Citations - Lee Chun-Hung

Efficient usage of finite energy resources is a core approach for preventing major blackouts caused by a severe lack of energy. Smart windows, which modulate thermal energy transferred from the incident sunlight, have attracted tremendous interest as an alternative technology for resolving the fast-approaching energy crisis by suppressing unnecessary energy... Read more
Published on: 2020-07-03
Source: Lee Chun-Hung
By: Sung Kyung Kang
CONCLUSIONS: Post IO-VEGF, most patients received VEGFR-TKIs. In this setting, VEGFR-TKIs demonstrated clinical activity and remain a viable option for salvage therapy after progression on IO-VEGF.... Read more
Published on: 2020-07-03
Source: Lee Chun-Hung
By: Yasser Ged
We present the first ever broadband, calibrated electrical connection to the inside of a cell. The interior of a vital, living cell contains multiple dynamic and electrically active organelles such as mitochondria, chloroplasts, lysosomes, and the endoplasmic reticulum. However, little is known about the detailed electrical activity inside the cell.... Read more
Published on: 2020-07-03
Source: Lee Chun-Hung
By: Dandan Ren
Efficient usage of finite energy resources is a core approach for preventing major blackouts caused by a severe lack of energy. Smart windows, which modulate thermal energy transferred from the incident sunlight, have attracted tremendous interest as an alternative technology for resolving the fast-approaching energy crisis by suppressing unnecessary energy... Read more
Published on: 2020-07-03
Source: Lee Chun-Hung
By: Sung Kyung Kang
Neuroendocrine neoplasms (NENs) are rare epithelial tumors with heterogeneous and frequently unpredictable clinical behavior. Available biomarkers are insufficient to guide individual patient prognosis or therapy selection. Peptidylglycine α-amidating monooxygenase (PAM) is an enzyme expressed by neuroendocrine cells that participates in hormone maturation. The objective of this study was to assess... Read more
Published on: 2020-07-03
Source: Lee Chun-Hung
By: Timothy M Horton
We present the first ever broadband, calibrated electrical connection to the inside of a cell. The interior of a vital, living cell contains multiple dynamic and electrically active organelles such as mitochondria, chloroplasts, lysosomes, and the endoplasmic reticulum. However, little is known about the detailed electrical activity inside the cell.... Read more
Published on: 2020-07-03
Source: Lee Chun-Hung
By: Dandan Ren
CONCLUSIONS: Post IO-VEGF, most patients received VEGFR-TKIs. In this setting, VEGFR-TKIs demonstrated clinical activity and remain a viable option for salvage therapy after progression on IO-VEGF.... Read more
Published on: 2020-07-03
Source: Lee Chun-Hung
By: Yasser Ged
Neuroendocrine neoplasms (NENs) are rare epithelial tumors with heterogeneous and frequently unpredictable clinical behavior. Available biomarkers are insufficient to guide individual patient prognosis or therapy selection. Peptidylglycine α-amidating monooxygenase (PAM) is an enzyme expressed by neuroendocrine cells that participates in hormone maturation. The objective of this study was to assess... Read more
Published on: 2020-07-03
Source: Lee Chun-Hung
By: Timothy M Horton
CONCLUSIONS: Proton radiotherapy could deliver a higher radiation dose than photon radiotherapy without increasing the risk of RILD and result in a better overall survival rate for those diagnosed with HCC and treated with radiotherapy with curative intent.... Read more
Published on: 2020-07-02
Source: Lee Chun-Hung
By: Jen-Yu Cheng
CONCLUSIONS: Proton radiotherapy could deliver a higher radiation dose than photon radiotherapy without increasing the risk of RILD and result in a better overall survival rate for those diagnosed with HCC and treated with radiotherapy with curative intent.... Read more
Published on: 2020-07-02
Source: Lee Chun-Hung
By: Jen-Yu Cheng
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