SLICE IT FORWARD DRIVERS

Improper alignment is the primary cause of an out-to-in swing path. The slice occurs because, when struck in one of these ways, a sidespin is put on the ball turning it so that the portion of the ball facing forward is spinning away from the golfer. A club face that is open at the moment of contact, meaning the face does not point directly down the target line as the heel of the face is farther forward than the toe, will cause a slice.Īnd a swing that does not travel straight through the ball down the target line but is instead approaching the ball from outside the target line and following through inside that line, will also lead to a slice. There are two primary causes of a slice at the moment of contact that can act in concert or by themselves to lead to a shot that goes off line.

SLICE IT FORWARD DRIVERS

The slice is a common problem among recreational golfers, even getting so bothersome as to cause some golfers to abandon their drivers out of frustration. Conclusion The diagnostic performance for the detection of LE in LVM significantly improved with the use of second-generation 320-slice CT and FIRST.įorward-projected Model-based Iterative Reconstruction SoluTion (FIRST) late enhancement left ventricular myocardium new generation computed tomography.A slicing drive is a shot that leaves the face of the club traveling toward the intended target but veers off course as it travels, bending sharply away to the right from a right-handed golfer.

2.8☑.1, p<0.001), and the radiation dose for the assessment of LE on CT was significantly higher in the first-generation group than in the second-generation group (4.7☒.7 mSv vs.

The contrast-noise ratio was significantly higher in the second-generation group than in the first-generation group (5.6☑.7 vs. The sensitivity and negative predictive value were significantly higher in the second-generation group than in the first-generation group (p<0.001 and p=0.016). In the segment-based analysis, the sensitivity, specificity, positive predictive value, negative predictive value, and overall accuracy of detection of LE on CT were 69%, 96%, 83%, 92%, and 90%, respectively, in the first-generation group and 87%, 94%, 84%, 95%, and 92%, respectively, in the second-generation group. The sensitivity was significantly higher in the second-generation group than in the first-generation group (p=0.049). Results In the patient-based analysis, the sensitivity, specificity, positive predictive value, negative predictive value, and overall accuracy of detection of LE on CT were 79%, 90%, 92%, 76%, and 84%, respectively, in the first-generation group and 97%, 84%, 91%, 94%, and 92%, respectively, in the second-generation group. We compared the diagnostic performance of the first- and second-generation 320-slice CT with FIRST with MRI as a reference standard to detect LE in LVM. The first 50 consecutive patients (first-generation group) underwent first-generation 320-slice CT without FIRST, and the next 50 consecutive patients (second-generation group) underwent second-generation 320-slice CT with FIRST. Methods This is a retrospective study that included 100 adult patients who underwent cardiac CT including a late phase scan and magnetic resonance imaging (MRI) within 3 months. We investigated the improvement in the diagnostic performance for the detection of abnormal late enhancement (LE) in left ventricular myocardium (LVM) using a new-generation 320-slice computed tomography (CT) device with FIRST. Objective Forward-projected Model-based Iterative Reconstruction SoluTion (FIRST) is a novel reconstruction method.

Slice it forward