By Rosalyn D. Blumenthal
A state-of-the paintings selection of easily reproducible laboratory equipment for assessing chemosensitivity in vitro and in vivo, and for assessing the parameters that modulate chemosensitivity in person tumors. Chemosensitivity, quantity 1: In Vitro Assays presents a panel of sixteen in vitro measures of chemosensitivity in adherent and non-adherent cells for unmarried brokers and mixtures of brokers. as well as immunohistochemical and imaging ways, those assays contain clonogenic, colorimetric, fluorometric, and physiological assays. Highlights comprise picture research to evaluate drug sensitivity, excessive throughput techniques utilizing eco-friendly fluorescent protein, DIMSCAN (a microcomputer fluorescence-based assay), and the ChemoFx assay utilized in biotechnology. A better half quantity, quantity 2: In Vivo versions, Imaging, and Molecular Regulators, offers protocols for classifying tumors into reaction different types and customizing chemotherapy regimens to person sufferers.
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Extra resources for Chemosensitivity: Volume I: In Vitro Assays (Methods in Molecular Medicine)
Store at room temperature in a dark bottle. Do not pour it down the sink. 3. 1. Cells Growing in Monolayers or Attached Cells The procedure that we outline in this chapter is a basic protocol for setting up radiation clonogenic assays. However, this protocol can be modified to test the effect of different agents on the cell line of interest, either alone or in combination. These could include gene therapy vectors, chemotherapy agents, tyrosine kinase inhibitors, antiangiogenic agents—basically any agent that has to be tested for its ability to affect reproductive cell death.
Both of these problems could be circumvented by maintaining the cells at a lower concentration and by counting them more frequently, but both of these changes would diminish the convenience of this assay. For these reasons, the limiting dilution assay was developed. Although the limiting dilution assay provides greater accuracy, it does require considerably more work than the cell-counting assay, and it should be emphasized that the cell-counting assay is reliable and useful for many purposes. 2.
This calculation does not take into account any delay in cell division resulting from irradiation. Such delays in division are known to occur in many cases (4,5), so the calculation may overestimate the percentage kill; therefore, the calculated value is designated the “apparent” cell kill. More specifically, the time required for 16-fold cell multiplication is determined in control wells and in treated wells. This time interval is calculated by interpolation from the two points on either side of 16-fold multiplication, using a semilog graph of cell number vs days.