Apprehension test

Chronic dislocation may be a problem if there was a tear of the capsule at the time of original insult. The humeral head may dislocate through this tear when the arm moves into extension, abduction, and external rotation. The apprehension test is helpful in making the diagnosis if the patienl is noi aware of the cause of his pain. 

A distinctly negative factor on the utility of this method is the effect of washing the hands after firing a gun. It appears that normal washing of the hands destroys the evidence of a person having recently fired a gun. The length of time that has passed between the firing of the gun, the apprehension of the suspect and the performance of the residue test on the hands is therefore critical for the successful application of this technique... 

In three cases of acute human exposure from industrial accidents, symptoms included light-headedness, drowsiness, anxiety and apprehension, and nausea slurred speech and vomiting also occurred in one case. In human patch tests, a 23% solution caused severe irritation and possible sensitization. However, guinea pig sensitization tests did not confirm a potential for sensitization. ... 

One may have some apprehensions for a fact that this device is lacking in the adiabatic control. In this connection, it is mentioned in Section 4.1 that it is also possible, in principle, to perform the adiabatic self-heating test for a chemical of the AC type, including every powdery chemical of the quasi-AC type, confined in the closed cell by means of the adiabatic self-heating process recorder. 

Now, one may have some apprehensions for a fact that the isothermal storage testing device, which is used to perform the isothermal storage test at a T, in order to calculate ultimately the SADT for a powdery chemical of the quasi-AC type, having an arbitrary shape and an arbitrary size, confined in an arbitrary closed container of the corresponding shape and size, and placed in the atmosphere under isothermal conditions, is lacking in the adiabatic control. 

The Patient. There is not one stereotypical patient, but several. Patients may be normal, healthy individuals who are undergoing a routine physical examination. The examination might be for school, for personal reasons, or for work. There may be some apprehension exhibited by such patients when confronted by medical surroundings. Especially with a new medical device or test, patients will wonder what it will do to them. These patients will likely exhibit slight hyperventilation, their respiratory systems may not be entirely normal, and the operation of the device can be viewed with suspicion. 

Identification of postblast residues of explosives is also an important analytical challenge [9]. In the forensic science field, the postblast residues adhering to samples are extracted using an organic solvent and the solution is analyzed by GC/MS. However, faster identification of the explosives used in a bombing would lead to faster apprehension of the perpetrators. We conducted tests to detect postblast residues by using the MS-based explosives detector without any pretreatment of the samples. 

This test is for a chronically dislocating shoulder. The shoulder is abducted, extended, and externally rotated. A1 ihe point where ihe shoulder is about 10 dislocate, the patient will appear apprehensive. Many patients are already aware thai their shoulder dislocates spontaneously and will mention this in the history before the examination. 

The Soviet tests revived apprehension about the effects of fallout that had subsided after the summer of 1959. The immediate source of concern was iodine 131. Although scientists had recognized as early as 1954 that radioiodine from atomic fission presented potential hazards, they had given much greater attention to strontium 90. In 1957 the Public Health Service had established five monitoring stations that detected iodine 131 in milk samples. 

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