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Judul Therapeutic Radionuclides in Nuclear Medicine / Edited by: Marc Pretze; Jörg Kotzerke
Pengarang Pretze, Marc
Kotzerke, Jörg
EDISI -
Penerbitan Basel : MDPI, 2025
Deskripsi Fisik 194p. :Ill.
ISBN 978-3-7258-2937-8
Subjek THERAPEUTICS
RADIOISOTOPES
NUCLEAR MEDICINE
Catatan Recently, the theranostic principle has been used with tumor receptor-specific radiopharmaceuticals containing therapeutic nuclides, such as 161Tb, 177Lu, 188Re, 212Pb, and 225Ac. The production mode, availability, and costs of radionuclides have a significant impact on their clinical use and are often bottlenecks for broader applications. Therefore, cyclotron-produced neutrons could open a new era for producing relevant radionuclides. The identification of tumor-specific binding sites, the development of tumor-addressing conjugates, opportunities for enhanced target enrichment, and the protection of critical organs define the potential of therapeutic radiopharmaceuticals. The combination of radiotherapeutics with other pharmaceuticals to modulate the target or repair systems exploits synergistic effects. Combining radiotherapeutics with the body's immune system or immunotherapeutics raises hopes for immunization against cancer and could explain the success of targeted alpha therapy vs. targeted beta therapy.
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Lokasi Akses Online https://www.mdpi.com/books/reprint/10416-therapeutic-radionuclides-in-nuclear-medicine

 
No Barcode No. Panggil Akses Lokasi Ketersediaan
295626192 616 The Baca Online Perpustakaan Pusat - Online Resources
Ebook
Tersedia
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245 # # $a Therapeutic Radionuclides in Nuclear Medicine /$c Edited by: Marc Pretze; Jörg Kotzerke
250 # # $a -
260 # # $a Basel :$b MDPI,$c 2025
300 # # $a 194p. : $b Ill.
505 # # $a Recently, the theranostic principle has been used with tumor receptor-specific radiopharmaceuticals containing therapeutic nuclides, such as 161Tb, 177Lu, 188Re, 212Pb, and 225Ac. The production mode, availability, and costs of radionuclides have a significant impact on their clinical use and are often bottlenecks for broader applications. Therefore, cyclotron-produced neutrons could open a new era for producing relevant radionuclides. The identification of tumor-specific binding sites, the development of tumor-addressing conjugates, opportunities for enhanced target enrichment, and the protection of critical organs define the potential of therapeutic radiopharmaceuticals. The combination of radiotherapeutics with other pharmaceuticals to modulate the target or repair systems exploits synergistic effects. Combining radiotherapeutics with the body's immune system or immunotherapeutics raises hopes for immunization against cancer and could explain the success of targeted alpha therapy vs. targeted beta therapy. This reprint is dedicated to nuclear oncologists, health physicists, radiopharmacists, radiochemists, radiobiologists, and all other oncologists. We thank all our colleagues and would like to express our respect for their contributions to this reprint.
650 # # $a NUCLEAR MEDICINE
650 # # $a RADIOISOTOPES
650 # # $a THERAPEUTICS
700 1 # $a Kotzerke, Jörg
700 1 # $a Pretze, Marc
856 # # $a https://www.mdpi.com/books/reprint/10416-therapeutic-radionuclides-in-nuclear-medicine
990 # # $a 295626192
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