Companies such as GE Healthcare, Hitachi Medical Corporation, Philips Medical Systems, Siemens Medical Solutions, and Toshiba Medical Systems have all created separate business lines and/or cooperative agreements with academic or research institutes to develop and implement molecular imaging probes, equipment, and concepts.
However, the radioguided approach to SLN identification requires utilization of radioisotope (technetium-99 m) and gamma detection probe equipment that may not be available at some hospitals without nuclear medicine capabilities.
However, the use of radioisotopes is associated with radiation exposure/safety issues for the patient, surgeon, pathologist, and other medical staff, and there may be limited availability of radioisotope (technetium-99 m) and gamma detection probe equipment at some hospitals that do not have nuclear medicine capabilities [ 5, 6].
Maybe so, and yet we're perfectly capable of probing flawed equipment with flawed equipment: we know that our eyes have blind spots, even as we look at the evidence with them, and we understand all about the dog whistles we can't hear.
Commercial alumina nanoparticles (particle diameter <50 nm) were dispersed in deionized water using ultrasonic probe dispersion equipment.
The painting wasn't just there to be an aesthetic ambassador, either it was also an instrument calibration chart that scientists on Earth could use to make sure the probe's equipment was working.
Although all these methods achieve their goals, they involve probes and/or equipment that have to be purchased from manufacturers at substantial costs as well as loss of time.
Quantitative PCR was performed by sampling 5 μL of extracted sample using the primers, probe, and equipment outlined by Green et al. Interference created by high hemoglobin concentrations prevented polyacrylamide gel electrophoresis (PAGE) analysis of neat erythrocyte lysates; therefore, erythrocyte ghosts were analyzed for CAR expression.
But it does pretty much eliminate the thought that a space probe could carry equipment to drill through the ice to search for it.
High-temperature superconductors are already used to improve signal reception in cell phone towers and for sensitive magnetic probes in scientific equipment.
