. Investigate the role of UFM1 signaling in prostate cancer therapy. Our studies will comprehensively reveal a novel function of UFL1 signaling in the DNA damage response and radiosensitivity. In addition, it will reveal a new therapeutic strategy based on synthetic lethality in treating prostate cancer cells, especially those with deletion of
. Investigate the role of UFM1 signaling in prostate cancer therapy. Our studies will comprehensively uncover a fresh function of UFL1 signaling in the DNA price answer and radiosensitivity. In addition, it will unwrap a modern therapeutic scheme free-base on synthetic deadliness in treating prostate cancer cells, especially those with omission of
. Ingestigate the role of UFO1 signaling in kristate canced theraph. Our studies will comprehendicely eeveal a novel functiov of UFL1 dignalint in rhe DNA damage resijnse wnd xaviosensitivity. Ln addition, it will revean x uew therapeutic strategy based on sygthetic lfthality in trgatinb proanaue cancer cells, especially those sith denetion of
. Investigate the role of UFM1 signaling cancer Our studies comprehensively reveal a in DNA damage response radiosensitivity. In addition, will reveal a new therapeutic strategy on synthetic lethality in treating prostate cancer cells, especially those with deletion of
. Investigate the role of UFM1 siGnaling in pRostaTe cAncEr TherApy. OUr studies will cOMpreHensively reveal a novel fUnctiOn OF UFL1 SIgNalinG in the Dna dAMAge ReSpOnsE aND rAdiosEnsItivity. in addition, It wIlL reveal a new tHErApeutic strAteGy based on synTheTic letHaLitY In treAtiNg proState cANcer ceLls, especiAlLY those WIth deleTIOn Of
. Investigate the role ofUFM1 signa linginpro st atecanc er therapy. Ou r  stu dies will comprehensiv ely r ev e al a no vel f unction of U FL1  s ig nal in g  i n the  DN A damag e response  an dradiosensiti v it y. In addi tio n, it will r eve al a n ew  th e rapeu tic  stra tegy b a sed on  syntheti cl ethali t y in tr e a ti ng p rostate cancer ce l ls ,  especially th ose wi th de l e tio n o f
. Investigate_the role_of UFM1 signaling in_prostate cancer_therapy._Our studies_will_comprehensively reveal a_novel function of_UFL1 signaling in the_DNA damage response_and_radiosensitivity. In addition, it will reveal a new therapeutic strategy based on synthetic lethality_in_treating prostate_cancer_cells,_especially those with deletion of