IndraLab

Statements


| 1 10

sparser
"In the CALR-CD47 regulatory axis, the results in this study revealed that extracellular CALR inhibited CD47’s tumorigenic actions."

reach
"Abnormalities in the PI3K and Akt signaling pathway deregulation of C/EBP-alpha and its partner PPAR-gamma, and the interaction between calreticulin (CRT) and CD47 are also promising therapeutic targets."

sparser
"As suggested, we evaluated the CALR-CD47 interactions using the same approach to evaluate the PCOLCE-APP interactions in Figure 7E. Silencing CD47 also downregulated MTT-based viability, whereas it significantly suppressed Calr-induced tumor inhibition in U2OS OS cells, TT2 OS cells, MDA-MB-231 breast cancer cells, and PANC1 pancreatic cells."

sparser
"We have shown that CALR interacts with CD47 ( xref ), an integrin-associated transmembrane protein, which stimulates the escape of cancer cells from immune surveillance ( xref )."

sparser
"Involvement of the CALR-CD47 regulatory axis."

sparser
"Abnormalities in the PI3K/Akt signaling pathway deregulation of C/EBP-α and its partner PPAR-γ , and the interaction between calreticulin (CRT) and CD47 are also promising therapeutic targets."

sparser
"3) The results presented for the Calreticulin-CD47 signaling axis dissected in Figure 5 appear incomplete."

sparser
"This study presented the generation of MSC-derived iTSCs by activating PKA signaling and evaluated the role of CALR-CD47 and PCOLCE-APP regulatory axes in suppressing the progression of OS ( xref )."

sparser
"They focused on CALRETICULIN-CD47, PCOLCE-APP, and CALRETICULIN-APP interactions to highlight their approach as a proof of concept that perhaps identifying the proteins secreted by cancer cells can offer novel approaches to target osteosarcomas."

sparser
"– The results presented for the Calreticulin-CD47 signaling axis dissected in Figure 5 appear incomplete."

sparser
"In DMM, calreticulin expression was not statistically associated with CD47 expression levels ( xref )."