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9. PD08-02 NEOADJUVANT STEREOTACTIC BODY RADIOTHERAPY (SBRT) PRIOR TO RADICAL PROSTATECTOMY (RP) IN LOCALLY ADVANCED PROSTATE CANCER: A PHASE I TRIAL

Author

Hammer, Liat, primary, Jiang, Ralph, additional, Hearn, Jason, additional, Dess, Robert, additional, Jackson, William, additional, Reichert, Zachery, additional, Kaffenberger, Samuel, additional, George, Arvin, additional, Montgomery, Jeffrey, additional, Salami, Simpa, additional, Morgan, Todd, additional, Miller, David, additional, Hollenbeck, Brent, additional, Wittmann, Daniella, additional, Mehra, Rohit, additional, Davenport, Matthew, additional, Daignault-Newton, Stephanie, additional, Schipper, Matthew, additional, Palapattu, Ganesh, additional, and Spratt, Daniel, additional

Published
2021
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11. The Serine Protease HtrA2 mediates radiation-induced senescence in cancer cells

Author

Hammer, Liat, primary, Levin-Salomon, Vered, additional, Yaeli-Slonim, Naama, additional, Weiss, Moria, additional, Dekel-Bird, Naama P., additional, Olender, Tsviya, additional, Porat, Ziv, additional, Winograd-Katz, Sabina, additional, Savidor, Alon, additional, Levin, Yishai, additional, Bialik, Shani, additional, Geiger, Benjamin, additional, and Kimchi, Adi, additional

Published
2021
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12. Abstract CT147: Celiac plexus radiosurgery a new palliative modality for upper gastrointestinal malignancies - final quality of life results from a proof-of-concept clinical trial

Author

Lawrence, Yaacov R., primary, Hammer, Liat, additional, Morag, Ofir, additional, Ben-Ailan, Maoz, additional, Alezra, Dror, additional, Margalit, Ofer, additional, Halpern, Naama, additional, Boursi, Ben, additional, Shmueli, Einat Shacham, additional, Jacobson, Galia, additional, Amit, Uri, additional, Katzman, Tamar, additional, Shefer, Kinneret, additional, Weiss, Ilana, additional, Yanovsky, Inessa, additional, Dicker, Adam P., additional, Golan, Talia, additional, Symon, Zvi, additional, and Hausner, David, additional

Published
2019
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13. Single-shot celiac plexus radiosurgery in pancreatic cancer: Palliative and functional outcomes—Final results of a prospective clinical trial.

Author

Lawrence, Yaacov Richard, primary, Shmueli, Einat Shacham, additional, Hammer, Liat, additional, Morag, Ofir, additional, Ben-Ayun, Maoz, additional, Margalit, Ofer, additional, Halpern, Naama, additional, Yarom, Nirit, additional, Boursi, Ben, additional, Jacobson, Galia, additional, Symon, Zvi, additional, Shefer, Kinneret, additional, Yanovsky, Inessa, additional, Golan, Talia, additional, and Hausner, David, additional

Published
2019
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14. Celiac plexus radiosurgery: A new palliative modality for upper gastrointestinal malignancies—Final results of a proof-of-concept clinical trial.

Author

Lawrence, Yaacov Richard, primary, Hammer, Liat, additional, Morag, Ofir, additional, Ben-Ailan, Maoz, additional, Alezra, Dror, additional, Margalit, Ofer, additional, Halpern, Naama, additional, Boursi, Ben, additional, Shmueli, Einat Shacham, additional, Jacobson, Galia, additional, Amit, Uri, additional, Katzman, Tamar, additional, Shefer, Kinneret, additional, Weiss, Ilana, additional, Yanovsky, Inessa, additional, Dicker, Adam, additional, Golan, Talia, additional, Hausner, David, additional, and Symon, Zvi, additional

Published
2018
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17. Modulation of scar tissue formation in injured nervous tissue cultivated on surface‐engineered coralline scaffolds.

Author

Weiss, Orly Eva, Hendler, Roni Mina, Canji, Eyal Aviv, Morad, Tzachy, Foox, Maytal, Francis, Yitshak, Dubinski, Zvy, Merfeld, Ido, Hammer, Liat, and Baranes, Danny

Abstract

Abstract: Following traumatic brain injury, there is no restoration of the lost nervous tissue, mainly due to the formation of a scar. One promising strategy to overcome this hurdle is grafting scaffolds that can disturb the scar blockade, enabling cell invasion into the wound. The aragonite skeleton of corals is useful scaffolds for testing this strategy, being supportive for neural cells in culture. The purpose of this work was to check if a contact between a coralline scaffold and an injured nervous tissue affects scar formation and if this effect can be regulated by engineering the scaffold's surface topology. To address that, hippocampal slices were cultivated on a coral skeleton having two distinct surface shapes: (1) intact skeleton pieces (ISP): porous, microrough surface; (2) grained skeleton (GS): nonporous, macrorough surface. On ISP, slices deformed by engulfing the scaffold's outer surface without penetrating the pores, yet, they preserved their coherence. By contrast, on GS slices were flat, but broken into interconnected small segments of tissue. In addition, whereas on ISP astrocytes were significantly more active and diffusely distributed, on GS reactive astrocytes tightened into a single <90 μm wide scar‐like stripe at the slice's periphery. Hence, by grafting coralline scaffolds of predesigned surface roughness and porosity into brain wounds, control over scar tissue formation can be gained, providing an opportunity for cell migration and damage repair. © 2017 Wiley Periodicals, Inc. J Biomed Mater Res Part B: Appl Biomater, 106B: 2295–2306, 2018. [ABSTRACT FROM AUTHOR]

Published
2018
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