Boys Before Flower: Korean serial full download torrent

Boys Before Flower: Korean serial full download torrent

Boys Before Flowers : Korean Serial songs and Movie download

Story

Boys Before Flower

Jan Di is an average girl whose family owns a dry cleaning store located near the luxurious and well known Shin Hwa College. Jan Di meets the four richest and most spoiled boys known as the F4. After saving a boyfrom jumping off the roof of Shinhwa High School, she is admitted into the school on a swimming scholarship. Jan Di tries to avoid confrontation with the F4 at all cost because she knows what happens to those that stand against them. However, when Jan Di’s friend, Oh Min Ji, accidentally gets ice cream on the leader of the F4’s shoes, she’s forced to declare war on the leader of the F4, Goo Joon Pyo.

Broadcasted – 2009-Jan-05 to 2009-Mar-31
Genre – Romance, Comedy
Country – South Korea
Audio – Korean
Subtitles – English
Episode Run Time – 1hr
Total Episodes – 25
Status – Completed [25/25]

Torrent Download
Boys Before Flowers (1) | English Subtitles
Boys Before Flowers (2)
Boys Before Flowers (3-4)
Boys Before Flowers (5-6)
Boys Before Flowers (7-8)
Boys Before Flowers (9-10)
Boys Before Flowers (11-12)
Boys Before Flowers (13-14)
Boys Before Flowers (15-16)
Boys Before Flowers (17)
Boys Before Flowers (18-19)
Boys Before Flowers (20-21)
Boys Before Flowers (22-23)
Boys Before Flowers (24-25)

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CT Scan : A diagnostic Breakthrough in Medicine

Computed tomography (CT), originally known as computed axial tomography (CAT or CT scan) and body section roentgenography, is a medical imaging method employing tomography where digital geometry processing is used to generate a three-dimensional image of the internals of an object from a large series of two-dimensional X-ray images taken around a single axis of rotation. The word "tomography" is derived from the Greek tomos (slice) and graphein (to write). CT produces a volume of data which can be manipulated, through a process known as windowing, in order to demonstrate various structures based on their ability to block the X-ray beam. Although historically (see below) the images generated were in the axial or transverse plane (orthogonal to the long axis of the body), modern scanners allow this volume of data to be reformatted in various planes or even as volumetric (3D) representations of structures.


History
The first commercially viable CT scanner was invented by Godfrey Newbold Hounsfield in Hayes, England at Thorn EMI Central Research Laboratories using X-rays. Hounsfield conceived his idea in 1967, and it was publicly announced in 1972. It is claimed that the CT scanner was "the greatest legacy" of the Beatles; the massive profits from their record sales enabled EMI to fund scientific research.[1] Allan McLeod Cormack of Tufts University, Massachusetts, USA independently invented a similar process and they shared a Nobel Prize in medicine in 1979.

The prototype CT scanner
The original 1971 prototype took 160 parallel readings through 180 angles, each 1° apart, with each scan taking a little over five minutes. The images from these scans took 2.5 hours to be processed by algebraic reconstruction techniques on a large computer.
The first production X-ray CT machine (called the EMI-Scanner) was limited to making tomographic sections of the brain, but acquired the image data in about 4 minutes (scanning two adjacent slices) and the computation time (using a Data General Nova minicomputer) was about 7 minutes per picture. This scanner required the use of a water-filled Perspex tank with a pre-shaped rubber "head-cap" at the front, which enclosed the patient's head. The water-tank was used to reduce the dynamic range of the radiation reaching the detectors (between scanning outside the head compared with scanning through the bone of the skull). The images were relatively low resolution, being composed of a matrix of only 80 x 80 pixels. The first EMI-Scanner was installed in Atkinson Morley's Hospital in Wimbledon, England, and the first patient brain-scan was made with it in 1972.

a historic EMI-Scanner
In the U.S., the first installation was at the Mayo Clinic. As a tribute to the impact of this system on medical imaging the Mayo Clinic has an EMI scanner on display in the Radiology Department.
The first CT system that could make images of any part of the body, and did not require the "water tank" was the ACTA scanner designed by Robert S. Ledley, DDS at Georgetown University.

Life Saving Techniques

1. Place the child on a hard, flat surface.
2 .Look into the mouth and throat to ensure that the airway is clear. If an object is present, try to sweep it out with your fingers. If unsuccessful and the object is blocking the airway, apply the Heimlich maneuver (see p. 1205). If vomiting occurs, turn the child onto his or her side and sweep out the mouth with two fingers.
3. Tilt the head back slightly to open the airway.

4. Place your mouth tightly over the nose and mouth. Blow two quick, shallow breaths (smaller breaths than you would give to an adult). Watch for the chest to rise.
5. Remove your mouth. Look for the chest to fall as the child exhales.
6. Listen for the sounds of breathing. Feel for the child’s breath on your cheek. If breathing does not start on its own, repeat the procedure.


Mouth-to-Mouth Resuscitation on a Child Age 8 or Older or on an Adult
1. Make sure the person is lying on a hard, flat surface. Look into the mouth and throat to ensure that the airway is clear. If an object is present, try to sweep it out with your fingers (wear disposable surgical gloves if they are available). Apply the Heimlich maneuver (see p. 1205) if unsuccessful and the object is blocking the airway. If vomiting occurs, turn the person on his or her side and sweep out the mouth with two fingers. Do not place your finger in the mouth if the person is rigid or is having a seizure.
2. Tilt the head back slightly to open the airway. Put upward pressure on the jaw to pull it forward.
3. Pinch the nostrils closed with thumb and index finger. Place your mouth tightly over the person’s mouth. Use a mouthpiece if one is available. Blow two quick breaths and watch for the person’s chest to rise.
4. Release the nostrils. Look for the person’s chest to fall as he or she exhales. Listen for the sounds of breathing. Feel for the person’s breath on your cheek. If the person does not start breathing on his or her own, repeat the procedure.