Basic experiments, such as those described here, will help guide the use of NMR spectroscopy in clinical medicine and will also lead to a better understanding of basic mechanisms of nerve injury and repair.
In the IntelliCage system, basic experiments such as place learning, novel object recognition, passive avoidance, among others are possible using transponder-keyed barriers [ 26,52,53].
The performance of the spectrometer is demonstrated through some basic pulsed EPR experiments, such as echo-detected EPR, saturation recovery and nutation measurements, that enable quantification of the actual intensity of MW irradiation at the position of the sample.
This chapter introduces the basic principles of Design of Experiments such as randomisation, blocking and replication.
Failed experiments such as Matt Cassel, Christian Ponder and Tarvaris Jackson are hard to forget about.
Basic skill experiment: This feature refers to the basic operation skills of a microbiology experiment, such as medical laboratory safety protection, preparation of culture medium, medium sterilisation, sterile working technique, operation of the microscope, bacteria dyeing, and bacteria separation.
The antibodies in sera are relatively easy to measure through experiments using basic techniques such as enzyme-linked immunosorbent assay or more advanced approaches such as bead arrays or protein microarrays on a genomic scale.
The Experiment has a unique ID within the system along with some basic information such as goal, description, type of experiment, experimental design and planned omics measurement types.
All experiments should be performed under highly standardized conditions, including basic principles such as constant ambient light and temperature conditions, identical test procedures in case of repeated assessment or controlling for possible time of day (circadian) influences.
It examines basic questions such as, what areas of the entire physics spectrum (particles) should ATLAS experiments focus on?
But even if basic work such as Dudek's and Armstrong's can pinpoint particular chemicals that disrupt plasticity in experiments at high concentrations, many steps will be required to determine the human health effects of environmentally relevant chemical exposures.
