Effect of stromal cells from human lymph nodes on the growth of osteosarcoma cell lines.
Gina Lisignoli, Stefania Toneguzzi, Monaco Mc, M Tomassetti, Bertollini, Stefano Lavaroni, A. Degrassi, A. Facchini
Abstract
Gina Lisignoli, Stefania Toneguzzi, Monaco Mc, M Tomassetti, Bertollini, Stefano Lavaroni, A. Degrassi, A. Facchini
Abstract
We investigated whether stromal cells obtained from human tonsils could interact and modulate the proliferation of the osteosarcoma cell in order to determine why lymph node metastases usually have a low incidence and remain occult using routine examinations. The effects of the supernatant of resting or activated stromal cells were analysed on osteoblastic cell proliferation of three different cell lines (HOS, U2, OS, MG-63). Only the proliferation of MG-63 was significantly inhibited. The direct adhesion of stromal cells to the osteosarcoma cell lines caused a greater inhibition of the proliferation of all three lines tested.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
We investigated whether stromal cells obtained from human tonsils could interact and modulate the proliferation of the osteosarcoma cell in order to determine why lymph node metastases usually have a low incidence and remain occult using routine examinations. The effects of the supernatant of resting or activated stromal cells were analysed on osteoblastic cell proliferation of three different cell lines (HOS, U2, OS, MG-63). Only the proliferation of MG-63 was significantly inhibited. The direct adhesion of stromal cells to the osteosarcoma cell lines caused a greater inhibition of the proliferation of all three lines tested.
Key concepts: Stromal cell, Osteosarcoma, Lymph node stromal cell, Cell growth, Cell culture, Lymph node, Cancer research, Cell