Deng(X),Ni(J),Lin(T),Li(X),Yang(L),Hu(H) BMC Plant Biol 2026-04-14

...rps2; no positively selected genes were detected in mycoheterotrophic orchids. Site‑level analyses further indicated tha...

Guo(G),Zhao(H),Bai(K),Lu(J),Wu(Q),Lu(L),Zh... Cell 2026-05-14

...RPS2, another CCG10-NLR, also forms an octamer, indicating a conserved structural property across monocot and dicot plan...

Mack(M),Pillet(B),Holton(N),Zierler(I),Him... J Biol Chem 2026-08-25

...Rps2. Arginine methylation of Rps2 modestly reduces Pse1 binding to the Rps2 N-terminal extension, while having little e...

Abi Zamer(B),Rah(B),Abumustafa(W),Cui(ZG),... Cells 2026-01-09

...RPS2 and TMEM177, which displayed overexpression, hypomethylation, and a negative association with ERα expression in CRC...

Rezaenasab(A),Zargar(SJ),Peymani(M),Ghaedi(K) Cancer Cell Int 2026-01-09

...RPS2 and a marked decrease in total protein synthesis. Collectively, these findings establish TMEM105 as a putative onco...

Li(CZ),Zhou(HJ),Chen(JD),Huang(J),Liu(YX),... Biochem Biophys Rep 2026-03-00

...RPS2, PLK1, ENO1, DOCK8, TNRC18, DCAF7, TPT1, RPL3, CAP1, and PLK4 were upregulated. More importantly, two genes, namely...

Zhu(Z),Tang(S),Ji(Q),An(X),Dong(J),Luo(X),... Mol Biol Rep 2026-04-22

...rps2, rpoC2) were under purifying selection (Ka/Ks = 0.2–0.8). Nucleotide diversity (pi) analysis identified the SSC reg...

Dai(J),Peng(Y),Zheng(F),Pan(Q),Chen(Z),Zha... Microorganisms 2026-02-13

...rps2, rps3, rps9, rps16, rpl3, rpl9, rpl22, and rpl23 were upregulated, which may affect bacterial protein synthesis. Ad...

Liu(Y),Zhang(Q),Wu(Z),Shi(Z),Wang(S) Genes (Basel) 2026-02-07

...rps2, petN-psbM, psbB-psbT, petD-rpoA, rpoA-rps11, rps3-rpl22, ccsA-ndhD) suitable as candidate molecular markers. Phylo...

Jia(R),Wei(L),Shi(X),Dong(S),Tong(X),Shi(S... BMC Plant Biol 2026-02-24

...RPS2 limits the activation of specific immunity. Therefore, the weakened resistance of sugar beet varieties to disease m...