Down with ‘op. cit.’

CIT Avoidance Guidelines and D-CIT Development

Morphologic Variation in the Osteopetrotic Op/Op Mouse Skeleton

SUMMARY This study is designed to confirm the changes of various bones in the osteopetrotic op/op mouse. The female adult mouse were sonicated in papain solution. After the complete treatment, the bones (Skull, Mandible, Scapula, Humerus, Radius, Ulna, Hip, Femure, Tibia, Atlas, Axis and 5th Lumbar vertebra) were measured three dimensionally using of high quality scale and low power binocular ...

CIT WITH MULTIMODAL MEASUREMENT 1 Running head: CIT WITH MULTIMODAL MEASUREMENT A Concealed Information Test with multimodal measurement

A Concealed Information Test (CIT) investigates differential physiological responses to deed-related ("probe") vs. irrelevant items. The present study focused on the detection of concealed information using simultaneous recordings of autonomic and brain electrical measures. As a secondary issue, verbal and pictorial presentation were compared with respect to their influence on the recorded meas...

I]FP-CIT SPECT images

Aim The purpose of the current paper is to present a computational solution to accurately quantify a specific to a non-specific uptake ratio in [ 123 I]FP-CIT single photon emission computed tomography (SPECT) images and simultaneously measure the spatial dimensions of the basal ganglia, commonly known as basal nuclei. A statistical analysis based on a reference dataset selected by the user is ...

CIT and QIT with a Periodic Impulsional Potential

The purpose of this article is the comparison of a cylindrical ion trap supplied by a periodic impulsional potential with quadrupole ion trap. To compute the five stability regions for the cylindrical ion trap (CIT) and quadrupole ion trap (QIT) in the a − q plane we use the RungeKutta method with the fifth order derivative approximations. The first up to five stability regions obtained in this...