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Ghosh(A),Ray(P),Thomas(D),Jeeyar(V),Pillai... J Biol Chem 2026-05-00

...RAD51 foci formation at damage sites. Using a tissue microarray of chemoresistant EAC patients, we observed that ISG15 i...

Aggarwal(A),Yang(S),Winstone(L),Mondal(S),... Nucleic Acids Res 2026-02-24

...RAD51 foci were found in DDX41 KO and DDX41-R525H expressing cells, indicating a defect in the transition from end resec...

Zhang(L),Quan(R),Huang(H),Wu(M),Wang(W),Zh... Cancer Biother Radiopharm 2026-03-12

...RAD51) and nonhomologous end joining (via KU70/80). This irreparable DNA damage resulted in G2/M phase arrest and activa...

Fang(P),Saunders(A),Minn(K),Chua(KJ),Brook... NPJ Precis Oncol 2026-03-12

...RAD51 paralogs, suggesting a shared HR program. Functionally, transient knockdown of FOXM1 or MYC reduced BRCA1/RAD51 tr...

Xie(Y),Chen(Q),Tang(N),Zeng(Y),Zhao(J),Yan... Cell Death Discov 2026-03-19

...RAD51. Importantly, BRCA1 knockdown attenuated SERBP1-driven cisplatin resistance both in vitro and in vivo, establishin...

Miao(Z),Wu(M),Dai(S),Wang(X),Li(YY),Liu(F)... Front Oncol None

...RAD51 were abnormally activated in the adjacent BMSCs. However, after knockdown of IFT88 (SiIFT88), the protein expressi...

Wu(L),Wang(S),Diao(X),Ma(X),Liu(Y) Int J Biol Markers 2026-03-20

...Rad51, pCtIP), EdU/CCK-8 (proliferation), TUNEL/flow cytometry (apoptosis), comet assay (DNA damage), CldU/IdU (replicat...

Falbo(L),Costanzo(V) Mol Cell 2026-04-02

...RAD51/BRCA2-mediated stabilization, PCNA modifications, PARP1- and CTC1-STN1-TEN1 (CST)-dependent fill-in pathways, and ...

Han(T),Liu(Y),He(Z),Zhang(Y),Cao(W),Ren(J)... Int J Biol Macromol 2026-04-00

...rad51, etc.) and collaborates with AURKA for cell cycle progression. In vivo experiments demonstrated that Rab5b reduced...

Miyamoto(Y),Kisanuki(R),Oshima(R),Yoshimur... J Cell Sci 2026-06-15

...RAD51, RPA2 and cGAS, showed mutually exclusive localization with importin α in MN, indicating that MN comprise function...