… to the 30 th day of glioma development in our experiment. Low level … glioma development
can be caused by gradual tissue damage during the glioma growing into surrounding tissues (…

… Physiological angiogenesis is a highly regulated process and is an essential one for the
adequate supply of nutrients and oxygen to developing or healing tissues [14]. It is composed of …

… glioma research. Next, we will discuss how these models may play a role in better understanding
glioma development … healthy tissues, these glioma stem-like cells (GSLCs), also called …

… In an in vivo study, Ji et al. found that compared with normal brain tissues, the mRNA and
protein expression of LATS1 were significantly down-regulated in glioma tissues. In addition, …

… The brain tissue landscape is very different from any other … differential effects on glioblastoma
cells, highly depending on their genetic subtype. On the other hand, in brain metastases, …

… and confers multidrug resistance (MDR) in normal tissues and tumors, including nervous
tissues and brain tumors. In the developing telencephalon, the endothelial expression of P-gp, …

… with glioma cells. NSC also stimulate the surrounding normal brain tissue to produce various
cytokines that can control the proliferation of glioma cells. This recruitment of NSC into GBM …

… in brain tumors and in the brain tissue adjacent to the tumor, as well as being involved in
edema. Nevertheless, the expression of endothelial NOS and brain … of glioma cancer stem cells (…

… [17,31] In addition, astrocytes near a stab wound proliferate within their lineage in vivo,
however, a fraction of astrocytes from injured brain tissue demonstrates long-term stem cell-like …

… A hallmark of malignant glioma and a reason for its inevitable recurrence after local therapy
is its diffuse infiltration of brain tissue, making complete surgical resection impossible. Such …