case_images: PMC9925033_01
case_images: Left forearm radiograph - anterior-posterior view. Radiograph of the patient's left elbow and wrist from an anterior-posterior (AP) view. This radiograph does not show any immediate structural defects of the patient's left radius, ulnar, carpal, and phalangeal bones. Other findings which are present include a small calcification within the left triangular fibrocartilage complex area near the left ulnar styloid process as well as a possible bone contusion about the left lateral epicondyle.
case_images: cureus-0015-00000033758-i01.jpg
case_images: PMC9925033_01_cureus-0015-00000033758-i01.jpg
case_images: FIG1
case_images: Figures 1-4 show the presence of the above findings in multiple views.
case_images: Left elbow radiograph - anterior-posterior view. Radiograph of the patient's left elbow from an anterior-posterior (AP) view. This radiograph does not show any immediate structural defects of the patient's left radius, ulnar, or distal humerus bones.
case_images: cureus-0015-00000033758-i02.jpg
case_images: PMC9925033_01_cureus-0015-00000033758-i02.jpg
case_images: FIG2
case_images: Figures 1-4 show the presence of the above findings in multiple views.
case_images: Left elbow radiograph - lateral view. Radiograph of the patient's left elbow in a lateral view. This radiograph does not show any immediate structural defects of the patient's left radius, ulnar, carpal, and distal humerus bones. Other findings which are present include a possible bone contusion about the left lateral epicondyle.
case_images: cureus-0015-00000033758-i03.jpg
case_images: PMC9925033_01_cureus-0015-00000033758-i03.jpg
case_images: FIG3
case_images: Figures 1-4 show the presence of the above findings in multiple views.
case_images: Left forearm and wrist radiograph - lateral view. Radiograph of the patient's left distal forearm and wrist in a lateral view. This radiograph does not show any immediate structural defects of the patient's left radius, ulnar, carpal, and phalangeal bones.
case_images: cureus-0015-00000033758-i04.jpg
case_images: PMC9925033_01_cureus-0015-00000033758-i04.jpg
case_images: FIG4
case_images: Figures 1-4 show the presence of the above findings in multiple views.
case_images: Forearm ultrasound with arrow showing the location of the fracture. Ultrasound image of the patient's left forearm. The figure shows a 1.5 mm cortical offset, indicating a possible fracture along the radial shaft distal to the radial head.
case_images: cureus-0015-00000033758-i05.jpg
case_images: PMC9925033_01_cureus-0015-00000033758-i05.jpg
case_images: FIG5
case_images: Figures 5-7 show the presence of the radial fracture as identified by the arrow with Figure 7 showing the presence of intact vasculature; all images were produced using a 213 Hz General Electric ultrasound probe.
case_images: Forearm ultrasound with arrow showing the location of the fracture in a transverse view. Ultrasound image of the patient's left forearm in a transverse view. The figure shows a 1.5 mm cortical offset, indicating a possible fracture along the radial shaft distal to the radial head from a transverse view.
case_images: cureus-0015-00000033758-i06.jpg
case_images: PMC9925033_01_cureus-0015-00000033758-i06.jpg
case_images: FIG6
case_images: Figures 5-7 show the presence of the radial fracture as identified by the arrow with Figure 7 showing the presence of intact vasculature; all images were produced using a 213 Hz General Electric ultrasound probe.
case_images: Forearm ultrasound showing blood flow near the site of the fracture. Ultrasound image of the patient's left forearm in longitudinal and transverse views. The figure shows arterial blood flow through the region with the fracture identified by the arrow. Doppler flow (shown in red) depicts no damage to surrounding structures.
case_images: cureus-0015-00000033758-i07.jpg
case_images: PMC9925033_01_cureus-0015-00000033758-i07.jpg
case_images: FIG7
case_images: Figures 5-7 show the presence of the radial fracture as identified by the arrow with Figure 7 showing the presence of intact vasculature; all images were produced using a 213 Hz General Electric ultrasound probe.